├── .gitignore ├── LICENSE ├── README.md ├── blacklist.txt ├── chomp-scan.sh ├── config ├── install.sh ├── interesting.txt ├── requirements2.txt ├── requirements3.txt ├── resolvers.txt ├── screenshots ├── screenshot01.png ├── screenshot02.png ├── screenshot03.png ├── screenshot04.png ├── screenshot05.png ├── screenshot06.png └── screenshot07.png └── wordlists ├── altdns-words.txt ├── big.txt ├── haddix-seclists-combined.txt ├── haddix_content_discovery_all.txt ├── huge-200k.txt ├── provider.json ├── raft-large-combined.txt ├── seclists-combined.txt ├── sortedcombined-knock-dnsrecon-fierce-reconng.txt └── subdomains-top1mil-20000.txt /.gitignore: -------------------------------------------------------------------------------- 1 | config-test 2 | tesla* 3 | -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | GNU GENERAL PUBLIC LICENSE 2 | Version 3, 29 June 2007 3 | 4 | Copyright (C) 2007 Free Software Foundation, Inc. 5 | Everyone is permitted to copy and distribute verbatim copies 6 | of this license document, but changing it is not allowed. 7 | 8 | Preamble 9 | 10 | The GNU General Public License is a free, copyleft license for 11 | software and other kinds of works. 12 | 13 | The licenses for most software and other practical works are designed 14 | to take away your freedom to share and change the works. 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Interpretation of Sections 15 and 16. 613 | 614 | If the disclaimer of warranty and limitation of liability provided 615 | above cannot be given local legal effect according to their terms, 616 | reviewing courts shall apply local law that most closely approximates 617 | an absolute waiver of all civil liability in connection with the 618 | Program, unless a warranty or assumption of liability accompanies a 619 | copy of the Program in return for a fee. 620 | 621 | END OF TERMS AND CONDITIONS 622 | 623 | How to Apply These Terms to Your New Programs 624 | 625 | If you develop a new program, and you want it to be of the greatest 626 | possible use to the public, the best way to achieve this is to make it 627 | free software which everyone can redistribute and change under these terms. 628 | 629 | To do so, attach the following notices to the program. It is safest 630 | to attach them to the start of each source file to most effectively 631 | state the exclusion of warranty; and each file should have at least 632 | the "copyright" line and a pointer to where the full notice is found. 633 | 634 | 635 | Copyright (C) 636 | 637 | This program is free software: you can redistribute it and/or modify 638 | it under the terms of the GNU General Public License as published by 639 | the Free Software Foundation, either version 3 of the License, or 640 | (at your option) any later version. 641 | 642 | This program is distributed in the hope that it will be useful, 643 | but WITHOUT ANY WARRANTY; without even the implied warranty of 644 | MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 645 | GNU General Public License for more details. 646 | 647 | You should have received a copy of the GNU General Public License 648 | along with this program. If not, see . 649 | 650 | Also add information on how to contact you by electronic and paper mail. 651 | 652 | If the program does terminal interaction, make it output a short 653 | notice like this when it starts in an interactive mode: 654 | 655 | Copyright (C) 656 | This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. 657 | This is free software, and you are welcome to redistribute it 658 | under certain conditions; type `show c' for details. 659 | 660 | The hypothetical commands `show w' and `show c' should show the appropriate 661 | parts of the General Public License. Of course, your program's commands 662 | might be different; for a GUI interface, you would use an "about box". 663 | 664 | You should also get your employer (if you work as a programmer) or school, 665 | if any, to sign a "copyright disclaimer" for the program, if necessary. 666 | For more information on this, and how to apply and follow the GNU GPL, see 667 | . 668 | 669 | The GNU General Public License does not permit incorporating your program 670 | into proprietary programs. If your program is a subroutine library, you 671 | may consider it more useful to permit linking proprietary applications with 672 | the library. If this is what you want to do, use the GNU Lesser General 673 | Public License instead of this License. But first, please read 674 | . 675 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | # Chomp Scan 2 | ![GitHub release](https://img.shields.io/github/release/SolomonSklash/chomp-scan.svg?style=flat-square) 3 | ![GitHub](https://img.shields.io/github/license/SolomonSklash/chomp-scan.svg?style=flat-square) 4 | ![Github language](https://img.shields.io/github/languages/top/SolomonSklash/chomp-scan.svg?style=flat-square) 5 | ![GitHub issues](https://img.shields.io/github/issues/SolomonSklash/chomp-scan.svg?style=flat-square) 6 | ![Github contributors](https://img.shields.io/github/contributors/SolomonSklash/chomp-scan.svg?style=flat-square) 7 | 8 | A scripted pipeline of tools to simplify the bug bounty/penetration test reconnaissance phase, so you can focus on chomping bugs. 9 | 10 | ![](screenshots/screenshot01.png) 11 | 12 | *If you've found any bugs using this tool, please let me know!* 13 | 14 | ### Scope 15 | Chomp Scan is a Bash script that chains together the fastest and most effective tools (in my opinion/experience) for doing the long and sometimes tedious process of recon. No more looking for word lists and trying to remember when you started a scan and where the output is. Chomp Scan can focus on a list of potentially interesting subdomains, letting you save time and focus on high-value targets. It can even notify you via Notica when it's done running! 16 | 17 | Chomp Scan now integrates [Notica](https://notica.us), which allows you to receive a notification when the script finishes. Simply visit Notica and get a unique URL parameter, e.g. notica.us/?xxxxxxxx. Pass the parameter to Chomp Scan via the `-n` flag, keep the Notica page open in a browser tab on your computer or phone, and you will receive a message when Chomp Scan has finished running. No more constantly checking/forgetting to check those long running scans. 18 | 19 | A list of interesting words is included, such as *dev, test, uat, staging,* etc., and domains containing those terms are flagged. This way you can focus on the interesting domains first if you wish. This list can be customized to suit your own needs, or replaced with a different file via the `-X` flag. 20 | 21 | Chomp Scan runs in multiple modes. A new [Configuration File](https://github.com/SolomonSklash/chomp-scan/wiki/Configuration-File) is the recommended way to run scans, as it allows the most granular control of tools and settings. A standard CLI mode is included, which functions the same as any other CLI tool. A guided interactive mode is available, as well as a non-interactive mode, useful if you do not want to lookup parameters or worry about setting multiple arguments. 22 | 23 | **New** Chomp Scan now includes [rescope](https://github.com/root4loot/rescope). Rescope will parse all resolved domains discovered by Chomp Scan and generate a JSON scope file that can be imported into Burp Suite. This option can be enabled by setting the `ENABLE_RESCOPE` variable in the configuration file or by passing the `-r` flag via the command line. 24 | 25 | Please see the [Wiki](https://github.com/SolomonSklash/chomp-scan/wiki) for detailed documentation. 26 | 27 | **Note: Chomp Scan is in active development, and new/different tools will be added as I come across them. Pull requests and comments welcome!** 28 | 29 | ### Scanning Phases 30 | 31 | #### Subdomain Discovery (3 different sized wordlists) 32 | * [dnscan](https://github.com/rbsec/dnscan) 33 | * [subfinder](https://github.com/subfinder/subfinder) 34 | * [sublist3r](https://github.com/aboul3la/Sublist3r) 35 | * [knockpy](https://github.com/SolomonSklash/knock) (forked from the original [here](https://github.com/guelfoweb/knock)) 36 | * [amass](https://github.com/OWASP/Amass) 37 | * [massdns](https://github.com/blechschmidt/massdns) + [goaltdns](https://github.com/subfinder/goaltdns) 38 | 39 | #### Screenshots (optional) 40 | * [aquatone](https://github.com/michenriksen/aquatone) 41 | 42 | #### Port Scanning (optional) 43 | * [masscan](https://github.com/robertdavidgraham/masscan) and/or [nmap](https://www.nmap.org) 44 | * nmap output styled with [nmap-bootstrap-xsl](https://github.com/honze-net/nmap-bootstrap-xsl/) 45 | 46 | #### Information Gathering (optional) (4 different sized wordlists) 47 | * [subjack](https://github.com/haccer/subjack) 48 | * [CORStest](https://github.com/RUB-NDS/CORStest) 49 | * [S3Scanner](https://github.com/sa7mon/S3Scanner) 50 | * [bfac](https://github.com/mazen160/bfac) 51 | * [whatweb](https://github.com/urbanadventurer/whatweb/) 52 | * [wafw00f](https://github.com/EnableSecurity/wafw00f) 53 | * [httprobe](https://github.com/tomnomnom/httprobe) 54 | * [nikto](https://github.com/sullo/nikto) 55 | 56 | #### Content Discovery (optional) (4 different sized wordlists) 57 | * [inception](https://github.com/proabiral/inception) 58 | * [waybackurls](https://github.com/tomnomnom/waybackurls) 59 | * [ffuf](https://github.com/ffuf/ffuf) 60 | * [gobuster](https://github.com/OJ/gobuster) 61 | * [dirsearch](https://github.com/maurosoria/dirsearch) 62 | 63 | ### Configuration File 64 | Chomp Scan now features a configuration file option that provides more granular control over which tools are run and is less cumbersome than passing a large number of CLI arguments. It is the recommended way to run Chomp Scan. It can be used by passing the `-L` flag. An [example config](https://github.com/SolomonSklash/chomp-scan/blob/master/config) file is included in this repo as a template, and complete config file details are available at the [Configuration File](https://github.com/SolomonSklash/chomp-scan/wiki/Configuration-File) wiki page. 65 | 66 | ### Wordlists 67 | 68 | A variety of wordlists are used, both for subdomain bruteforcing and content discovery. Daniel Miessler's [Seclists](https://github.com/danielmiessler/SecLists) are used heavily, as well as Jason Haddix's [lists](https://gist.github.com/jhaddix). Different wordlists can be used by passing in a custom wordlist or using one of the built-in named argument lists. See the [Wordlist](https://github.com/SolomonSklash/chomp-scan/wiki/Wordlists) wiki page for more details. 69 | 70 | ### Installation 71 | Clone this repo and run the included `installer.sh` script, optionally including a custom file path to install necessary tools to. Make sure to run `source ~/.profile` in your terminal after running the installer in order to add the Go binary path to your $PATH variable. Then run Chomp Scan. If you are using zsh, fish, or some other shell, make sure that `~/go/bin` is in your path. For more details, see the [Installation](https://github.com/SolomonSklash/chomp-scan/wiki/Installation) wiki page. 72 | 73 | TLDR: `root@kali:~/chomp-scan# ./installer.sh [/some/optional/install/path]` 74 | 75 | ### Usage 76 | For complete usage information, see the [Usage](https://github.com/SolomonSklash/chomp-scan/wiki/Usage) page of the wiki. *Please note that the configuration is the recommended and most powerful way to run Chomp Scan.* 77 | 78 | Chomp Scan always runs subdomain enumeration, thus a domain is required via the `-u` flag. The domain should not contain a scheme, e.g. http:// or https://. By default, HTTPS is always used. This can be changed to HTTP by passing the `-H` flag. A wordlist is optional, and if one is not provided the built-in short list (20k words) is used. 79 | 80 | Other scan phases are optional. Content discovery can take an optional wordlist, otherwise it defaults to the built-in short (22k words) list. 81 | 82 | The final results of the scan are stored in three text files in the output directory. All unique domains that are found, whether they resolve or not, are stored in `all_discovered_domains.txt`, and all unique IPs that are discovered are stored in `all_discovered_ips.txt`. All domains that resolve to an IP are stored in `all_resolved_domains.txt`. As of v4.1 these domains are used to generate the interesting domain list and the all domains list, which can then be used for content discovery and information gathering. 83 | ``` 84 | chomp-scan.sh -u example.com -a d short -cC large -p -o path/to/directory 85 | 86 | Usage of Chomp Scan: 87 | -u domain 88 | (required) Domain name to scan. This should not include a scheme, e.g. https:// or http://. 89 | -L config-file 90 | (optional) The path to a config file. This can be used to provide more granular control over what tools are run. 91 | -d wordlist 92 | (optional) The wordlist to use for subdomain enumeration. Three built-in lists, short, long, and huge can be used, as well as the path to a custom wordlist. The default is short. 93 | -c 94 | (optional) Enable content discovery phase. The wordlist for this option defaults to short if not provided. 95 | -C wordlist 96 | (optional) The wordlist to use for content discovery. Five built-in lists, small, medium, large, xl, and xxl can be used, as well as the path to a custom wordlist. The default is small. 97 | -P file-path 98 | (optional) Set a custom directory for the location of tools. The path must exist and the directory must contain all needed tools. 99 | -s 100 | (optional) Enable screenshots using Aquatone. 101 | -i 102 | (optional) Enable information gathering phase, using subjack, CORStest, S3Scanner, bfac, whatweb, wafw00f, httprobe, and nikto. 103 | -p 104 | (optional) Enable portscanning phase, using masscan (run as root) and nmap. 105 | -I 106 | (optional) Enable interactive mode. This allows you to select certain tool options and inputs interactively. This cannot be run with -D. 107 | -D 108 | (optional) Enable default non-interactive mode. This mode uses pre-selected defaults and requires no user interaction or options. This cannot be run with -I. 109 | Options: Subdomain enumeration wordlist: short. 110 | Content discovery wordlist: small. 111 | Aquatone screenshots: yes. 112 | Portscanning: yes. 113 | Information gathering: yes. 114 | Domains to scan: all unique discovered. 115 | -b wordlist 116 | (optional) Set custom domain blacklist file. 117 | -X wordlist 118 | (optional) Set custom interesting word list. 119 | -o directory 120 | (optional) Set custom output directory. It must exist and be writable. 121 | -a 122 | (optional) Use all unique discovered domains for scans, rather than interesting domains. This cannot be used with -A. 123 | -A 124 | (optional, default) Use only interesting discovered domains for scans, rather than all discovered domains. This cannot be used with -a. 125 | -H 126 | (optional) Use HTTP for connecting to sites instead of HTTPS. 127 | -r 128 | (optional) Enable creation of Burp scope JSON file with rescope. 129 | -h 130 | (optional) Display this help page. 131 | ``` 132 | 133 | ### In The Future 134 | 135 | Chomp Scan is still in active development, as I use it myself for bug hunting, so I intend to continue adding new features and tools as I come across them. New tool suggestions, feedback, and pull requests are all welcomed. Possible additions: 136 | 137 | * The generation of an HTML report, similar to what aquatone provides 138 | 139 | ### Screenshots 140 | ![](screenshots/screenshot02.png) 141 | ![](screenshots/screenshot03.png) 142 | ![](screenshots/screenshot04.png) 143 | ![](screenshots/screenshot05.png) 144 | ![](screenshots/screenshot06.png) 145 | ![](screenshots/screenshot07.png) 146 | 147 | ## Thanks 148 | Thanks to all the authors of the included tools. They do all the heavy lifting. 149 | -------------------------------------------------------------------------------- /blacklist.txt: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SolomonSklash/chomp-scan/d366cea3ece0ef5e2da3d17429973ef8f042eec1/blacklist.txt -------------------------------------------------------------------------------- /chomp-scan.sh: -------------------------------------------------------------------------------- 1 | #!/usr/bin/env bash 2 | 3 | # Colors 4 | NC='\033[0m'; 5 | RED='\033[0;31m'; 6 | GREEN='\033[0;32m'; 7 | BLUE='\033[0;34m'; 8 | ORANGE='\033[0;33m'; 9 | 10 | # Wordlists 11 | SHORT=wordlists/subdomains-top1mil-20000.txt; 12 | LONG=wordlists/sortedcombined-knock-dnsrecon-fierce-reconng.txt; 13 | HUGE=wordlists/huge-200k.txt; 14 | SMALL=wordlists/big.txt; 15 | MEDIUM=wordlists/raft-large-combined.txt; 16 | LARGE=wordlists/seclists-combined.txt; 17 | XL=wordlists/haddix_content_discovery_all.txt; 18 | XXL=wordlists/haddix-seclists-combined.txt; 19 | 20 | # User-defined CLI argument variables 21 | DOMAIN=""; 22 | SUBDOMAIN_WORDLIST=""; 23 | SUBDOMAIN_BRUTE=1; # Constant 24 | CONTENT_WORDLIST=""; 25 | CONTENT_DISCOVERY=0; 26 | SCREENSHOTS=0; 27 | INFO_GATHERING=0; 28 | PORTSCANNING=0; 29 | HTTP="https" 30 | CUSTOM_WORKING_DIR=""; 31 | WORKING_DIR=""; 32 | BLACKLIST=blacklist.txt; 33 | INTERACTIVE=0; 34 | USE_ALL=0; 35 | USE_DISCOVERED=0; 36 | DEFAULT_MODE=0; 37 | INTERESTING=interesting.txt; 38 | SKIP_MASSCAN=0; 39 | NOTICA=""; 40 | CONFIG_FILE=""; 41 | TOOL_PATH="$HOME/bounty/tools"; 42 | TOOL_PATH_SET=0; 43 | 44 | # Config file variables 45 | ENABLE_DNSCAN=0; 46 | ENABLE_SUBFINDER=0; 47 | ENABLE_SUBLIST3R=0; 48 | ENABLE_AMASS=0; 49 | ENABLE_GOALTDNS=0; 50 | ENABLE_MASSDNS=1; # Constant 51 | ENABLE_HTTPROBE=0; 52 | ENABLE_INCEPTION=0; 53 | ENABLE_WAYBACKURLS=0; 54 | ENABLE_FFUF=0; 55 | ENABLE_GOBUSTER=0; 56 | ENABLE_DIRSEARCH=0; 57 | ENABLE_SUBJACK=0; 58 | ENABLE_CORSTEST=0; 59 | ENABLE_S3SCANNER=0; 60 | ENABLE_BFAC=0; 61 | ENABLE_WHATWEB=0; 62 | ENABLE_WAFW00F=0; 63 | ENABLE_NIKTO=0; 64 | ENABLE_MASSCAN=0; 65 | ENABLE_NMAP=0; 66 | ENABLE_SCREENSHOTS=0; 67 | ENABLE_RESCOPE=0; 68 | ENABLE_KNOCK=0; 69 | 70 | # Other variables 71 | ALL_IP=all_discovered_ips.txt; 72 | ALL_DOMAIN=all_discovered_domains.txt; 73 | ALL_RESOLVED=all_resolved_domains.txt; 74 | 75 | function set_tool_paths() { 76 | # If tool paths have not been set, set them 77 | if [[ "$TOOL_PATH_SET" -eq 0 ]]; then 78 | TOOL_PATH_SET=1; 79 | SUBFINDER=$(which subfinder); 80 | SUBJACK=$(which subjack); 81 | FFUF=$(which ffuf); 82 | WHATWEB=$(which whatweb); 83 | WAFW00F=$(which wafw00f); 84 | GOBUSTER=$(which gobuster); 85 | CHROMIUM=$(which chromium); 86 | NMAP=$(which nmap); 87 | MASSCAN=$(which masscan); 88 | NIKTO=$(which nikto); 89 | INCEPTION=$(which inception); 90 | WAYBACKURLS=$(which waybackurls); 91 | GOALTDNS=$(which goaltdns); 92 | RESCOPE=$(which rescope); 93 | KNOCK=$(which knockpy); 94 | HTTPROBE=$(which httprobe); 95 | SUBLIST3R=$TOOL_PATH/Sublist3r/sublist3r.py; 96 | DNSCAN=$TOOL_PATH/dnscan/dnscan.py; 97 | MASSDNS_BIN=$TOOL_PATH/massdns/bin/massdns; 98 | MASSDNS_RESOLVERS=resolvers.txt; 99 | AQUATONE=$TOOL_PATH/aquatone/aquatone; 100 | BFAC=$TOOL_PATH/bfac/bfac; 101 | DIRSEARCH=$TOOL_PATH/dirsearch/dirsearch.py; 102 | SNALLY=$TOOL_PATH/snallygaster/snallygaster; 103 | CORSTEST=$TOOL_PATH/CORStest/corstest.py; 104 | S3SCANNER=$TOOL_PATH/S3Scanner/s3scanner.py; 105 | AMASS=$TOOL_PATH/amass/amass; 106 | else 107 | return; 108 | fi 109 | } 110 | 111 | function banner() { 112 | BANNER=' 113 | ***************************************************************************************************** 114 | * ______ __ ______ * 115 | * / \/ | / \ * 116 | * /$$$$$$ $$ |____ ______ _____ ____ ______ /$$$$$$ | _______ ______ _______ * 117 | * $$ | $$/$$ \ / \/ \/ \ / \ $$ \__$$/ / |/ \/ \ * 118 | * $$ | $$$$$$$ /$$$$$$ $$$$$$ $$$$ /$$$$$$ | $$ \/$$$$$$$/ $$$$$$ $$$$$$$ | * 119 | * $$ | __$$ | $$ $$ | $$ $$ | $$ | $$ $$ | $$ | $$$$$$ $$ | / $$ $$ | $$ | * 120 | * $$ \__/ $$ | $$ $$ \__$$ $$ | $$ | $$ $$ |__$$ | / \__$$ $$ \_____/$$$$$$$ $$ | $$ | * 121 | * $$ $$/$$ | $$ $$ $$/$$ | $$ | $$ $$ $$/ $$ $$/$$ $$ $$ $$ | $$ | * 122 | * $$$$$$/ $$/ $$/ $$$$$$/ $$/ $$/ $$/$$$$$$$/ $$$$$$/ $$$$$$$/ $$$$$$$/$$/ $$/ * 123 | * $$ | * 124 | * $$ | * 125 | * $$/ * 126 | * * 127 | ***************************************************************************************************** 128 | By SolomonSklash - github.com/SolomonSklash/chomp-scan - solomonsklash@0xfeed.io 129 | '; 130 | echo -e "$BLUE""$BANNER"; 131 | } 132 | 133 | function usage() { 134 | banner; 135 | echo -e "$GREEN""chomp-scan.sh -u example.com -a d short -cC large -p -o path/to/directory\\n""$NC"; 136 | echo -e "$GREEN""Usage of Chomp Scan:""$NC"; 137 | echo -e "$BLUE""\\t-u domain \\n\\t\\t$ORANGE (required) Domain name to scan. This should not include a scheme, e.g. https:// or http://.""$NC"; 138 | echo -e "$BLUE""\\t-L config-file \\n\\t\\t$ORANGE (optional) The path to a config file. This can be used to provide more granular control over what tools are run.""$NC"; 139 | echo -e "$BLUE""\\t-d wordlist\\n\\t\\t$ORANGE (optional) The wordlist to use for subdomain enumeration. Three built-in lists, short, long, and huge can be used, as well as the path to a custom wordlist. The default is short.""$NC"; 140 | echo -e "$BLUE""\\t-c \\n\\t\\t$ORANGE (optional) Enable content discovery phase. The wordlist for this option defaults to short if not provided.""$NC"; 141 | echo -e "$BLUE""\\t-C wordlist \\n\\t\\t$ORANGE (optional) The wordlist to use for content discovery. Five built-in lists, small, medium, large, xl, and xxl can be used, as well as the path to a custom wordlist. The default is small.""$NC"; 142 | echo -e "$BLUE""\\t-P file-path \\n\\t\\t$ORANGE (optional) Set a custom directory for the location of tools. The path must exist and the directory must contain all needed tools.""$NC"; 143 | echo -e "$BLUE""\\t-s \\n\\t\\t$ORANGE (optional) Enable screenshots using Aquatone.""$NC"; 144 | echo -e "$BLUE""\\t-i \\n\\t\\t$ORANGE (optional) Enable information gathering phase, using subjack, CORStest, S3Scanner, bfac, whatweb, wafw00f, httprobe, and nikto.""$NC"; 145 | echo -e "$BLUE""\\t-p \\n\\t\\t$ORANGE (optional) Enable portscanning phase, using masscan (run as root) and nmap.""$NC"; 146 | echo -e "$BLUE""\\t-I \\n\\t\\t$ORANGE (optional) Enable interactive mode. This allows you to select certain tool options and inputs interactively. This cannot be run with -D.""$NC"; 147 | echo -e "$BLUE""\\t-D \\n\\t\\t$ORANGE (optional) Enable default non-interactive mode. This mode uses pre-selected defaults and requires no user interaction or options. This cannot be run with -I.""$NC"; 148 | echo -e "\\t\\t\\t$ORANGE Options: Subdomain enumeration wordlist: short.""$NC"; 149 | echo -e "\\t\\t\\t$ORANGE Content discovery wordlist: small.""$NC"; 150 | echo -e "\\t\\t\\t$ORANGE Aquatone screenshots: yes.""$NC"; 151 | echo -e "\\t\\t\\t$ORANGE Portscanning: yes.""$NC"; 152 | echo -e "\\t\\t\\t$ORANGE Information gathering: yes.""$NC"; 153 | echo -e "\\t\\t\\t$ORANGE Domains to scan: all unique discovered.""$NC"; 154 | echo -e "$BLUE""\\t-b wordlist \\n\\t\\t$ORANGE (optional) Set custom domain blacklist file.""$NC"; 155 | echo -e "$BLUE""\\t-X wordlist \\n\\t\\t$ORANGE (optional) Set custom interesting word list.""$NC"; 156 | echo -e "$BLUE""\\t-o directory \\n\\t\\t$ORANGE (optional) Set custom output directory. It must exist and be writable.""$NC"; 157 | echo -e "$BLUE""\\t-n string \\n\\t\\t$ORANGE (optional) Notica URL parameter for notification when the script has completed. See notica.us for details.""$NC"; 158 | echo -e "$BLUE""\\t-a \\n\\t\\t$ORANGE (optional) Use all unique discovered domains for scans, rather than interesting domains. This cannot be used with -A.""$NC"; 159 | echo -e "$BLUE""\\t-A \\n\\t\\t$ORANGE (optional, default) Use only interesting discovered domains for scans, rather than all discovered domains. This cannot be used with -a.""$NC"; 160 | echo -e "$BLUE""\\t-H \\n\\t\\t$ORANGE (optional) Use HTTP for connecting to sites instead of HTTPS.""$NC"; 161 | echo -e "$BLUE""\\t-r \\n\\t\\t$ORANGE (optional) Enable creation of Burp scope JSON file with rescope.""$NC"; 162 | echo -e "$BLUE""\\t-h \\n\\t\\t$ORANGE (optional) Display this help page.""$NC"; 163 | } 164 | 165 | # Check that a file path exists and is not empty 166 | function exists() { 167 | if [[ -e "$1" ]]; then 168 | if [[ -s "$1" ]]; then 169 | return 1; 170 | else 171 | return 0; 172 | fi 173 | else 174 | return 0; 175 | fi 176 | } 177 | 178 | # Check for root for runs using masscan 179 | function check_root() { 180 | if [[ $EUID -ne 0 ]]; then 181 | while true; do 182 | echo -e "$ORANGE""[!] Please note: Script is not being run as root." 183 | echo -e "$ORANGE""[!] Provided script options include masscan, which must run as root." 184 | echo -e "$ORANGE""[!] The script will hang while waiting for the sudo password." 185 | echo -e "$ORANGE""[!] If you are using Notica notifications, you will be notified when the sudo password is needed." 186 | read -rp "Do you want to exit and [R]e-run as root, [S]kip masscan, or [E]nter sudo password? " CHOICE; 187 | case $CHOICE in 188 | [rR]* ) 189 | echo -e "$RED""[!] Exiting script.""$NC"; 190 | exit 1; 191 | ;; 192 | [sS]* ) 193 | echo -e "$ORANGE""Skipping masscan.""$NC"; 194 | SKIP_MASSCAN=1; 195 | break; 196 | ;; 197 | [eE]* ) 198 | echo -e "$ORANGE""Script will wait for sudo password.""$NC"; 199 | break; 200 | ;; 201 | * ) 202 | echo -e "$ORANGE""Please enter [R]e-run, [S]kip masscan, or [E]nter sudo password.""$NC"; 203 | ;; 204 | esac 205 | done 206 | fi 207 | } 208 | 209 | # Parse configuration file 210 | function parse_config() { 211 | # Parse [general] 212 | 213 | DOMAIN=$(grep '^DOMAIN' "$CONFIG_FILE" | cut -d '=' -f 2); 214 | if [[ "$DOMAIN" == "" ]]; then 215 | echo -e "$RED""[!] No domain was provided in the configuration file.""$NC"; 216 | exit 1; 217 | else 218 | DOMAIN_COUNT=$(echo "$DOMAIN" | awk -F "," "{ print NF }") 219 | if [[ "$DOMAIN_COUNT" -gt 1 ]]; then 220 | DOMAIN_ARRAY=(); 221 | for (( i=1; i<=$DOMAIN_COUNT; i++ )); do 222 | DOMAIN_ARRAY+=($(echo $DOMAIN | cut -d ',' -f $i | tr -d " ")); 223 | done 224 | fi 225 | fi 226 | 227 | if [[ $(grep '^ENABLE_HTTP' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 228 | HTTP="http"; 229 | fi 230 | 231 | OUTPUT_DIR=$(grep '^OUTPUT_DIR' "$CONFIG_FILE" | cut -d '=' -f 2); 232 | if [[ "$OUTPUT_DIR" != "" ]]; then 233 | if [[ -w "$OUTPUT_DIR" ]]; then 234 | CUSTOM_WORKING_DIR="$OUTPUT_DIR"; 235 | else 236 | echo -e "$RED""[!] Output directory $OUTPUT_DIR does not exist or is not writable. Please check the configuration file.""$NC"; 237 | exit 1; 238 | fi 239 | fi 240 | 241 | if [[ $(grep '^USE_ALL' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 242 | USE_ALL=1; 243 | fi 244 | 245 | if [[ $(grep '^NOTICA' "$CONFIG_FILE" | cut -d '=' -f 2) != "" ]]; then 246 | NOTICA=$(grep '^NOTICA' "$CONFIG_FILE" | cut -d '=' -f 2) 247 | fi 248 | 249 | BLACKLIST_FILE=$(grep '^BLACKLIST' "$CONFIG_FILE" | cut -d '=' -f 2); 250 | if [[ "$BLACKLIST_FILE" != "" ]]; then 251 | if [[ -w "$BLACKLIST_FILE" ]]; then 252 | BLACKLIST="$BLACKLIST_FILE"; 253 | else 254 | echo -e "$RED""[!] Blacklist file $BLACKLIST_FILE does not exist or is not writable. Please check the configuration file.""$NC"; 255 | exit 1; 256 | fi 257 | fi 258 | 259 | INTERESTING_FILE=$(grep '^INTERESTING' "$CONFIG_FILE" | cut -d '=' -f 2); 260 | if [[ "$INTERESTING_FILE" != "" ]]; then 261 | if [[ -w "$INTERESTING_FILE" ]]; then 262 | INTERESTING="$INTERESTING_FILE"; 263 | else 264 | echo -e "$RED""[!] Interesting file $INTERESTING_FILE does not exist or is not writable. Please check the configuration file.""$NC"; 265 | exit 1; 266 | fi 267 | fi 268 | 269 | CONFIG_TOOL_PATH=$(grep '^TOOL_PATH' "$CONFIG_FILE" | cut -d '=' -f 2); 270 | if [[ "$CONFIG_TOOL_PATH" != "" ]]; then 271 | if [[ -w "$CONFIG_TOOL_PATH" ]]; then 272 | TOOL_PATH="$CONFIG_TOOL_PATH"; 273 | set_tool_paths; 274 | else 275 | echo -e "$RED""[!] Custom tool path $CONFIG_TOOL_PATH does not exist or is not writable. Please check the configuration file.""$NC"; 276 | exit 1; 277 | fi 278 | fi 279 | 280 | if [[ $(grep '^ENABLE_RESCOPE' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 281 | ENABLE_RESCOPE=1; 282 | fi 283 | 284 | # Parse [subdomain enumeration] 285 | 286 | if [[ $(grep '^ENABLE_DNSCAN' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 287 | ENABLE_DNSCAN=1; 288 | fi 289 | 290 | if [[ $(grep '^ENABLE_SUBFINDER' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 291 | ENABLE_SUBFINDER=1; 292 | fi 293 | 294 | if [[ $(grep '^ENABLE_SUBLIST3R' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 295 | ENABLE_SUBLIST3R=1; 296 | fi 297 | 298 | if [[ $(grep '^ENABLE_KNOCK' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 299 | ENABLE_KNOCK=1; 300 | fi 301 | 302 | if [[ $(grep '^ENABLE_GOALTDNS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 303 | ENABLE_GOALTDNS=1; 304 | fi 305 | 306 | if [[ $(grep '^ENABLE_AMASS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 307 | ENABLE_AMASS=1; 308 | fi 309 | 310 | SUB_WORDLIST=$(grep '^SUBDOMAIN_WORDLIST' "$CONFIG_FILE" | cut -d '=' -f 2); 311 | # Set to one of the defaults, else use provided wordlist 312 | case "$SUB_WORDLIST" in 313 | SHORT ) 314 | SUBDOMAIN_WORDLIST="$SHORT"; 315 | ;; 316 | LONG ) 317 | SUBDOMAIN_WORDLIST="$LONG"; 318 | ;; 319 | HUGE ) 320 | SUBDOMAIN_WORDLIST="$HUGE"; 321 | ;; 322 | esac 323 | if [[ "$SUBDOMAIN_WORDLIST" == "" ]]; then 324 | if [[ "$SUB_WORDLIST" != "" ]]; then 325 | if [[ -w "$SUB_WORDLIST" ]]; then 326 | SUBDOMAIN_WORDLIST="$SUB_WORDLIST"; 327 | else 328 | echo -e "$RED""[!] Subdomain enumeration wordlist $SUB_WORDLIST does not exist or is not writable. Please check the configuration file.""$NC"; 329 | exit 1; 330 | fi 331 | fi 332 | fi 333 | 334 | # Check that at least one subdomain enumeration tool is enabled 335 | if [[ "$ENABLE_DNSCAN" -eq 0 ]] && [[ "$ENABLE_SUBFINDER" -eq 0 ]] && [[ "$ENABLE_SUBLIST3R" -eq 0 ]] && [[ "$ENABLE_KNOCK" -eq 0 ]] && [[ "$ENABLE_AMASS" -eq 0 ]]; then 336 | echo -e "$RED""[!] At least one subdomain enumeration tool must be enabled. Please check the configuration file.""$NC"; 337 | exit 1; 338 | fi 339 | 340 | # Parse [content discovery] 341 | 342 | if [[ $(grep '^ENABLE_INCEPTION' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 343 | ENABLE_INCEPTION=1; 344 | fi 345 | 346 | if [[ $(grep '^ENABLE_WAYBACKURLS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 347 | ENABLE_WAYBACKURLS=1; 348 | fi 349 | 350 | if [[ $(grep '^ENABLE_FFUF' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 351 | ENABLE_FFUF=1; 352 | fi 353 | 354 | if [[ $(grep '^ENABLE_GOBUSTER' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 355 | ENABLE_GOBUSTER=1; 356 | fi 357 | 358 | if [[ $(grep '^ENABLE_DIRSEARCH' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 359 | ENABLE_DIRSEARCH=1; 360 | fi 361 | 362 | CON_WORDLIST=$(grep '^CONTENT_WORDLIST' "$CONFIG_FILE" | cut -d '=' -f 2); 363 | # Set to one of the defaults, else use provided wordlist 364 | case "$CON_WORDLIST" in 365 | SMALL ) 366 | CONTENT_WORDLIST="$SMALL"; 367 | ;; 368 | MEDIUM ) 369 | CONTENT_WORDLIST="$MEDIUM"; 370 | ;; 371 | LARGE ) 372 | CONTENT_WORDLIST="$LARGE"; 373 | ;; 374 | XL ) 375 | CONTENT_WORDLIST="$XL"; 376 | ;; 377 | XXL ) 378 | CONTENT_WORDLIST="$XXL"; 379 | ;; 380 | esac 381 | if [[ "$CONTENT_WORDLIST" == "" ]]; then 382 | if [[ "$CON_WORDLIST" != "" ]]; then 383 | if [[ -w "$CON_WORDLIST" ]]; then 384 | CONTENT_WORDLIST="$CON_WORDLIST"; 385 | else 386 | echo -e "$RED""[!] Content discovery wordlist $CON_WORDLIST does not exist or is not writable. Please check the configuration file.""$NC"; 387 | exit 1; 388 | fi 389 | fi 390 | fi 391 | 392 | # Parse [information gathering] 393 | 394 | if [[ $(grep '^ENABLE_SUBJACK' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 395 | ENABLE_SUBJACK=1; 396 | fi 397 | 398 | if [[ $(grep '^ENABLE_CORSTEST' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 399 | ENABLE_CORSTEST=1; 400 | fi 401 | 402 | if [[ $(grep '^ENABLE_S3SCANNER' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 403 | ENABLE_S3SCANNER=1; 404 | fi 405 | 406 | if [[ $(grep '^ENABLE_BFAC' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 407 | ENABLE_BFAC=1; 408 | fi 409 | 410 | if [[ $(grep '^ENABLE_WHATWEB' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 411 | ENABLE_WHATWEB=1; 412 | fi 413 | 414 | if [[ $(grep '^ENABLE_WAFW00F' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 415 | ENABLE_WAFW00F=1; 416 | fi 417 | 418 | if [[ $(grep '^ENABLE_HTTPROBE' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 419 | ENABLE_HTTPROBE=1; 420 | fi 421 | 422 | if [[ $(grep '^ENABLE_NIKTO' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 423 | ENABLE_NIKTO=1; 424 | fi 425 | 426 | # Parse [port scanning] 427 | 428 | if [[ $(grep '^ENABLE_MASSCAN' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 429 | check_root 430 | ENABLE_MASSCAN=1; 431 | fi 432 | 433 | if [[ $(grep '^ENABLE_NMAP' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 434 | ENABLE_NMAP=1; 435 | fi 436 | 437 | # Parse [screenshots] 438 | 439 | if [[ $(grep '^ENABLE_SCREENSHOTS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then 440 | ENABLE_SCREENSHOTS=1; 441 | fi 442 | } 443 | 444 | # Handle CLI arguments 445 | while getopts ":hu:d:L:C:sicb:IaADX:po:Hn:P:r" opt; do 446 | case ${opt} in 447 | h ) # -h help 448 | usage; 449 | exit; 450 | ;; 451 | u ) # -u URL/domain 452 | DOMAIN=$OPTARG; 453 | ;; 454 | L ) # -L configuration file 455 | exists "$OPTARG"; 456 | RESULT=$?; 457 | if [[ "$RESULT" -eq 1 ]]; then 458 | CONFIG_FILE="$OPTARG"; 459 | parse_config; 460 | else 461 | echo -e "$RED""[!] Provided configuration file $OPTARG is empty or doesn't exist.""$NC"; 462 | usage; 463 | exit 1; 464 | fi 465 | # Exit early if config file is found 466 | break; 467 | ;; 468 | d ) # -d subdomain enumeration wordlist 469 | # Set to one of the defaults, else use provided wordlist 470 | case "$OPTARG" in 471 | short ) 472 | SUBDOMAIN_WORDLIST="$SHORT"; 473 | ;; 474 | long ) 475 | SUBDOMAIN_WORDLIST="$LONG"; 476 | ;; 477 | huge ) 478 | SUBDOMAIN_WORDLIST="$HUGE"; 479 | ;; 480 | esac 481 | 482 | if [[ "$SUBDOMAIN_WORDLIST" == "" ]]; then 483 | exists "$OPTARG"; 484 | RESULT=$?; 485 | if [[ "$RESULT" -eq 1 ]]; then 486 | SUBDOMAIN_WORDLIST="$OPTARG"; 487 | else 488 | echo -e "$RED""[!] Provided subdomain enumeration wordlist $OPTARG is empty or doesn't exist.""$NC"; 489 | usage; 490 | exit 1; 491 | fi 492 | fi 493 | ;; 494 | C ) # -C content discovery wordlist 495 | # Set to one of the defaults, else use provided wordlist 496 | case "$OPTARG" in 497 | small ) 498 | CONTENT_WORDLIST="$SMALL"; 499 | ;; 500 | medium ) 501 | CONTENT_WORDLIST="$MEDIUM"; 502 | ;; 503 | large ) 504 | CONTENT_WORDLIST="$LARGE"; 505 | ;; 506 | xl ) 507 | CONTENT_WORDLIST="$XL"; 508 | ;; 509 | xxl ) 510 | CONTENT_WORDLIST="$XXL"; 511 | ;; 512 | esac 513 | 514 | if [[ "$CONTENT_WORDLIST" == "" ]]; then 515 | exists "$OPTARG"; 516 | RESULT=$?; 517 | if [[ "$RESULT" -eq 1 ]]; then 518 | CONTENT_WORDLIST="$OPTARG"; 519 | else 520 | echo -e "$RED""[!] Provided content discovery wordlist $OPTARG is empty or doesn't exist.""$NC"; 521 | usage; 522 | exit 1; 523 | fi 524 | fi 525 | ;; 526 | c ) # -c enable content discovery 527 | CONTENT_DISCOVERY=1; 528 | ;; 529 | s ) # -s enable screenshots 530 | SCREENSHOTS=1; 531 | ;; 532 | i ) # -i enable information gathering 533 | INFO_GATHERING=1; 534 | ;; 535 | b ) # -b domain blacklist file 536 | exists "$OPTARG"; 537 | RESULT=$?; 538 | if [[ "$RESULT" -eq 1 ]]; then 539 | BLACKLIST="$OPTARG"; 540 | else 541 | echo -e "$RED""[!] Provided blacklist $OPTARG is empty or doesn't exist.""$NC"; 542 | usage; 543 | exit 1; 544 | fi 545 | ;; 546 | I ) # -I enable interactive mode 547 | INTERACTIVE=1; 548 | ;; 549 | a ) # -a use all discovered domains 550 | echo "Use all discovered domains." 551 | # Check that USE_DISCOVERED is not set 552 | if [[ "$USE_DISCOVERED" != 1 ]]; then 553 | USE_ALL=1; 554 | else 555 | echo -e "$RED""[!] Using -A interesting domains is mutually exclusive to using -a all domains.""$NC"; 556 | usage; 557 | exit 1; 558 | fi 559 | ;; 560 | A ) # -A use only interesting discovered domains 561 | # Check that USE_DISCOVERED is not set 562 | if [[ "$USE_ALL" != 1 ]]; then 563 | USE_DISCOVERED=1; 564 | else 565 | echo -e "$RED""[!] Using -a all domains is mutually exclusive to using -A interesting domains.""$NC"; 566 | usage; 567 | exit 1; 568 | fi 569 | echo "Use only interesting discovered domains." 570 | ;; 571 | D ) # -D enable default non-interactive mode 572 | DEFAULT_MODE=1; 573 | ;; 574 | X ) # -X interesting word list file 575 | exists "$OPTARG"; 576 | RESULT=$?; 577 | if [[ "$RESULT" -eq 1 ]]; then 578 | INTERESTING="$OPTARG"; 579 | else 580 | echo -e "$RED""[!] Provided interesting words file $OPTARG is empty or doesn't exist.""$NC"; 581 | usage; 582 | exit 1; 583 | fi 584 | ;; 585 | p ) # -p enable port scanning 586 | PORTSCANNING=1; 587 | ;; 588 | P ) # -P custom tool path 589 | exists "$OPTARG"; 590 | RESULT=$?; 591 | if [[ "$RESULT" -eq 1 ]]; then 592 | TOOL_PATH="$OPTARG"; 593 | set_tool_paths; 594 | else 595 | echo -e "$RED""[!] Provided tool path $OPTARG is empty or doesn't exist.""$NC"; 596 | usage; 597 | exit 1; 598 | fi 599 | ;; 600 | o ) # -o output directory 601 | if [[ -w "$OPTARG" ]]; then 602 | WORKING_DIR="$OPTARG"; 603 | CUSTOM_WORKING_DIR="$OPTARG"; 604 | else 605 | echo -e "$RED""[!] Provided output directory $OPTARG is not writable or doesn't exist.""$NC"; 606 | usage; 607 | exit 1; 608 | fi 609 | ;; 610 | H ) # -H enable HTTP for URLs 611 | HTTP="http"; 612 | ;; 613 | n ) # -n Notica URL parameter 614 | NOTICA="$OPTARG"; 615 | ;; 616 | r ) # -r run rescope 617 | ENABLE_RESCOPE=1; 618 | ;; 619 | \? ) # Invalid option 620 | echo -e "$RED""[!] Invalid Option: -$OPTARG" 1>&2; 621 | usage; 622 | exit 1; 623 | ;; 624 | : ) # Invalid option 625 | echo -e "$RED""[!] Invalid Option: -$OPTARG requires an argument" 1>&2; 626 | usage; 627 | exit 1; 628 | ;; 629 | * ) # Invalid option 630 | echo -e "$RED""[!] Invalid Option: -$OPTARG" 1>&2; 631 | usage; 632 | exit 1; 633 | ;; 634 | esac 635 | done 636 | shift $((OPTIND -1)); 637 | 638 | function check_paths() { 639 | # Check if paths haven't been set and set them 640 | set_tool_paths; 641 | 642 | # Check for Debian/Ubuntu and set proper paths 643 | grep 'Ubuntu' /etc/issue 1>/dev/null; 644 | UBUNTU="$?"; 645 | if [[ "$UBUNTU" -eq 0 ]]; then 646 | CHROMIUM=$(command -v chromium-browser); 647 | fi 648 | grep 'Debian' /etc/issue 1>/dev/null; 649 | DEBIAN="$?"; 650 | if [[ "$DEBIAN" -eq 0 ]]; then 651 | NIKTO="$TOOL_PATH/nikto/program/nikto.pl"; 652 | fi 653 | 654 | # Check that all paths are set 655 | if [[ "$SUBFINDER" == "" ]] || [[ ! -f "$SUBFINDER" ]]; then 656 | echo -e "$RED""[!] The path or the file specified by the path for subfinder does not exit."; 657 | exit 1; 658 | fi 659 | if [[ "$SUBJACK" == "" ]] || [[ ! -f "$SUBJACK" ]]; then 660 | echo -e "$RED""[!] The path or the file specified by the path for subjack does not exit."; 661 | exit 1; 662 | fi 663 | if [[ "$FFUF" == "" ]] || [[ ! -f "$FFUF" ]]; then 664 | echo -e "$RED""[!] The path or the file specified by the path for ffuf does not exit."; 665 | exit 1; 666 | fi 667 | if [[ "$WHATWEB" == "" ]] || [[ ! -f "$WHATWEB" ]]; then 668 | echo -e "$RED""[!] The path or the file specified by the path for whatweb does not exit."; 669 | exit 1; 670 | fi 671 | if [[ "$WAFW00F" == "" ]] || [[ ! -f "$WAFW00F" ]]; then 672 | echo -e "$RED""[!] The path or the file specified by the path for wafw00f does not exit."; 673 | exit 1; 674 | fi 675 | if [[ "$GOBUSTER" == "" ]] || [[ ! -f "$GOBUSTER" ]]; then 676 | echo -e "$RED""[!] The path or the file specified by the path for gobuster does not exit."; 677 | exit 1; 678 | fi 679 | if [[ "$CHROMIUM" == "" ]] || [[ ! -f "$CHROMIUM" ]]; then 680 | echo -e "$RED""[!] The path or the file specified by the path for chromium does not exit."; 681 | exit 1; 682 | fi 683 | if [[ "$NMAP" == "" ]] || [[ ! -f "$NMAP" ]]; then 684 | echo -e "$RED""[!] The path or the file specified by the path for nmap does not exit."; 685 | exit 1; 686 | fi 687 | if [[ "$MASSCAN" == "" ]] || [[ ! -f "$MASSCAN" ]]; then 688 | echo -e "$RED""[!] The path or the file specified by the path for masscan does not exit."; 689 | exit 1; 690 | fi 691 | # if [[ "$INCEPTION" == "" ]] || [[ ! -f "$INCEPTION" ]]; then 692 | # echo -e "$RED""[!] The path or the file specified by the path for inception does not exit."; 693 | # exit 1; 694 | # fi 695 | if [[ "$WAYBACKURLS" == "" ]] || [[ ! -f "$WAYBACKURLS" ]]; then 696 | echo -e "$RED""[!] The path or the file specified by the path for waybackurls does not exit."; 697 | exit 1; 698 | fi 699 | if [[ "$GOALTDNS" == "" ]] || [[ ! -f "$GOALTDNS" ]]; then 700 | echo -e "$RED""[!] The path or the file specified by the path for goaltdns does not exit."; 701 | exit 1; 702 | fi 703 | if [[ "$SUBLIST3R" == "" ]] || [[ ! -f "$SUBLIST3R" ]]; then 704 | grep 'Kali' /etc/issue 1>/dev/null; 705 | KALI=$?; 706 | if [[ "$KALI" -eq 0 ]]; then 707 | SUBLIST3R=$(command -v sublist3r); 708 | else 709 | echo -e "$RED""[!] The path or the file specified by the path for sublist3r does not exit."; 710 | exit 1; 711 | fi 712 | fi 713 | if [[ "$DNSCAN" == "" ]] || [[ ! -f "$DNSCAN" ]]; then 714 | echo -e "$RED""[!] The path or the file specified by the path for dnscan does not exit."; 715 | exit 1; 716 | fi 717 | if [[ "$MASSDNS_BIN" == "" ]] || [[ ! -f "$MASSDNS_BIN" ]]; then 718 | echo -e "$RED""[!] The path or the file specified by the path for the massdns binary does not exit."; 719 | exit 1; 720 | fi 721 | if [[ "$MASSDNS_RESOLVERS" == "" ]] || [[ ! -f "$MASSDNS_RESOLVERS" ]]; then 722 | echo -e "$RED""[!] The path or the file specified by the path for massdns resolver file does not exit."; 723 | exit 1; 724 | fi 725 | if [[ "$AQUATONE" == "" ]] || [[ ! -f "$AQUATONE" ]]; then 726 | echo -e "$RED""[!] The path or the file specified by the path for aquatone does not exit."; 727 | exit 1; 728 | fi 729 | if [[ "$BFAC" == "" ]] || [[ ! -f "$BFAC" ]]; then 730 | echo -e "$RED""[!] The path or the file specified by the path for bfac does not exit."; 731 | exit 1; 732 | fi 733 | if [[ "$DIRSEARCH" == "" ]] || [[ ! -f "$DIRSEARCH" ]]; then 734 | echo -e "$RED""[!] The path or the file specified by the path for dirsearch does not exit."; 735 | exit 1; 736 | fi 737 | if [[ "$CORSTEST" == "" ]] || [[ ! -f "$CORSTEST" ]]; then 738 | echo -e "$RED""[!] The path or the file specified by the path for CORStest does not exit."; 739 | exit 1; 740 | fi 741 | if [[ "$S3SCANNER" == "" ]] || [[ ! -f "$S3SCANNER" ]]; then 742 | echo -e "$RED""[!] The path or the file specified by the path for S3Scanner does not exit."; 743 | exit 1; 744 | fi 745 | if [[ "$AMASS" == "" ]] || [[ ! -f "$AMASS" ]]; then 746 | echo -e "$RED""[!] The path or the file specified by the path for amass does not exit."; 747 | exit 1; 748 | fi 749 | if [[ "$RESCOPE" == "" ]] || [[ ! -f "$RESCOPE" ]]; then 750 | echo -e "$RED""[!] The path or the file specified by the path for rescope does not exit."; 751 | exit 1; 752 | fi 753 | if [[ "$KNOCK" == "" ]] || [[ ! -f "$KNOCK" ]]; then 754 | echo -e "$RED""[!] The path or the file specified by the path for knockpy does not exit."; 755 | exit 1; 756 | fi 757 | if [[ "$HTTPROBE" == "" ]] || [[ ! -f "$HTTPROBE" ]]; then 758 | echo -e "$RED""[!] The path or the file specified by the path for httprobe does not exit."; 759 | exit 1; 760 | fi 761 | } 762 | 763 | function unique() { 764 | # Remove blacklisted domains from all discovered domains 765 | if [[ ! -z $BLACKLIST ]]; then 766 | while read -r bad; do 767 | grep -v "$bad" "$WORKING_DIR"/$ALL_DOMAIN > "$WORKING_DIR"/temp; 768 | mv "$WORKING_DIR"/temp "$WORKING_DIR"/$ALL_DOMAIN; 769 | done < "$BLACKLIST"; 770 | fi 771 | 772 | # Remove blacklisted domains from all resolved domains 773 | if [[ ! -z $BLACKLIST ]]; then 774 | while read -r bad; do 775 | grep -v "$bad" "$WORKING_DIR"/$ALL_RESOLVED > "$WORKING_DIR"/temp1; 776 | mv "$WORKING_DIR"/temp1 "$WORKING_DIR"/$ALL_RESOLVED; 777 | done < "$BLACKLIST"; 778 | fi 779 | 780 | # Get unique list of IPs and domains, ignoring case 781 | sort "$WORKING_DIR"/$ALL_DOMAIN | uniq -i > "$WORKING_DIR"/temp2; 782 | mv "$WORKING_DIR"/temp2 "$WORKING_DIR"/$ALL_DOMAIN; 783 | 784 | sort -V "$WORKING_DIR"/$ALL_IP | uniq -i > "$WORKING_DIR"/temp2; 785 | mv "$WORKING_DIR"/temp2 "$WORKING_DIR"/$ALL_IP; 786 | 787 | sort "$WORKING_DIR"/$ALL_RESOLVED | uniq -i > "$WORKING_DIR"/temp3; 788 | mv "$WORKING_DIR"/temp3 "$WORKING_DIR"/$ALL_RESOLVED; 789 | } 790 | 791 | function list_found() { 792 | unique; 793 | echo -e "$GREEN""[+] Found $(wc -l "$WORKING_DIR"/$ALL_IP | awk '{print $1}') unique IPs so far.""$NC" 794 | echo -e "$GREEN""[+] Found $(wc -l "$WORKING_DIR"/$ALL_DOMAIN | awk '{print $1}') unique discovered domains so far.""$NC" 795 | echo -e "$GREEN""[+] Found $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') unique resolvable domains so far.""$NC" 796 | } 797 | 798 | function get_interesting() { 799 | # Takes optional silent argument as $1 800 | 801 | while read -r word; do 802 | grep "$word" "$WORKING_DIR"/$ALL_RESOLVED >> "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 803 | done < "$INTERESTING"; 804 | 805 | # Make sure no there are duplicates 806 | sort -u "$WORKING_DIR"/"$INTERESTING_DOMAINS" > "$WORKING_DIR"/temp4; 807 | mv "$WORKING_DIR"/temp4 "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 808 | 809 | if [[ "$1" == "silent" ]]; then 810 | return; 811 | else 812 | # Make sure > 0 domains are found 813 | FOUND=$(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}'); 814 | if [[ $FOUND -gt 0 ]]; then 815 | echo -e "$RED""[!] The following $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') potentially interesting subdomains have been found ($WORKING_DIR/$INTERESTING_DOMAINS):""$ORANGE"; 816 | cat "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 817 | sleep 1; 818 | else 819 | echo -e "$RED""[!] No interesting domains have been found yet.""$NC"; 820 | sleep 1; 821 | fi 822 | fi 823 | } 824 | 825 | function cancel() { 826 | echo -e "$RED""\\n[!] Cancelling command.""$NC"; 827 | } 828 | 829 | function run_dnscan() { 830 | # Call with domain as $1 and wordlist as $2 831 | 832 | # Trap SIGINT so broken dnscan runs can be cancelled 833 | trap cancel SIGINT; 834 | 835 | echo -e "$GREEN""[i]$BLUE Scanning $1 with dnscan.""$NC"; 836 | echo -e "$GREEN""[i]$ORANGE Command: $DNSCAN -d $1 -t 25 -o $WORKING_DIR/dnscan_out.txt -w $2.""$NC"; 837 | START=$(date +%s); 838 | $DNSCAN -d "$1" -t 25 -o "$WORKING_DIR"/dnscan_out.txt -w "$2"; 839 | END=$(date +%s); 840 | DIFF=$(( END - START )); 841 | 842 | # Remove headers and leading spaces 843 | sed '1,/A records/d' "$WORKING_DIR"/dnscan_out.txt | tr -d ' ' > "$WORKING_DIR"/trimmed; 844 | cut "$WORKING_DIR"/trimmed -d '-' -f 1 > "$WORKING_DIR"/dnscan-ips.txt; 845 | cut "$WORKING_DIR"/trimmed -d '-' -f 2 > "$WORKING_DIR"/dnscan-domains.txt; 846 | rm "$WORKING_DIR"/trimmed; 847 | 848 | # Cat output into main lists 849 | cat "$WORKING_DIR"/dnscan-ips.txt >> "$WORKING_DIR"/$ALL_IP; 850 | cat "$WORKING_DIR"/dnscan-domains.txt >> "$WORKING_DIR"/"$ALL_DOMAIN"; 851 | 852 | echo -e "$GREEN""[i]$BLUE dnsscan took $DIFF seconds to run.""$NC"; 853 | echo -e "$GREEN""[!]$ORANGE dnscan found $(wc -l "$WORKING_DIR"/dnscan-ips.txt | awk '{print $1}') IP/domain pairs.""$NC"; 854 | list_found; 855 | sleep 1; 856 | 857 | # Check if Ctrl+C was pressed and added to domain and IP files 858 | grep -v 'KeyboardInterrupt' "$WORKING_DIR"/"$ALL_DOMAIN" > "$WORKING_DIR"/tmp; 859 | mv "$WORKING_DIR"/tmp "$WORKING_DIR"/"$ALL_DOMAIN"; 860 | grep -v 'KeyboardInterrupt' "$WORKING_DIR"/"$ALL_IP" > "$WORKING_DIR"/tmp2; 861 | mv "$WORKING_DIR"/tmp2 "$WORKING_DIR"/"$ALL_IP"; 862 | } 863 | 864 | function run_subfinder() { 865 | # Call with domain as $1 and wordlist as $2 866 | 867 | # Trap SIGINT so broken subfinder runs can be cancelled 868 | trap cancel SIGINT; 869 | 870 | # Check for wordlist argument, else run without 871 | echo -e "$GREEN""[i]$BLUE Scanning $1 with subfinder.""$NC"; 872 | echo -e "$GREEN""[i]$ORANGE Command: subfinder -nW -v --timeout 5 -d $1 -o $WORKING_DIR/subfinder-domains.txt -t 25.""$NC"; 873 | START=$(date +%s); 874 | "$SUBFINDER" -nW -v --timeout 5 -d "$1" -o "$WORKING_DIR"/subfinder-domains.txt -t 25; 875 | END=$(date +%s); 876 | DIFF=$(( END - START )); 877 | 878 | cat "$WORKING_DIR"/subfinder-domains.txt >> "$WORKING_DIR"/$ALL_DOMAIN; 879 | 880 | echo -e "$GREEN""[i]$BLUE Subfinder took $DIFF seconds to run.""$NC"; 881 | echo -e "$GREEN""[!]$ORANGE Subfinder found $(wc -l "$WORKING_DIR"/subfinder-domains.txt | awk '{print $1}') domains.""$NC"; 882 | list_found; 883 | sleep 1; 884 | } 885 | 886 | function run_sublist3r() { 887 | # Call with domain as $1, doesn't support wordlists 888 | 889 | # Trap SIGINT so broken sublist3r runs can be cancelled 890 | trap cancel SIGINT; 891 | 892 | echo -e "$GREEN""[i]$BLUE Scanning $1 with sublist3r.""$NC"; 893 | echo -e "$GREEN""[i]$ORANGE Command: $SUBLIST3R -d $1 -v -t 50 -o $WORKING_DIR/sublist3r-output.txt.""$NC"; 894 | START=$(date +%s); 895 | "$SUBLIST3R" -d "$1" -v -t 50 -o "$WORKING_DIR"/sublist3r-output.txt 896 | END=$(date +%s); 897 | DIFF=$(( END - START )); 898 | 899 | # Check that output file exists 900 | if [[ -f "$WORKING_DIR"/sublist3r-output.txt ]]; then 901 | # Cat output into main lists 902 | cat "$WORKING_DIR"/sublist3r-output.txt >> "$WORKING_DIR"/$ALL_DOMAIN; 903 | echo -e "$GREEN""[i]$BLUE sublist3r took $DIFF seconds to run.""$NC"; 904 | echo -e "$GREEN""[!]$ORANGE sublist3r found $(wc -l "$WORKING_DIR"/sublist3r-output.txt | awk '{print $1}') domains.""$NC"; 905 | fi 906 | 907 | list_found; 908 | sleep 1; 909 | } 910 | 911 | function run_knock() { 912 | # Call with domain as $1 and wordlist as $2 913 | 914 | # Trap SIGINT so broken knock runs can be cancelled 915 | trap cancel SIGINT; 916 | 917 | echo -e "$GREEN""[i]$BLUE Scanning $1 with knock.""$NC"; 918 | echo -e "$GREEN""[i]$ORANGE Command: knockpy $DOMAIN -w $2 -o $WORKING_DIR/knock-output.txt""$NC"; 919 | 920 | START=$(date +%s); 921 | "$KNOCK" "$1" -w "$2" -o "$WORKING_DIR"/knock-output.txt; 922 | END=$(date +%s); 923 | DIFF=$(( END - START )); 924 | 925 | # Parse output and add to all domain and IP lists 926 | awk -F ',' '{print $2" "$3}' "$WORKING_DIR"/knock-output.txt | grep -e "$DOMAIN$" > "$WORKING_DIR"/knock-tmp.txt; 927 | cut -d ' ' -f 1 "$WORKING_DIR"/knock-tmp.txt >> "$WORKING_DIR"/"$ALL_IP"; 928 | cut -d ' ' -f 2 "$WORKING_DIR"/knock-tmp.txt >> "$WORKING_DIR"/"$ALL_DOMAIN"; 929 | 930 | echo -e "$GREEN""[i]$BLUE knock took $DIFF seconds to run.""$NC"; 931 | echo -e "$GREEN""[!]$ORANGE knock found $(wc -l "$WORKING_DIR"/knock-tmp.txt | awk '{print $1}') domains.""$NC"; 932 | 933 | list_found; 934 | sleep 1; 935 | rm "$WORKING_DIR"/knock-tmp.txt; 936 | } 937 | 938 | function run_amass() { 939 | # Call with domain as $1 and wordlist as $2 940 | 941 | echo -e "$GREEN""[i]$BLUE Scanning $1 with amass.""$NC"; 942 | echo -e "$GREEN""[i]$ORANGE Command: amass enum -d $1 -w $2 -ip -rf resolvers.txt -active -o $WORKING_DIR/amass-output.txt -min-for-recursive 3 -bl $BLACKLIST""$NC"; 943 | START=$(date +%s); 944 | "$AMASS" enum -d "$1" -brute -w "$2" -ipv4 -rf resolvers.txt -active -o "$WORKING_DIR"/amass-output.txt -min-for-recursive 3 -bl "$BLACKLIST"; 945 | END=$(date +%s); 946 | DIFF=$(( END - START )); 947 | 948 | # Check that output file exists amd parse output 949 | if [[ -f "$WORKING_DIR"/amass-output.txt ]]; then 950 | # Cat output into main lists 951 | cut -d ' ' -f 1 "$WORKING_DIR"/amass-output.txt >> "$WORKING_DIR"/"$ALL_DOMAIN"; 952 | cut -d ' ' -f 2 "$WORKING_DIR"/amass-output.txt >> "$WORKING_DIR"/"$ALL_IP"; 953 | echo -e "$GREEN""[i]$BLUE amass took $DIFF seconds to run.""$NC"; 954 | echo -e "$GREEN""[!]$ORANGE amass found $(wc -l "$WORKING_DIR"/amass-output.txt | awk '{print $1}') domains.""$NC"; 955 | fi 956 | 957 | list_found; 958 | sleep 1; 959 | } 960 | 961 | function run_goaltdns() { 962 | # Run goaltdns with found subdomains combined with altdns-wordlist.txt 963 | 964 | echo -e "$GREEN""[i]$BLUE Running goaltdns against all $(wc -l "$WORKING_DIR"/$ALL_DOMAIN | awk '{print $1}') unique discovered subdomains to generate domains for masscan to resolve.""$NC"; 965 | echo -e "$GREEN""[i]$ORANGE Command: goaltdns -l $WORKING_DIR/$ALL_DOMAIN -w wordlists/altdns-words.txt -o $WORKING_DIR/goaltdns-output.txt.""$NC"; 966 | START=$(date +%s); 967 | "$GOALTDNS" -l "$WORKING_DIR"/$ALL_DOMAIN -w wordlists/altdns-words.txt -o "$WORKING_DIR"/goaltdns-output.txt; 968 | END=$(date +%s); 969 | DIFF=$(( END - START )); 970 | 971 | echo -e "$GREEN""[i]$BLUE Goaltdns took $DIFF seconds to run.""$NC"; 972 | echo -e "$GREEN""[i]$BLUE Goaltdns generated $(wc -l "$WORKING_DIR"/goaltdns-output.txt | awk '{print $1}') subdomains.""$NC"; 973 | sleep 1; 974 | } 975 | 976 | function run_massdns() { 977 | # Call with domain as $1, wordlist as $2, and alone as $3 978 | 979 | # Check if being called without goaltdns 980 | if [[ "$3" == "alone" ]]; then 981 | # Create wordlist with appended domain for massdns 982 | sed "/.*/ s/$/\.$1/" $2 > "$WORKING_DIR"/massdns-appended.txt; 983 | 984 | echo -e "$GREEN""[i]$BLUE Scanning $(cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/massdns-appended.txt | sort | uniq | wc -l) current unique $1 domains with massdns (in quiet mode).""$NC"; 985 | echo -e "$GREEN""[i]$ORANGE Command: cat (all found domains and IPs) | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w $WORKING_DIR/massdns-result.txt.""$NC"; 986 | START=$(date +%s); 987 | cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/massdns-appended.txt | sort | uniq | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w "$WORKING_DIR"/massdns-result.txt; 988 | END=$(date +%s); 989 | DIFF=$(( END - START )); 990 | else 991 | # Run goaltdns to get altered domains to resolve along with other discovered domains 992 | run_goaltdns; 993 | 994 | # Create wordlist with appended domain for massdns 995 | sed "/.*/ s/$/\.$1/" $2 > "$WORKING_DIR"/massdns-appended.txt; 996 | 997 | echo -e "$GREEN""[i]$BLUE Scanning $(cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/goaltdns-output.txt "$WORKING_DIR"/massdns-appended.txt | sort | uniq | wc -l) current unique $1 domains and IPs, goaltdns generated domains, and domain-appended wordlist with massdns (in quiet mode).""$NC"; 998 | echo -e "$GREEN""[i]$ORANGE Command: cat (all found domains and IPs) | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w $WORKING_DIR/massdns-result.txt.""$NC"; 999 | START=$(date +%s); 1000 | cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/goaltdns-output.txt "$WORKING_DIR"/massdns-appended.txt | sort | uniq | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w "$WORKING_DIR"/massdns-result.txt; 1001 | END=$(date +%s); 1002 | DIFF=$(( END - START )); 1003 | fi 1004 | 1005 | # Parse results 1006 | grep CNAME "$WORKING_DIR"/massdns-result.txt > "$WORKING_DIR"/massdns-CNAMEs.txt; 1007 | grep -v CNAME "$WORKING_DIR"/massdns-result.txt | cut -d ' ' -f 3 >> "$WORKING_DIR"/$ALL_IP; 1008 | 1009 | # Add any new in-scope CNAMEs to main list 1010 | cut -d ' ' -f 3 "$WORKING_DIR"/massdns-CNAMEs.txt | grep "$DOMAIN.$" >> "$WORKING_DIR"/$ALL_DOMAIN; 1011 | 1012 | # Add newly discovered domains to all domains list 1013 | grep -v CNAME "$WORKING_DIR"/massdns-result.txt | cut -d ' ' -f 1 >> "$WORKING_DIR"/"$ALL_DOMAIN"; 1014 | # Remove trailing periods from results 1015 | sed -i 's/\.$//' "$WORKING_DIR"/"$ALL_DOMAIN"; 1016 | 1017 | # Add all resolved domains to resolved domain list 1018 | grep -v CNAME "$WORKING_DIR"/massdns-result.txt | cut -d ' ' -f 1 >> "$WORKING_DIR"/"$ALL_RESOLVED"; 1019 | # Remove trailing periods from results 1020 | sed -i 's/\.$//' "$WORKING_DIR"/"$ALL_RESOLVED"; 1021 | 1022 | echo -e "$GREEN""[i]$BLUE Massdns took $DIFF seconds to run.""$NC"; 1023 | echo -e "$GREEN""[!]$ORANGE Check $WORKING_DIR/massdns-CNAMEs.txt for a list of CNAMEs found.""$NC"; 1024 | sleep 1; 1025 | 1026 | list_found; 1027 | sleep 1; 1028 | } 1029 | 1030 | function run_httprobe() { 1031 | # Run httprobe to filter $ALL_RESOLVED for running server on port 443,80 1032 | echo -e "$GREEN""[i]$BLUE Running httprobe against $(cat "$WORKING_DIR"/"$ALL_RESOLVED" | sort -u | wc -l) resolved domains."; 1033 | echo -e "$GREEN""[i]$ORANGE Command: cat "$WORKING_DIR"/"$ALL_RESOLVED" | httprobe -c 40 -t 3000 -p http:8443 -p https:8443 -p http:8080 -p https:8080 -p http:8008 -p https:8008 -p http:591 -p https:591 -p http:593 -p https:593 -p http:981 -p https:981 -p http:2480 -p https:2480 -p http:4567 -p https:4567 -p http:5000 -p https:5000 -p http:5800 -p https:5800 -p http:7001 -p https:7001 -p http:7002 -p https:7002 -p http:9080 -p https:9080 -p http:9090 -p https:9090 -p https:9443 -p https:18091 -p https:18092 | tee "$WORKING_DIR"/httprobe-out.txt.""$NC"; 1034 | START=$(date +%s); 1035 | cat "$WORKING_DIR"/$ALL_RESOLVED | httprobe -c 40 -t 3000 -p http:8443 -p https:8443 -p http:8080 -p https:8080 -p http:8008 -p https:8008 -p http:591 -p https:591 -p http:593 -p https:593 -p http:981 -p https:981 -p http:2480 -p https:2480 -p http:4567 -p https:4567 -p http:5000 -p https:5000 -p http:5800 -p https:5800 -p http:7001 -p https:7001 -p http:7002 -p https:7002 -p http:9080 -p https:9080 -p http:9090 -p https:9090 -p https:9443 -p https:18091 -p https:18092 | tee "$WORKING_DIR"/httprobe-out.txt; 1036 | END=$(date +%s); 1037 | DIFF=$(( END - START )); 1038 | 1039 | echo -e "$GREEN""[i]$BLUE httprobe took $DIFF seconds to run.""$NC"; 1040 | sleep 1; 1041 | } 1042 | 1043 | function run_subdomain_brute() { 1044 | # Ask user for wordlist size 1045 | while true; do 1046 | echo -e "$ORANGE""[i] Beginning subdomain enumeration. This will use dnscan, subfinder, sublist3r, knockpy, amass, and massdns + goaltdns."; 1047 | echo -e "$GREEN""[?] What size wordlist would you like to use for subdomain bruteforcing?"; 1048 | echo -e "$GREEN""[i] Sizes are [S]mall (22k domains), [L]arge (102k domains), and [H]uge (199k domains)."; 1049 | echo -e "$ORANGE"; 1050 | read -rp "[?] Please enter S/s, L/l, or H/h. " ANSWER 1051 | 1052 | case $ANSWER in 1053 | [sS]* ) 1054 | run_dnscan "$DOMAIN" "$SHORT"; 1055 | run_subfinder "$DOMAIN" "$SHORT"; 1056 | run_sublist3r "$DOMAIN"; 1057 | run_knock "$DOMAIN" "$SHORT"; 1058 | run_amass "$DOMAIN" "$SHORT"; 1059 | run_massdns "$DOMAIN" "$SHORT"; 1060 | break 1061 | ;; 1062 | 1063 | [lL]* ) 1064 | run_dnscan "$DOMAIN" "$LONG"; 1065 | run_subfinder "$DOMAIN" "$LONG"; 1066 | run_sublist3r "$DOMAIN"; 1067 | run_knock "$DOMAIN" "$LONG"; 1068 | run_amass "$DOMAIN" "$LONG"; 1069 | run_massdns "$DOMAIN" "$LONG"; 1070 | return; 1071 | ;; 1072 | 1073 | [hH]* ) 1074 | run_dnscan "$DOMAIN" "$SHORT"; 1075 | run_subfinder "$DOMAIN" "$HUGE"; 1076 | run_sublist3r "$DOMAIN"; 1077 | run_knock "$DOMAIN" "$HUGE"; 1078 | run_amass "$DOMAIN" "$HUGE"; 1079 | run_massdns "$DOMAIN" "$HUGE"; 1080 | break; 1081 | ;; 1082 | * ) 1083 | echo -e "$RED"""[!] Please enter S/s, L/l, or H/h. "$NC" 1084 | ;; 1085 | esac 1086 | done 1087 | } 1088 | 1089 | function run_aquatone () { 1090 | # Call empty or with default as $1 for -D default non-interactive mode 1091 | if [[ "$1" == "default" ]]; then 1092 | if [[ "$USE_ALL" -eq 1 ]]; then 1093 | mkdir "$WORKING_DIR"/aquatone; 1094 | echo -e "$BLUE""[i] Running aquatone against all $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') unique discovered subdomains.""$NC"; 1095 | START=$(date +%s); 1096 | $AQUATONE -threads 10 -chrome-path "$CHROMIUM" -ports medium -out "$WORKING_DIR"/aquatone < "$WORKING_DIR"/$ALL_RESOLVED; 1097 | END=$(date +%s); 1098 | DIFF=$(( END - START )); 1099 | echo -e "$GREEN""[i]$BLUE Aquatone took $DIFF seconds to run.""$NC"; 1100 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 1101 | mkdir "$WORKING_DIR"/aquatone; 1102 | echo -e "$BLUE""[i] Running aquatone against all $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') interesting discovered subdomains.""$NC"; 1103 | START=$(date +%s); 1104 | $AQUATONE -threads 10 -chrome-path "$CHROMIUM" -ports medium -out "$WORKING_DIR"/aquatone < "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1105 | END=$(date +%s); 1106 | DIFF=$(( END - START )); 1107 | echo -e "$GREEN""[i]$BLUE Aquatone took $DIFF seconds to run.""$NC"; 1108 | else 1109 | mkdir "$WORKING_DIR"/aquatone; 1110 | echo -e "$BLUE""[i] Running aquatone against all $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') unique discovered subdomains.""$NC"; 1111 | START=$(date +%s); 1112 | $AQUATONE -threads 10 -chrome-path "$CHROMIUM" -ports medium -out "$WORKING_DIR"/aquatone < "$WORKING_DIR"/$ALL_RESOLVED; 1113 | END=$(date +%s); 1114 | DIFF=$(( END - START )); 1115 | echo -e "$GREEN""[i]$BLUE Aquatone took $DIFF seconds to run.""$NC"; 1116 | fi 1117 | else 1118 | # Ask user to run aquatone 1119 | while true; do 1120 | echo -e "$ORANGE"; 1121 | read -rp "[?] Do you want to screenshot discovered domains with aquatone? [Y/N] " ANSWER 1122 | 1123 | case $ANSWER in 1124 | [yY]* ) 1125 | break 1126 | ;; 1127 | 1128 | [nN]* ) 1129 | echo -e "$ORANGE""[!] Skipping aquatone.""$NC"; 1130 | return; 1131 | ;; 1132 | 1133 | * ) 1134 | echo -e "$RED""[!] Please enter Y/y or N/n. ""$NC" 1135 | ;; 1136 | esac 1137 | done 1138 | mkdir "$WORKING_DIR"/aquatone; 1139 | 1140 | echo -e "$GREEN""[i]$BLUE Running aquatone against all $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') unique discovered subdomains.""$NC"; 1141 | START=$(date +%s); 1142 | $AQUATONE -threads 10 -chrome-path "$CHROMIUM" -ports medium -out "$WORKING_DIR"/aquatone < "$WORKING_DIR"/$ALL_RESOLVED; 1143 | END=$(date +%s); 1144 | DIFF=$(( END - START )); 1145 | echo -e "$GREEN""[i]$BLUE Aquatone took $DIFF seconds to run.""$NC"; 1146 | fi 1147 | } 1148 | 1149 | function run_masscan() { 1150 | # Check if not root and SKIP_MASSCAN is set 1151 | if [[ "$SKIP_MASSCAN" -eq 1 ]]; then 1152 | echo -e "$ORANGE""[!] Skipping masscan since script is not being run as root.""$NC"; 1153 | sleep 1; 1154 | else 1155 | # Run masscan against all IPs found on all ports 1156 | echo -e "$GREEN""[i]$BLUE Running masscan against all $(wc -l "$WORKING_DIR"/$ALL_IP | awk '{print $1}') unique discovered IP addresses.""$NC"; 1157 | echo -e "$GREEN""[i]$BLUE Command: masscan -p1-65535 -il $WORKING_DIR/$ALL_IP --rate=7000 -oL $WORKING_DIR/masscan-output.txt.""$NC"; 1158 | 1159 | # Check that IP list is not empty 1160 | IP_COUNT=$(wc -l "$WORKING_DIR"/$ALL_IP | awk '{print $1}'); 1161 | if [[ "$IP_COUNT" -lt 1 ]]; then 1162 | echo -e "$RED""[i] No IP addresses have been found. Skipping masscan scan.""$NC"; 1163 | return; 1164 | fi 1165 | 1166 | START=$(date +%s); 1167 | if [[ "$NOTICA" != "" ]]; then 1168 | run_notica_sudo; 1169 | fi 1170 | sudo "$MASSCAN" -p1-65535 -iL "$WORKING_DIR"/$ALL_IP --rate=7000 -oL "$WORKING_DIR"/root-masscan-output.txt; 1171 | END=$(date +%s); 1172 | DIFF=$(( END - START )); 1173 | echo -e "$GREEN""[i]$BLUE Masscan took $DIFF seconds to run.""$NC"; 1174 | 1175 | # Trim # from first and last lines of output 1176 | grep -v '#' "$WORKING_DIR"/root-masscan-output.txt > "$WORKING_DIR"/masscan-output.txt; 1177 | fi 1178 | } 1179 | 1180 | function run_nmap() { 1181 | # Check that IP list is not empty 1182 | IP_COUNT=$(wc -l "$WORKING_DIR"/$ALL_IP | awk '{print $1}'); 1183 | if [[ "$IP_COUNT" -lt 1 ]]; then 1184 | echo -e "$RED""[i] No IP addresses have been found. Skipping nmap scan.""$NC"; 1185 | return; 1186 | fi 1187 | 1188 | # Run nmap against all-ip.txt against ports found by masscan, unless alone arg is passed as $1 1189 | if [[ "$1" == "alone" ]]; then 1190 | echo -e "$GREEN""[i]$BLUE Running nmap against all $(wc -l "$WORKING_DIR"/"$ALL_IP" | awk '{print $1}') unique discovered IP addresses.""$NC"; 1191 | echo -e "$GREEN""[i]$BLUE Command: nmap -n -v -sV -iL $WORKING_DIR/all_ip.txt -oA $WORKING_DIR/nmap-output --stylesheet https://raw.githubusercontent.com/honze-net/nmap-bootstrap-xsl/master/nmap-bootstrap.xsl.""$NC"; 1192 | START=$(date +%s); 1193 | "$NMAP" -n -v -sV -iL "$WORKING_DIR"/"$ALL_IP" -oA "$WORKING_DIR"/nmap-output --stylesheet https://raw.githubusercontent.com/honze-net/nmap-bootstrap-xsl/master/nmap-bootstrap.xsl; 1194 | END=$(date +%s); 1195 | DIFF=$(( END - START )); 1196 | echo -e "$GREEN""[i]$BLUE Nmap took $DIFF seconds to run.""$NC"; 1197 | # Make sure masscan actually created output 1198 | elif [[ ! -s "$WORKING_DIR"/masscan-output.txt ]]; then 1199 | echo -e "$GREEN""[i]$BLUE Running nmap against all $(wc -l "$WORKING_DIR"/"$ALL_IP" | awk '{print $1}') unique discovered IP addresses.""$NC"; 1200 | echo -e "$GREEN""[i]$BLUE Command: nmap -n -v -sV -iL $WORKING_DIR/all_discovered_ips.txt -oA $WORKING_DIR/nmap-output --stylesheet https://raw.githubusercontent.com/honze-net/nmap-bootstrap-xsl/master/nmap-bootstrap.xsl.""$NC"; 1201 | START=$(date +%s); 1202 | "$NMAP" -n -v -sV -iL "$WORKING_DIR"/"$ALL_IP" -oA "$WORKING_DIR"/nmap-output --stylesheet https://raw.githubusercontent.com/honze-net/nmap-bootstrap-xsl/master/nmap-bootstrap.xsl; 1203 | END=$(date +%s); 1204 | DIFF=$(( END - START )); 1205 | echo -e "$GREEN""[i]$BLUE Nmap took $DIFF seconds to run.""$NC"; 1206 | else 1207 | # Process masscan output for ports found 1208 | cut -d ' ' -f 3 "$WORKING_DIR"/masscan-output.txt >> "$WORKING_DIR"/temp; 1209 | sort "$WORKING_DIR"/temp | uniq > "$WORKING_DIR"/ports; 1210 | rm "$WORKING_DIR"/temp; 1211 | 1212 | # Count ports in case it's over nmap's ~22k parameter limit, then run multiple scans 1213 | PORT_NUMBER=$(wc -l "$WORKING_DIR"/ports | awk '{print $1}'); 1214 | 1215 | if [[ $PORT_NUMBER -gt 22000 ]]; then 1216 | echo -e "$GREEN""[!]$RED WARNING: Masscan found more than 22k open ports. This is more than nmap's port argument length limit, and likely indicates lots of false positives. Consider running nmap with -p- to scan all ports.""$NC"; 1217 | sleep 2; 1218 | return; 1219 | fi 1220 | 1221 | # Get live IPs from masscan 1222 | cut -d ' ' -f 4 "$WORKING_DIR"/masscan-output.txt >> "$WORKING_DIR"/"$ALL_IP"; 1223 | 1224 | echo -e "$GREEN""[i]$BLUE Running nmap against $(wc -l "$WORKING_DIR"/"$ALL_IP" | awk '{print $1}') unique discovered IP addresses and $(wc -l "$WORKING_DIR"/ports | awk '{print $1}') ports identified by masscan.""$NC"; 1225 | echo -e "$GREEN""[i]$BLUE Command: nmap -n -v -sV -iL $WORKING_DIR/all_discovered_ips.txt -p $(tr '\n' , < "$WORKING_DIR"/ports) -oA $WORKING_DIR/nmap-output.""$NC"; 1226 | START=$(date +%s); 1227 | nmap -n -v -sV -iL "$WORKING_DIR"/"$ALL_IP" -p "$(tr '\n' , < "$WORKING_DIR"/ports)" -oA "$WORKING_DIR"/nmap-output --stylesheet https://raw.githubusercontent.com/honze-net/nmap-bootstrap-xsl/master/nmap-bootstrap.xsl; 1228 | END=$(date +%s); 1229 | DIFF=$(( END - START )); 1230 | echo -e "$GREEN""[i]$BLUE Nmap took $DIFF seconds to run.""$NC"; 1231 | fi 1232 | echo -e "$GREEN""[i]$BLUE Nmap took $DIFF seconds to run.""$NC"; 1233 | } 1234 | 1235 | function run_portscan() { 1236 | while true; do 1237 | echo -e "$GREEN""[?] Do you want to perform port scanning?""$NC"; 1238 | echo -e "$ORANGE""[i] This will use masscan and/or nmap.""$NC"; 1239 | echo -e "$ORANGE"; 1240 | read -rp "[i] Enter Y/N " CHOICE; 1241 | case $CHOICE in 1242 | [yY]* ) 1243 | while true; do 1244 | echo -e "$GREEN""[i] Do you want to run [B]oth masscan and nmap, only [N]map, or only [M]asscan?"; 1245 | read -rp "[i] Enter B/N/M " CHOICE; 1246 | case $CHOICE in 1247 | [bB]* ) 1248 | run_masscan; 1249 | run_nmap; 1250 | break; 1251 | ;; 1252 | [nN]* ) 1253 | run_nmap alone; 1254 | break; 1255 | ;; 1256 | [mM]* ) 1257 | run_masscan; 1258 | break; 1259 | ;; 1260 | * ) 1261 | echo -e "$RED""[!] Please enter B/b, N/n, or M/m. ""$NC" 1262 | ;; 1263 | esac 1264 | done 1265 | break; 1266 | ;; 1267 | [nN]* ) 1268 | echo -e "$RED""[!] Cancelling port scan.""$NC"; 1269 | return; 1270 | ;; 1271 | * ) 1272 | echo -e "$RED""[!] Please enter Y/y or N/n. ""$NC" 1273 | ;; 1274 | esac 1275 | done 1276 | } 1277 | 1278 | function parse_gobuster() { 1279 | # Call with file name as $1 1280 | FILE=$1; 1281 | 1282 | # Get total line count 1283 | TOTAL=$(wc -l "$1" | awk '{print $1}'); 1284 | if [[ "$TOTAL" -eq 0 ]]; then 1285 | return 1286 | fi 1287 | 1288 | # Get counts of different return codes 1289 | COUNT_200=$(grep -c 'Status: 200' "$FILE"); 1290 | COUNT_201=$(grep -c 'Status: 201' "$FILE"); 1291 | COUNT_202=$(grep -c 'Status: 202' "$FILE"); 1292 | COUNT_204=$(grep -c 'Status: 204' "$FILE"); 1293 | COUNT_307=$(grep -c 'Status: 307' "$FILE"); 1294 | COUNT_308=$(grep -c 'Status: 308' "$FILE"); 1295 | COUNT_400=$(grep -c 'Status: 400' "$FILE"); 1296 | COUNT_401=$(grep -c 'Status: 401' "$FILE"); 1297 | COUNT_403=$(grep -c 'Status: 403' "$FILE"); 1298 | COUNT_405=$(grep -c 'Status: 405' "$FILE"); 1299 | COUNT_500=$(grep -c 'Status: 500' "$FILE"); 1300 | COUNT_501=$(grep -c 'Status: 501' "$FILE"); 1301 | COUNT_502=$(grep -c 'Status: 502' "$FILE"); 1302 | COUNT_503=$(grep -c 'Status: 503' "$FILE"); 1303 | 1304 | # Write return code counts to top of file 1305 | echo -e "$GREEN""Number of 200 responses:\\t$BLUE $COUNT_200" >> "$FILE"-parsed; 1306 | echo -e "$GREEN""Number of 201 responses:\\t$BLUE $COUNT_201" >> "$FILE"-parsed; 1307 | echo -e "$GREEN""Number of 202 responses:\\t$BLUE $COUNT_202" >> "$FILE"-parsed; 1308 | echo -e "$GREEN""Number of 204 responses:\\t$BLUE $COUNT_204" >> "$FILE"-parsed; 1309 | echo -e "$GREEN""Number of 307 responses:\\t$BLUE $COUNT_307" >> "$FILE"-parsed; 1310 | echo -e "$GREEN""Number of 308 responses:\\t$BLUE $COUNT_308" >> "$FILE"-parsed; 1311 | echo -e "$GREEN""Number of 400 responses:\\t$BLUE $COUNT_400" >> "$FILE"-parsed; 1312 | echo -e "$GREEN""Number of 401 responses:\\t$BLUE $COUNT_401" >> "$FILE"-parsed; 1313 | echo -e "$GREEN""Number of 403 responses:\\t$BLUE $COUNT_403" >> "$FILE"-parsed; 1314 | echo -e "$GREEN""Number of 405 responses:\\t$BLUE $COUNT_405" >> "$FILE"-parsed; 1315 | echo -e "$GREEN""Number of 500 responses:\\t$BLUE $COUNT_500" >> "$FILE"-parsed; 1316 | echo -e "$GREEN""Number of 501 responses:\\t$BLUE $COUNT_501" >> "$FILE"-parsed; 1317 | echo -e "$GREEN""Number of 502 responses:\\t$BLUE $COUNT_502" >> "$FILE"-parsed; 1318 | echo -e "$GREEN""Number of 503 responses:\\t$BLUE $COUNT_503" >> "$FILE"-parsed; 1319 | 1320 | if [[ "$TOTAL" -gt 1000 ]]; then 1321 | echo -e "$GREEN""False positives:\\t\\t$RED Likely! Total count is $TOTAL.""$NC" >> "$FILE"-parsed; 1322 | else 1323 | echo -e $"$GREEN""False positives:\\t\\t$BLUE Unlikely. Total count is $TOTAL.""$NC" >> "$FILE"-parsed; 1324 | fi 1325 | echo -e "\\n\\n\\n" >> "$FILE"-parsed; 1326 | 1327 | # Echo all parse d output to file 1328 | cat "$FILE" >> "$FILE"-parsed; 1329 | } 1330 | 1331 | function run_gobuster() { 1332 | # Call with domain as $1, wordlist size as $2, and domain list as $3 1333 | if [[ $3 == $WORKING_DIR/$ALL_RESOLVED ]]; then # Run against all resolvable domains 1334 | echo -e "$GREEN""[i]$BLUE Running gobuster against all $(wc -l "$3" | awk '{print $1}') unique discovered domains.""$NC"; 1335 | echo -e "$GREEN""[i]$BLUE Command: gobuster dir -u https://$DOMAIN -s '200,201,202,204,307,308,400,401,403,405,500,501,502,503' --timeout 3s -e -k -t 20 -w $2 -o gobuster.""$NC"; 1336 | # Run gobuster 1337 | mkdir "$WORKING_DIR"/gobuster; 1338 | COUNT=$(wc -l "$3" | awk '{print $1}') 1339 | START=$(date +%s); 1340 | while read -r ADOMAIN; do 1341 | "$GOBUSTER" dir -u "$HTTP"://"$ADOMAIN" -s '200,201,202,204,307,308,400,401,403,405,500,501,502,503' --timeout 3s -e -k -t 20 -w "$2" -o "$WORKING_DIR"/gobuster/"$ADOMAIN".txt; 1342 | COUNT=$((COUNT - 1)); 1343 | if [[ "$COUNT" != 0 ]]; then 1344 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1345 | fi 1346 | done < "$3" 1347 | END=$(date +%s); 1348 | DIFF=$(( END - START )); 1349 | echo -e "$GREEN""[i]$BLUE Gobuster took $DIFF seconds to run.""$NC"; 1350 | else # Run against all interesting domains 1351 | echo -e "$GREEN""[i]$BLUE Running gobuster against all $(wc -l "$3" | awk '{print $1}') discovered interesting domains.""$NC"; 1352 | echo -e "$GREEN""[i]$BLUE Command: gobuster dir -u $HTTP://$DOMAIN -s '200,201,202,204,307,308,400,401,403,405,500,501,502,503' --timeout 3s -e -k -t 20 -w $2 -o $WORKING_DIR/gobuster""$NC"; 1353 | # Run gobuster 1354 | mkdir "$WORKING_DIR"/gobuster; 1355 | COUNT=$(wc -l "$3" | awk '{print $1}') 1356 | START=$(date +%s); 1357 | while read -r ADOMAIN; do 1358 | "$GOBUSTER" dir -u "$HTTP"://"$ADOMAIN" -s '200,201,202,204,307,308,400,401,403,405,500,501,502,503' --timeout 3s -e -k -t 20 -w "$2" -o "$WORKING_DIR"/gobuster/"$ADOMAIN".txt; 1359 | COUNT=$((COUNT - 1)); 1360 | if [[ "$COUNT" != 0 ]]; then 1361 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1362 | fi 1363 | done < "$3" 1364 | END=$(date +%s); 1365 | DIFF=$(( END - START )); 1366 | echo -e "$GREEN""[i]$BLUE Gobuster took $DIFF seconds to run.""$NC"; 1367 | fi 1368 | 1369 | # Parse results for better readability of the output 1370 | for file in "$WORKING_DIR"/gobuster/*; do 1371 | COUNT=$(wc -l "$file" | awk '{print $1}'); 1372 | # No output files have 17 lines 1373 | if [[ $COUNT -gt 17 ]]; then 1374 | parse_gobuster "$file"; 1375 | fi 1376 | done 1377 | } 1378 | 1379 | function parse_ffuf() { 1380 | # Call with file name as $1 1381 | FILE=$1; 1382 | 1383 | # Get total line count 1384 | TOTAL=$(wc -l "$1" | awk '{print $1}'); 1385 | 1386 | # Get counts of different return codes 1387 | COUNT_200=$(grep 'Status' "$1" | grep -c 200); 1388 | COUNT_201=$(grep 'Status' "$1" | grep -c 201); 1389 | COUNT_202=$(grep 'Status' "$1" | grep -c 202); 1390 | COUNT_204=$(grep 'Status' "$1" | grep -c 204); 1391 | COUNT_307=$(grep 'Status' "$1" | grep -c 307); 1392 | COUNT_308=$(grep 'Status' "$1" | grep -c 308); 1393 | COUNT_400=$(grep 'Status' "$1" | grep -c 400); 1394 | COUNT_401=$(grep 'Status' "$1" | grep -c 401); 1395 | COUNT_403=$(grep 'Status' "$1" | grep -c 403); 1396 | COUNT_405=$(grep 'Status' "$1" | grep -c 405); 1397 | COUNT_500=$(grep 'Status' "$1" | grep -c 500); 1398 | COUNT_501=$(grep 'Status' "$1" | grep -c 501); 1399 | COUNT_502=$(grep 'Status' "$1" | grep -c 502); 1400 | COUNT_503=$(grep 'Status' "$1" | grep -c 503); 1401 | 1402 | # Write return code counts to top of file 1403 | echo -e "$GREEN""Number of 200 responses:\\t$BLUE $COUNT_200" >> "$FILE"-parsed; 1404 | echo -e "$GREEN""Number of 201 responses:\\t$BLUE $COUNT_201" >> "$FILE"-parsed; 1405 | echo -e "$GREEN""Number of 202 responses:\\t$BLUE $COUNT_202" >> "$FILE"-parsed; 1406 | echo -e "$GREEN""Number of 204 responses:\\t$BLUE $COUNT_204" >> "$FILE"-parsed; 1407 | echo -e "$GREEN""Number of 307 responses:\\t$BLUE $COUNT_307" >> "$FILE"-parsed; 1408 | echo -e "$GREEN""Number of 308 responses:\\t$BLUE $COUNT_308" >> "$FILE"-parsed; 1409 | echo -e "$GREEN""Number of 400 responses:\\t$BLUE $COUNT_400" >> "$FILE"-parsed; 1410 | echo -e "$GREEN""Number of 401 responses:\\t$BLUE $COUNT_401" >> "$FILE"-parsed; 1411 | echo -e "$GREEN""Number of 403 responses:\\t$BLUE $COUNT_403" >> "$FILE"-parsed; 1412 | echo -e "$GREEN""Number of 405 responses:\\t$BLUE $COUNT_405" >> "$FILE"-parsed; 1413 | echo -e "$GREEN""Number of 500 responses:\\t$BLUE $COUNT_500" >> "$FILE"-parsed; 1414 | echo -e "$GREEN""Number of 501 responses:\\t$BLUE $COUNT_501" >> "$FILE"-parsed; 1415 | echo -e "$GREEN""Number of 502 responses:\\t$BLUE $COUNT_502" >> "$FILE"-parsed; 1416 | echo -e "$GREEN""Number of 503 responses:\\t$BLUE $COUNT_503" >> "$FILE"-parsed; 1417 | 1418 | if [[ "$TOTAL" -gt 1000 ]]; then 1419 | echo -e "$GREEN""False positives:\\t\\t$RED Likely! Total count is $TOTAL.""$NC" >> "$FILE"-parsed; 1420 | else 1421 | echo -e $"$GREEN""False positives:\\t\\t$BLUE Unlikely. Total count is $TOTAL.""$NC" >> "$FILE"-parsed; 1422 | fi 1423 | echo -e "\\n\\n\\n" >> "$FILE"-parsed; 1424 | 1425 | # Echo all parsed output to file 1426 | grep -v '::' "$1" | grep 'Status' >> "$FILE"-parsed; 1427 | } 1428 | 1429 | function run_ffuf() { 1430 | # Trap SIGINT so broken ffuf runs can be cancelled 1431 | trap cancel SIGINT; 1432 | 1433 | # Call with domain as $1, wordlist size as $2, and domain list as $3 1434 | if [[ $3 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1435 | echo -e "$GREEN""[i]$BLUE Running ffuf against all $(wc -l "$3" | awk '{print $1}') unique discovered domains.""$NC"; 1436 | echo -e "$GREEN""[i]$BLUE Command: ffuf -u $HTTP://$DOMAIN/FUZZ -w $2 -sf -se -fc 301,302,404,400,500 -k | tee $WORKING_DIR/ffuf.""$NC"; 1437 | # Run ffuf 1438 | mkdir "$WORKING_DIR"/ffuf; 1439 | COUNT=$(wc -l "$3" | awk '{print $1}') 1440 | START=$(date +%s); 1441 | while read -r ADOMAIN; do 1442 | "$FFUF" -u "$HTTP"://"$ADOMAIN"/FUZZ -w "$2" -timeout 3 -sf -se -fc 301,302,404,400,500 -k -mc all | tee "$WORKING_DIR"/ffuf/"$ADOMAIN".txt; 1443 | COUNT=$((COUNT - 1)); 1444 | if [[ "$COUNT" != 0 ]]; then 1445 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1446 | fi 1447 | done < "$3" 1448 | END=$(date +%s); 1449 | DIFF=$(( END - START )); 1450 | echo -e "$GREEN""[i]$BLUE ffuf took $DIFF seconds to run.""$NC"; 1451 | else 1452 | echo -e "$GREEN""[i]$BLUE Running ffuf against all $(wc -l "$3" | awk '{print $1}') discovered interesting domains.""$NC"; 1453 | echo -e "$GREEN""[i]$BLUE Command: ffuf -u $HTTP://$DOMAIN/FUZZ -w $2 -sf -se -fc 301,302,404,400,500 -k | tee $WORKING_DIR/ffuf.""$NC"; 1454 | # Run ffuf 1455 | mkdir "$WORKING_DIR"/ffuf; 1456 | COUNT=$(wc -l "$3" | awk '{print $1}') 1457 | START=$(date +%s); 1458 | while read -r ADOMAIN; do 1459 | "$FFUF" -u "$HTTP"://"$ADOMAIN"/FUZZ -w "$2" -timeout 3 -sf -se -fc 301,302,404,400,500 -k -mc all | tee "$WORKING_DIR"/ffuf/"$ADOMAIN".txt; 1460 | COUNT=$((COUNT - 1)); 1461 | if [[ "$COUNT" != 0 ]]; then 1462 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1463 | fi 1464 | done < "$3" 1465 | END=$(date +%s); 1466 | DIFF=$(( END - START )); 1467 | echo -e "$GREEN""[i]$BLUE ffuf took $DIFF seconds to run.""$NC"; 1468 | fi 1469 | 1470 | # Parse results for better readability of the output 1471 | for file in "$WORKING_DIR"/ffuf/*; do 1472 | COUNT=$(wc -l "$file" | awk '{print $1}'); 1473 | # No output files have 17 lines 1474 | if [[ $COUNT -gt 17 ]]; then 1475 | parse_ffuf "$file"; 1476 | fi 1477 | done 1478 | } 1479 | 1480 | function run_dirsearch() { 1481 | # Trap SIGINT so broken dirsearch runs can be cancelled 1482 | trap cancel SIGINT; 1483 | 1484 | # Call with domain as $1, wordlist size as $2, and domain list as $3 1485 | if [[ $3 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1486 | echo -e "$GREEN""[i]$BLUE Running dirsearch against all $(wc -l "$3" | awk '{print $1}') unique discovered domains.""$NC"; 1487 | echo -e "$GREEN""[i]$BLUE Command: dirsearch -u $DOMAIN -e php,aspx,asp -t 20 -x 310,302,404 -F --plain-text-report=$WORKING_DIR/dirsearch/$DOMAIN.txt -w $2""$NC"; 1488 | # Run dirsearch 1489 | mkdir "$WORKING_DIR"/dirsearch; 1490 | COUNT=$(wc -l "$3" | awk '{print $1}') 1491 | START=$(date +%s); 1492 | while read -r ADOMAIN; do 1493 | "$DIRSEARCH" -u "$HTTP"://"$ADOMAIN" -e php,aspx,asp -t 20 -x 301,302,404 -F --plain-text-report="$WORKING_DIR"/dirsearch/"$ADOMAIN".txt -w "$2"; 1494 | COUNT=$((COUNT - 1)); 1495 | if [[ "$COUNT" != 0 ]]; then 1496 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1497 | fi 1498 | done < "$3" 1499 | END=$(date +%s); 1500 | DIFF=$(( END - START )); 1501 | echo -e "$GREEN""[i]$BLUE Dirsearch took $DIFF seconds to run.""$NC"; 1502 | else 1503 | echo -e "$GREEN""[i]$BLUE Running dirsearch against all $(wc -l "$3" | awk '{print $1}') discovered interesting domains.""$NC"; 1504 | echo -e "$GREEN""[i]$BLUE Command: dirsearch -u $DOMAIN -e php,aspx,asp -t 20 -x 301,302,404 -F --plain-text-report=$WORKING_DIR/dirsearch/$DOMAIN.txt -w $2""$NC"; 1505 | # Run dirsearch 1506 | mkdir "$WORKING_DIR"/dirsearch; 1507 | COUNT=$(wc -l "$3" | awk '{print $1}') 1508 | START=$(date +%s); 1509 | while read -r ADOMAIN; do 1510 | "$DIRSEARCH" -u "$HTTP"://"$ADOMAIN" -e php,aspx,asp -t 20 -x 301,302,404 -F --plain-text-report="$WORKING_DIR"/dirsearch/"$ADOMAIN".txt -w "$2"; 1511 | COUNT=$((COUNT - 1)); 1512 | if [[ "$COUNT" != 0 ]]; then 1513 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1514 | fi 1515 | done < "$3" 1516 | END=$(date +%s); 1517 | DIFF=$(( END - START )); 1518 | echo -e "$GREEN""[i]$BLUE Dirsearch took $DIFF seconds to run.""$NC"; 1519 | fi 1520 | } 1521 | 1522 | function run_snallygaster() { 1523 | # Call with domain as $1, wordlist size as $2, and domain list as $3 1524 | if [[ $3 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1525 | echo -e "$GREEN""[i]$BLUE Running snallygaster against all $(wc -l "$3" | awk '{print $1}') unique discovered domains.""$NC"; 1526 | echo -e "$GREEN""[i]$BLUE Command: snallygaster $DOMAIN -d --nowww | tee $WORKING_DIR/snallygaster/$ADOMAIN""$NC"; 1527 | # Run snallygaster 1528 | mkdir "$WORKING_DIR"/snallygaster; 1529 | COUNT=$(wc -l "$3" | awk '{print $1}') 1530 | START=$(date +%s); 1531 | while read -r ADOMAIN; do 1532 | "$SNALLY" "$ADOMAIN" -d --nowww # | tee "$WORKING_DIR"/snallygaster/"$ADOMAIN"; 1533 | COUNT=$((COUNT - 1)); 1534 | if [[ "$COUNT" != 0 ]]; then 1535 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1536 | fi 1537 | done < "$3" 1538 | END=$(date +%s); 1539 | DIFF=$(( END - START )); 1540 | echo -e "$GREEN""[i]$BLUE Snallygaster took $DIFF seconds to run.""$NC"; 1541 | else 1542 | echo -e "$GREEN""[i]$BLUE Running dirsearch against all $(wc -l "$3" | awk '{print $1}') discovered interesting domains.""$NC"; 1543 | echo -e "$GREEN""[i]$BLUE Command: snallygaster $DOMAIN -d --nowww | tee $WORKING_DIR/snallygaster/$ADOMAIN""$NC"; 1544 | # Run snallygaster 1545 | mkdir "$WORKING_DIR"/snallygaster; 1546 | COUNT=$(wc -l "$3" | awk '{print $1}') 1547 | START=$(date +%s); 1548 | while read -r ADOMAIN; do 1549 | "$SNALLY" "$ADOMAIN" -d --nowww #| tee "$WORKING_DIR"/snallygaster/"$ADOMAIN"; 1550 | COUNT=$((COUNT - 1)); 1551 | if [[ "$COUNT" != 0 ]]; then 1552 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1553 | fi 1554 | done < "$3" 1555 | END=$(date +%s); 1556 | DIFF=$(( END - START )); 1557 | echo -e "$GREEN""[i]$BLUE Snallygaster took $DIFF seconds to run.""$NC"; 1558 | fi 1559 | } 1560 | 1561 | function run_inception() { 1562 | # Trap SIGINT so broken inception runs can be cancelled 1563 | trap cancel SIGINT; 1564 | 1565 | # Call with domain as $1, wordlist size as $2, and domain list as $3 1566 | if [[ $3 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1567 | echo -e "$GREEN""[i]$BLUE Running inception against all $(wc -l "$3" | awk '{print $1}') unique discovered domains.""$NC"; 1568 | echo -e "$GREEN""[i]$BLUE Command: inception -d all_discovered_domains -v | tee $WORKING_DIR/inception""$NC"; 1569 | # Run inception 1570 | mkdir "$WORKING_DIR"/inception; 1571 | START=$(date +%s); 1572 | "$INCEPTION" -d "$3" -v -provider wordlists/provider.json | tee "$WORKING_DIR"/inception/inception-output.txt; 1573 | END=$(date +%s); 1574 | DIFF=$(( END - START )); 1575 | echo -e "$GREEN""[i]$BLUE Inception took $DIFF seconds to run.""$NC"; 1576 | else 1577 | echo -e "$GREEN""[i]$BLUE Running inception against all $(wc -l "$3" | awk '{print $1}') discovered interesting domains.""$NC"; 1578 | echo -e "$GREEN""[i]$BLUE Command: inception -d interesting_domains.txt -v | tee $WORKING_DIR/inception""$NC"; 1579 | # Run inception 1580 | mkdir "$WORKING_DIR"/inception; 1581 | START=$(date +%s); 1582 | "$INCEPTION" -d "$3" -v -provider wordlists/provider.json | tee "$WORKING_DIR"/inception/inception-output.txt; 1583 | 1584 | END=$(date +%s); 1585 | DIFF=$(( END - START )); 1586 | echo -e "$GREEN""[i]$BLUE Inception took $DIFF seconds to run.""$NC"; 1587 | fi 1588 | } 1589 | 1590 | function run_waybackurls() { 1591 | # Call with domain as $1 1592 | echo -e "$GREEN""[i]$BLUE Running waybackurls against $DOMAIN.""$NC"; 1593 | echo -e "$GREEN""[i]$BLUE Command: waybackurls $DOMAIN | tee $WORKING_DIR/waybackurls-output.txt""$NC"; 1594 | # Run waybackurls 1595 | START=$(date +%s); 1596 | "$WAYBACKURLS" "$DOMAIN" | tee "$WORKING_DIR"/waybackurls-output.txt; 1597 | END=$(date +%s); 1598 | DIFF=$(( END - START )); 1599 | echo -e "$GREEN""[i]$BLUE Waybackurls took $DIFF seconds to run.""$NC"; 1600 | } 1601 | 1602 | function run_content_discovery() { 1603 | # Ask user to do directory bruteforcing on discovered domains 1604 | while true; do 1605 | echo -e "$GREEN""[?] Do you want to begin content bruteforcing on [A]ll/[I]nteresting/[N]o discovered domains?"; 1606 | echo -e "$ORANGE""[i] This will run inception, waybackurls, ffuf, gobuster, and dirsearch."; 1607 | read -rp "[?] Please enter A/a, I/i, or N/n. " ANSWER 1608 | 1609 | case $ANSWER in 1610 | [aA]* ) 1611 | echo -e "[i] Beginning directory bruteforcing on all discovered resolvable domains."; 1612 | while true; do 1613 | echo -e "$GREEN""[?] Which wordlist do you want to use?""$NC"; 1614 | echo -e "$BLUE"" Small: ~20k words""$NC"; 1615 | echo -e "$BLUE"" Medium: ~167k words""$NC"; 1616 | echo -e "$BLUE"" Large: ~215k words""$NC"; 1617 | echo -e "$BLUE"" XL: ~373k words""$NC"; 1618 | echo -e "$BLUE"" 2XL: ~486k words""$GREEN"; 1619 | read -rp "[i] Enter S/M/L/X/2 " CHOICE; 1620 | case $CHOICE in 1621 | [sS]* ) 1622 | run_inception "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1623 | run_waybackurls "$DOMAIN"; 1624 | run_ffuf "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1625 | run_gobuster "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1626 | run_dirsearch "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1627 | break; 1628 | ;; 1629 | [mM]* ) 1630 | run_inception "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$ALL_RESOLVED"; 1631 | run_waybackurls "$DOMAIN"; 1632 | run_ffuf "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$ALL_RESOLVED"; 1633 | run_gobuster "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$ALL_RESOLVED"; 1634 | run_dirsearch "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$ALL_RESOLVED"; 1635 | break; 1636 | ;; 1637 | [lL]* ) 1638 | run_inception "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$ALL_RESOLVED"; 1639 | run_waybackurls "$DOMAIN"; 1640 | run_ffuf "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$ALL_RESOLVED"; 1641 | run_gobuster "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$ALL_RESOLVED"; 1642 | run_dirsearch "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$ALL_RESOLVED"; 1643 | break; 1644 | ;; 1645 | [xX]* ) 1646 | run_inception "$DOMAIN" "$XL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1647 | run_waybackurls "$DOMAIN"; 1648 | run_ffuf "$DOMAIN" "$XL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1649 | run_gobuster "$DOMAIN" "$XL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1650 | run_dirsearch "$DOMAIN" "$XL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1651 | break; 1652 | ;; 1653 | [2]* ) 1654 | run_inception "$DOMAIN" "$XXL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1655 | run_waybackurls "$DOMAIN"; 1656 | run_ffuf "$DOMAIN" "$XXL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1657 | run_gobuster "$DOMAIN" "$XXL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1658 | run_dirsearch "$DOMAIN" "$XXL" "$WORKING_DIR"/"$ALL_RESOLVED"; 1659 | break; 1660 | ;; 1661 | * ) 1662 | echo -e "$RED""Please enter S/M/L/X/2 .""$NC"; 1663 | ;; 1664 | esac 1665 | done 1666 | break; 1667 | ;; 1668 | [nN]* ) 1669 | echo -e "$RED""[!] Skipping directory bruteforcing on all domains.""$NC"; 1670 | return; 1671 | ;; 1672 | [iI]* ) 1673 | # Check if any interesting domains have been found.' 1674 | COUNT=$(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}'); 1675 | if [[ "$COUNT" -lt 1 ]]; then 1676 | echo -e "$RED""[!] No interesting domains have been discovered.""$NC"; 1677 | return; 1678 | fi 1679 | 1680 | echo -e "[i] Beginning directory bruteforcing on all interesting discovered domains."; 1681 | while true; do 1682 | echo -e "$GREEN""[?] Which wordlist do you want to use?""$NC"; 1683 | echo -e "$BLUE"" Small: ~20k words""$NC"; 1684 | echo -e "$BLUE"" Medium: ~167k words""$NC"; 1685 | echo -e "$BLUE"" Large: ~215k words""$NC"; 1686 | echo -e "$BLUE"" XL: ~373k words""$NC"; 1687 | echo -e "$BLUE"" 2XL: ~486k words""$GREEN"; 1688 | read -rp "[i] Enter S/M/L/X/2 " CHOICE; 1689 | case $CHOICE in 1690 | [sS]* ) 1691 | run_inception "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1692 | run_waybackurls "$DOMAIN"; 1693 | run_ffuf "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1694 | run_gobuster "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1695 | run_dirsearch "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1696 | break; 1697 | ;; 1698 | [mM]* ) 1699 | run_inception "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1700 | run_waybackurls "$DOMAIN"; 1701 | run_ffuf "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1702 | run_gobuster "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1703 | run_dirsearch "$DOMAIN" "$MEDIUM" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1704 | break; 1705 | ;; 1706 | [lL]* ) 1707 | run_inception "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1708 | run_waybackurls "$DOMAIN"; 1709 | run_ffuf "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1710 | run_gobuster "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1711 | run_dirsearch "$DOMAIN" "$LARGE" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1712 | break; 1713 | ;; 1714 | [xX]* ) 1715 | run_inception "$DOMAIN" "$XL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1716 | run_waybackurls "$DOMAIN"; 1717 | run_ffuf "$DOMAIN" "$XL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1718 | run_gobuster "$DOMAIN" "$XL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1719 | run_dirsearch "$DOMAIN" "$XL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1720 | break; 1721 | ;; 1722 | [2]* ) 1723 | run_inception "$DOMAIN" "$XXL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1724 | run_waybackurls "$DOMAIN"; 1725 | run_ffuf "$DOMAIN" "$XXL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1726 | run_gobuster "$DOMAIN" "$XXL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1727 | run_dirsearch "$DOMAIN" "$XXL" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 1728 | break; 1729 | ;; 1730 | * ) 1731 | echo -e "$RED""Please enter S/M/L/X/2 .""$NC"; 1732 | ;; 1733 | esac 1734 | done 1735 | break; 1736 | ;; 1737 | * ) 1738 | echo -e "$RED""Please enter Y/y, N/n, or A/a. ""$NC"; 1739 | ;; 1740 | esac 1741 | done 1742 | } 1743 | 1744 | function run_bfac() { 1745 | # Call with domain list as $1 1746 | if [[ $1 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1747 | echo -e "$GREEN""[i]$BLUE Running bfac against all $(wc -l "$1" | awk '{print $1}') unique discovered domains.""$NC"; 1748 | echo -e "$GREEN""[i]$BLUE Command: bfac -u $DOMAIN -xsc 301,302,404 --threads 30 -o $WORKING_DIR/bfac.""$NC"; 1749 | # Run bfac 1750 | mkdir "$WORKING_DIR"/bfac; 1751 | COUNT=$(wc -l "$1" | awk '{print $1}') 1752 | START=$(date +%s); 1753 | while read -r ADOMAIN; do 1754 | $BFAC -u "$ADOMAIN" -xsc 301,302,404 --threads 30 -o "$WORKING_DIR"/bfac/"$ADOMAIN"; 1755 | COUNT=$((COUNT - 1)); 1756 | if [[ "$COUNT" != 0 ]]; then 1757 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1758 | fi 1759 | done < "$1" 1760 | END=$(date +%s); 1761 | DIFF=$(( END - START )); 1762 | echo -e "$GREEN""[i]$BLUE bfac took $DIFF seconds to run.""$NC"; 1763 | else 1764 | echo -e "$GREEN""[i]$BLUE Running bfac against all $(wc -l "$1" | awk '{print $1}') discovered interesting domains.""$NC"; 1765 | echo -e "$GREEN""[i]$BLUE Command: bfac -u $DOMAIN -xsc 301,302,404 --threads 30 -o $WORKING_DIR/bfac.""$NC"; 1766 | # Run bfac 1767 | mkdir "$WORKING_DIR"/bfac; 1768 | COUNT=$(wc -l "$1" | awk '{print $1}') 1769 | START=$(date +%s); 1770 | while read -r ADOMAIN; do 1771 | $BFAC -u "$ADOMAIN" -xsc 301,302,404 --threads 30 -o "$WORKING_DIR"/bfac/"$ADOMAIN"; 1772 | COUNT=$((COUNT - 1)); 1773 | if [[ "$COUNT" != 0 ]]; then 1774 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1775 | fi 1776 | done < "$1" 1777 | END=$(date +%s); 1778 | DIFF=$(( END - START )); 1779 | echo -e "$GREEN""[i]$BLUE bfac took $DIFF seconds to run.""$NC"; 1780 | fi 1781 | } 1782 | 1783 | function run_nikto() { 1784 | # Call with domain list as $1 1785 | # If httprobe was enabled, use its results instead 1786 | if [[ "$ENABLE_HTTPROBE" == 1 ]]; then 1787 | if [[ -e "$WORKING_DIR"/httprobe-out.txt ]]; then 1788 | echo -e "$GREEN""[i]$BLUE Running nikto against all $(wc -l "$WORKING_DIR"/httprobe-out.txt | awk '{print $1}') httprobe discovered domains.""$NC"; 1789 | echo -e "$GREEN""[i]$BLUE Command: nikto -h $HTTP://$DOMAIN -Format html -output $WORKING_DIR/nikto.""$NC"; 1790 | # Run nikto 1791 | COUNT=$(wc -l "$WORKING_DIR"/httprobe-out.txt | awk '{print $1}') 1792 | mkdir "$WORKING_DIR"/nikto; 1793 | START=$(date +%s); 1794 | while read -r ADOMAIN; do 1795 | TRIMMED=$(echo "$ADOMAIN" | tr -d '/'); 1796 | "$NIKTO" -h "$ADOMAIN" -Format html -output "$WORKING_DIR"/nikto/"$TRIMMED".html; 1797 | COUNT=$((COUNT - 1)); 1798 | if [[ "$COUNT" != 0 ]]; then 1799 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1800 | fi 1801 | done < "$WORKING_DIR"/httprobe-out.txt 1802 | END=$(date +%s); 1803 | DIFF=$(( END - START )); 1804 | echo -e "$GREEN""[i]$BLUE Nikto took $DIFF seconds to run.""$NC"; 1805 | return; 1806 | fi 1807 | elif [[ $1 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1808 | echo -e "$GREEN""[i]$BLUE Running nikto against all $(wc -l "$1" | awk '{print $1}') unique discovered domains.""$NC"; 1809 | echo -e "$GREEN""[i]$BLUE Command: nikto -h $HTTP://$DOMAIN -Format html -output $WORKING_DIR/nikto.""$NC"; 1810 | # Run nikto 1811 | COUNT=$(wc -l "$1" | awk '{print $1}') 1812 | mkdir "$WORKING_DIR"/nikto; 1813 | START=$(date +%s); 1814 | while read -r ADOMAIN; do 1815 | "$NIKTO" -h "$HTTP"://"$ADOMAIN" -Format html -output "$WORKING_DIR"/nikto/"$ADOMAIN".html; 1816 | COUNT=$((COUNT - 1)); 1817 | if [[ "$COUNT" != 0 ]]; then 1818 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1819 | fi 1820 | done < "$1" 1821 | END=$(date +%s); 1822 | DIFF=$(( END - START )); 1823 | echo -e "$GREEN""[i]$BLUE Nikto took $DIFF seconds to run.""$NC"; 1824 | else 1825 | echo -e "$GREEN""[i]$BLUE Running nikto against all $(wc -l "$1" | awk '{print $1}') discovered interesting domains.""$NC"; 1826 | echo -e "$GREEN""[i]$BLUE Command: nikto -h $HTTP://$DOMAIN -Format html -output $WORKING_DIR/nikto.""$NC"; 1827 | # Run nikto 1828 | COUNT=$(wc -l "$1" | awk '{print $1}') 1829 | mkdir "$WORKING_DIR"/nikto; 1830 | START=$(date +%s); 1831 | while read -r ADOMAIN; do 1832 | "$NIKTO" -h "$HTTP"://"$ADOMAIN" -Format html -output "$WORKING_DIR"/nikto/"$ADOMAIN".html; 1833 | COUNT=$((COUNT - 1)); 1834 | if [[ "$COUNT" != 0 ]]; then 1835 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1836 | fi 1837 | done < "$1" 1838 | END=$(date +%s); 1839 | DIFF=$(( END - START )); 1840 | echo -e "$GREEN""[i]$BLUE Nikto took $DIFF seconds to run.""$NC"; 1841 | fi 1842 | } 1843 | 1844 | function run_whatweb() { 1845 | # Call with domain as $1 and domain list as $2 1846 | if [[ $2 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1847 | echo -e "$GREEN""[i]$BLUE Running whatweb against all $(wc -l "$2" | awk '{print $1}') unique discovered domains.""$NC"; 1848 | echo -e "$GREEN""[i]$BLUE Command: whatweb -v -a 3 -h $HTTP://$DOMAIN | tee $WORKING_DIR/whatweb.""$NC"; 1849 | # Run whatweb 1850 | COUNT=$(wc -l "$2" | awk '{print $1}') 1851 | mkdir "$WORKING_DIR"/whatweb; 1852 | START=$(date +%s); 1853 | while read -r ADOMAIN; do 1854 | "$WHATWEB" -v -a 3 "$HTTP"://"$ADOMAIN" | tee "$WORKING_DIR"/whatweb/"$ADOMAIN"; 1855 | COUNT=$((COUNT - 1)); 1856 | if [[ "$COUNT" != 0 ]]; then 1857 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1858 | fi 1859 | done < "$2" 1860 | END=$(date +%s); 1861 | DIFF=$(( END - START )); 1862 | echo -e "$GREEN""[i]$BLUE whatweb took $DIFF seconds to run.""$NC"; 1863 | else 1864 | echo -e "$GREEN""[i]$BLUE Running whatweb against all $(wc -l "$2" | awk '{print $1}') discovered interesting domains.""$NC"; 1865 | echo -e "$GREEN""[i]$BLUE Command: whatweb -v -a 3 -h $HTTP://$DOMAIN | tee $WORKING_DIR/whatweb.""$NC"; 1866 | # Run whatweb 1867 | COUNT=$(wc -l "$2" | awk '{print $1}') 1868 | mkdir "$WORKING_DIR"/whatweb; 1869 | START=$(date +%s); 1870 | while read -r ADOMAIN; do 1871 | "$WHATWEB" -v -a 3 "$HTTP"://"$ADOMAIN" | tee "$WORKING_DIR"/whatweb/"$ADOMAIN"; 1872 | COUNT=$((COUNT - 1)); 1873 | if [[ "$COUNT" != 0 ]]; then 1874 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1875 | fi 1876 | done < "$2" 1877 | END=$(date +%s); 1878 | DIFF=$(( END - START )); 1879 | echo -e "$GREEN""[i]$BLUE whatweb took $DIFF seconds to run.""$NC"; 1880 | fi 1881 | } 1882 | 1883 | function run_wafw00f() { 1884 | # Call with domain as $1 and domain list as $2 1885 | if [[ $2 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1886 | echo -e "$GREEN""[i]$BLUE Running wafw00f against all $(wc -l "$2" | awk '{print $1}') unique discovered domains.""$NC"; 1887 | echo -e "$GREEN""[i]$BLUE Command: wafw00f $HTTP://$1 -a | tee $WORKING_DIR/wafw00f.""$NC"; 1888 | # Run wafw00f 1889 | COUNT=$(wc -l "$2" | awk '{print $1}') 1890 | mkdir "$WORKING_DIR"/wafw00f; 1891 | START=$(date +%s); 1892 | while read -r ADOMAIN; do 1893 | "$WAFW00F" "$HTTP"://"$ADOMAIN" -a | tee "$WORKING_DIR"/wafw00f/"$ADOMAIN"; 1894 | COUNT=$((COUNT - 1)); 1895 | if [[ "$COUNT" != 0 ]]; then 1896 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1897 | fi 1898 | done < "$2" 1899 | END=$(date +%s); 1900 | DIFF=$(( END - START )); 1901 | echo -e "$GREEN""[i]$BLUE wafw00f took $DIFF seconds to run.""$NC"; 1902 | else 1903 | echo -e "$GREEN""[i]$BLUE Running wafw00f against all $(wc -l "$2" | awk '{print $1}') discovered interesting domains.""$NC"; 1904 | echo -e "$GREEN""[i]$BLUE Command: wafw00f $HTTP://$1 -a | tee $WORKING_DIR/wafw00f.""$NC"; 1905 | # Run wafw00f 1906 | COUNT=$(wc -l "$2" | awk '{print $1}') 1907 | mkdir "$WORKING_DIR"/wafw00f; 1908 | START=$(date +%s); 1909 | while read -r ADOMAIN; do 1910 | "$WAFW00F" "$HTTP"://"$ADOMAIN" -a | tee "$WORKING_DIR"/wafw00f/"$ADOMAIN"; 1911 | COUNT=$((COUNT - 1)); 1912 | if [[ "$COUNT" != 0 ]]; then 1913 | echo -e "$GREEN""[i]$BLUE $COUNT domain(s) remaining.""$NC"; 1914 | fi 1915 | done < "$2" 1916 | END=$(date +%s); 1917 | DIFF=$(( END - START )); 1918 | echo -e "$GREEN""[i]$BLUE wafw00f took $DIFF seconds to run.""$NC"; 1919 | fi 1920 | } 1921 | 1922 | function run_subjack() { 1923 | # Call with domain as $1 and domain list as $2 1924 | if [[ $2 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1925 | echo -e "$GREEN""[i]$BLUE Running subjack against all $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') unique discovered subdomains to check for subdomain takeover.""$NC"; 1926 | echo -e "$GREEN""[i]$ORANGE It will run twice, once against HTTPS and once against HTTP.""$NC"; 1927 | echo -e "$GREEN""[i]$ORANGE Command: subjack -d $1 -w $2 -v -t 20 -ssl -m -o $WORKING_DIR/subjack-output.txt""$NC"; 1928 | START=$(date +%s); 1929 | "$SUBJACK" -d "$1" -w "$2" -v -t 20 -ssl -m -o "$WORKING_DIR"/subjack-https-output.txt -c "$HOME"/go/src/github.com/haccer/subjack/fingerprints.json; 1930 | "$SUBJACK" -d "$1" -w "$2" -v -t 20 -m -o "$WORKING_DIR"/subjack-http-output.txt -c "$HOME"/go/src/github.com/haccer/subjack/fingerprints.json; 1931 | END=$(date +%s); 1932 | DIFF=$(( END - START )); 1933 | else 1934 | echo -e "$GREEN""[i]$BLUE Running subjack against all $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') discovered interesting subdomains to check for subdomain takeover.""$NC"; 1935 | echo -e "$GREEN""[i]$ORANGE It will run twice, once against HTTPS and once against HTTP.""$NC"; 1936 | echo -e "$GREEN""[i]$ORANGE Command: subjack -d $1 -w $2 -v -t 20 -ssl -m -o $WORKING_DIR/subjack-output.txt""$NC"; 1937 | START=$(date +%s); 1938 | "$SUBJACK" -d "$1" -w "$2" -v -t 20 -ssl -m -o "$WORKING_DIR"/subjack-https-output.txt -c "$HOME"/go/src/github.com/haccer/subjack/fingerprints.json; 1939 | "$SUBJACK" -d "$1" -w "$2" -v -t 20 -m -o "$WORKING_DIR"/subjack-http-output.txt -c "$HOME"/go/src/github.com/haccer/subjack/fingerprints.json; 1940 | END=$(date +%s); 1941 | DIFF=$(( END - START )); 1942 | fi 1943 | 1944 | echo -e "$GREEN""[i]$BLUE Subjack took $DIFF seconds to run.""$NC"; 1945 | echo -e "$GREEN""[i]$ORANGE Full Subjack results are at $WORKING_DIR/subjack-output.txt.""$NC"; 1946 | sleep 1; 1947 | } 1948 | 1949 | function run_corstest() { 1950 | # Call with domain as $1 and domain list as $2 1951 | if [[ $2 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1952 | echo -e "$GREEN""[i]$BLUE Running CORStest against all $(wc -l "$2" | awk '{print $1}') unique discovered domains.""$NC"; 1953 | echo -e "$GREEN""[i]$BLUE Command: corstest.py $2 -v -p 64 | tee $WORKING_DIR/CORStest-output.txt.""$NC"; 1954 | # Run CORStest 1955 | START=$(date +%s); 1956 | "$CORSTEST" "$2" -v -p 64 | tee "$WORKING_DIR"/CORStest-output.txt; 1957 | END=$(date +%s); 1958 | DIFF=$(( END - START )); 1959 | echo -e "$GREEN""[i]$BLUE CORStest took $DIFF seconds to run.""$NC"; 1960 | else 1961 | echo -e "$GREEN""[i]$BLUE Running CORStest against all $(wc -l "$2" | awk '{print $1}') discovered interesting domains.""$NC"; 1962 | echo -e "$GREEN""[i]$BLUE Command: corstest.py $2 -v -p 64 | tee $WORKING_DIR/CORStest-output.txt.""$NC"; 1963 | # Run CORStest 1964 | START=$(date +%s); 1965 | "$CORSTEST" "$2" -v -p 64 | tee "$WORKING_DIR"/CORStest-output.txt; 1966 | END=$(date +%s); 1967 | DIFF=$(( END - START )); 1968 | echo -e "$GREEN""[i]$BLUE CORStest took $DIFF seconds to run.""$NC"; 1969 | fi 1970 | } 1971 | 1972 | function run_s3scanner() { 1973 | # Call with domain as $1 and domain list as $2 1974 | if [[ $2 == $WORKING_DIR/$ALL_RESOLVED ]]; then 1975 | echo -e "$GREEN""[i]$BLUE Running S3Scanner against all $(wc -l "$2" | awk '{print $1}') unique discovered domains.""$NC"; 1976 | echo -e "$GREEN""[i]$BLUE Command: s3scanner.py ""$NC"; 1977 | # Run S3Scanner 1978 | START=$(date +%s); 1979 | python "$S3SCANNER" "$2" -d -l -o "$WORKING_DIR"/s3scanner-output.txt; 1980 | END=$(date +%s); 1981 | DIFF=$(( END - START )); 1982 | echo -e "$GREEN""[i]$BLUE S3Scanner took $DIFF seconds to run.""$NC"; 1983 | else 1984 | echo -e "$GREEN""[i]$BLUE Running S3Scanner against all $(wc -l "$2" | awk '{print $1}') discovered interesting domains.""$NC"; 1985 | echo -e "$GREEN""[i]$BLUE Command: s3scanner.py ""$NC"; 1986 | # Run S3Scanner 1987 | START=$(date +%s); 1988 | python "$S3SCANNER" "$2" -d -l -o "$WORKING_DIR"/s3scanner-output.txt; 1989 | END=$(date +%s); 1990 | DIFF=$(( END - START )); 1991 | echo -e "$GREEN""[i]$BLUE S3Scanner took $DIFF seconds to run.""$NC"; 1992 | fi 1993 | } 1994 | 1995 | function run_information_gathering() { 1996 | # Ask user to do information gathering on discovered domains 1997 | while true; do 1998 | echo -e "$GREEN""[?] Do you want to begin information gathering on [A]ll/[I]nteresting/[N]o discovered domains?"; 1999 | echo -e "$ORANGE""[i] This will run subjack, CORStest, S3Scanner, bfac, whatweb, wafw00f, and nikto."; 2000 | read -rp "[?] Please enter A/a, I/i, or N/n. " ANSWER 2001 | 2002 | case $ANSWER in 2003 | [aA]* ) 2004 | echo -e "[i] Beginning information gathering on all discovered domains."; 2005 | while true; do 2006 | echo -e "$GREEN""[?] Which wordlist do you want to use?""$NC"; 2007 | echo -e "$BLUE"" Small: ~20k words""$NC"; 2008 | echo -e "$BLUE"" Medium: ~167k words""$NC"; 2009 | echo -e "$BLUE"" Large: ~215k words""$NC"; 2010 | echo -e "$BLUE"" XL: ~373k words""$NC"; 2011 | echo -e "$BLUE"" 2XL: ~486k words""$GREEN"; 2012 | read -rp "[i] Enter S/M/L/X/2 " CHOICE; 2013 | case $CHOICE in 2014 | [sS]* ) 2015 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2016 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2017 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2018 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2019 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2020 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2021 | run_httprobe; 2022 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2023 | break; 2024 | ;; 2025 | [mM]* ) 2026 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2027 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2028 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2029 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2030 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2031 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2032 | run_httprobe; 2033 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2034 | break; 2035 | ;; 2036 | [lL]* ) 2037 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2038 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2039 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2040 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2041 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2042 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2043 | run_httprobe; 2044 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2045 | break; 2046 | ;; 2047 | [xX]* ) 2048 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2049 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2050 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2051 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2052 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2053 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2054 | run_httprobe; 2055 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2056 | break; 2057 | ;; 2058 | [2]* ) 2059 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2060 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2061 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2062 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2063 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2064 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2065 | run_httprobe; 2066 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2067 | break; 2068 | ;; 2069 | * ) 2070 | echo -e "$RED""Please enter S/M/L/X/2. ""$NC"; 2071 | ;; 2072 | esac 2073 | done 2074 | break; 2075 | ;; 2076 | [nN]* ) 2077 | echo -e "$RED""[!] Skipping information gathering on all domains.""$NC"; 2078 | return; 2079 | ;; 2080 | [iI]* ) 2081 | # Check if any interesting domains have been found.' 2082 | COUNT=$(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}'); 2083 | if [[ "$COUNT" -lt 1 ]]; then 2084 | echo -e "$RED""[!] No interesting domains have been discovered.""$NC"; 2085 | return; 2086 | fi 2087 | 2088 | echo -e "[i] Beginning information gathering on all interesting discovered domains."; 2089 | while true; do 2090 | echo -e "$GREEN""[?] Which wordlist do you want to use?""$NC"; 2091 | echo -e "$BLUE"" Small: ~20k words""$NC"; 2092 | echo -e "$BLUE"" Medium: ~167k words""$NC"; 2093 | echo -e "$BLUE"" Large: ~215k words""$NC"; 2094 | echo -e "$BLUE"" XL: ~373k words""$NC"; 2095 | echo -e "$BLUE"" 2XL: ~486k words""$GREEN"; 2096 | read -rp "[i] Enter S/M/L/X/2 " CHOICE; 2097 | case $CHOICE in 2098 | [sS]* ) 2099 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2100 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2101 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2102 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2103 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2104 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2105 | run_httprobe; 2106 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2107 | break; 2108 | ;; 2109 | [mM]* ) 2110 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2111 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2112 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2113 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2114 | run_whatweb "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2115 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2116 | run_httprobe; 2117 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2118 | break; 2119 | ;; 2120 | [lL]* ) 2121 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2122 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2123 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2124 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2125 | run_whatweb "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2126 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2127 | run_httprobe; 2128 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2129 | break; 2130 | ;; 2131 | [xX]* ) 2132 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2133 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2134 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2135 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2136 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2137 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2138 | run_httprobe; 2139 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2140 | break; 2141 | ;; 2142 | [2]* ) 2143 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2144 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2145 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2146 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2147 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2148 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2149 | run_httprobe; 2150 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2151 | break; 2152 | ;; 2153 | * ) 2154 | echo -e "$RED""Please enter S/M/L/X/2. ""$NC"; 2155 | ;; 2156 | esac 2157 | done 2158 | break; 2159 | ;; 2160 | * ) 2161 | echo -e "$RED""Please enter Y/y, N/n, or A/a. ""$NC"; 2162 | ;; 2163 | esac 2164 | done 2165 | } 2166 | 2167 | function run_notica() { 2168 | # Call Notica to signal end of script, $1 is for the domain 2169 | echo -e "$BLUE""Sending Notica notification.""$NC"; 2170 | curl --data "d:Chomp Scan has finished scanning $1." "https://notica.us/?$NOTICA"; 2171 | } 2172 | 2173 | function run_notica_sudo() { 2174 | # Call Notica to alert that sudo is needed for masscan 2175 | echo -e "$ORANGE""Sending Notica notification that sudo is needed.""$NC"; 2176 | curl --data "d:Chomp Scan Notification: Your sudo password is needed for masscan." "https://notica.us/?$NOTICA"; 2177 | } 2178 | 2179 | function run_rescope() { 2180 | echo -e "$BLUE""[i] Creating a Burp scope file with rescope.""$NC"; 2181 | 2182 | # Make sure resolved domains exists 2183 | if [[ $(wc -l "$WORKING_DIR"/"$ALL_RESOLVED" | awk '{print $1}') -gt 0 ]]; then 2184 | "$RESCOPE" --burp -i "$WORKING_DIR"/"$ALL_RESOLVED" -o "$WORKING_DIR"/burp-scope.json -s; 2185 | fi 2186 | } 2187 | 2188 | #### Begin main script functions 2189 | 2190 | # Check tool paths are set 2191 | check_paths; 2192 | 2193 | # Check for config file and run options if it exists 2194 | if [[ "$CONFIG_FILE" != "" ]]; then 2195 | echo -e "$GREEN""Beginning scan with config file options.""$NC"; 2196 | sleep 0.5; 2197 | if [[ "${#DOMAIN_ARRAY[@]}" -gt 1 ]]; then 2198 | for ARRAY_DOMAIN in "${DOMAIN_ARRAY[@]}"; do 2199 | # Create output dirs here 2200 | if [[ "$CUSTOM_WORKING_DIR" == "" ]]; then 2201 | WORKING_DIR="$ARRAY_DOMAIN"-$(date +%T); 2202 | mkdir "$WORKING_DIR"; 2203 | touch "$WORKING_DIR"/interesting-domains.txt; 2204 | INTERESTING_DOMAINS=interesting-domains.txt; 2205 | touch "$WORKING_DIR"/"$ALL_DOMAIN"; 2206 | touch "$WORKING_DIR"/"$ALL_IP"; 2207 | touch "$WORKING_DIR"/"$ALL_RESOLVED"; 2208 | else 2209 | WORKING_DIR="$CUSTOM_WORKING_DIR"/"$ARRAY_DOMAIN"-$(date +%T); 2210 | mkdir -p "$WORKING_DIR"; 2211 | touch "$WORKING_DIR"/interesting-domains.txt; 2212 | INTERESTING_DOMAINS=interesting-domains.txt; 2213 | touch "$WORKING_DIR"/"$ALL_DOMAIN"; 2214 | touch "$WORKING_DIR"/"$ALL_IP"; 2215 | touch "$WORKING_DIR"/"$ALL_RESOLVED"; 2216 | fi 2217 | SCAN_START=$(date +%s); 2218 | echo "$ARRAY_DOMAIN"; 2219 | ## Subdomain enumeration 2220 | # Run dnscan 2221 | if [[ "$ENABLE_DNSCAN" -eq 1 ]]; then 2222 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2223 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2224 | run_dnscan "$ARRAY_DOMAIN" "$SUBDOMAIN_WORDLIST"; 2225 | else 2226 | run_dnscan "$ARRAY_DOMAIN" "$SHORT"; 2227 | fi 2228 | fi 2229 | 2230 | # Run subfinder 2231 | if [[ "$ENABLE_SUBFINDER" -eq 1 ]]; then 2232 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2233 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2234 | run_subfinder "$ARRAY_DOMAIN" "$SUBDOMAIN_WORDLIST"; 2235 | else 2236 | run_subfinder "$ARRAY_DOMAIN" "$SHORT"; 2237 | fi 2238 | fi 2239 | 2240 | # Run sublist3r 2241 | if [[ "$ENABLE_SUBLIST3R" -eq 1 ]]; then 2242 | run_sublist3r "$ARRAY_DOMAIN"; 2243 | fi 2244 | 2245 | # Run knock 2246 | if [[ "$ENABLE_KNOCK" -eq 1 ]]; then 2247 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2248 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2249 | run_knock "$ARRAY_DOMAIN" "$SUBDOMAIN_WORDLIST"; 2250 | else 2251 | run_knock "$ARRAY_DOMAIN" "$SHORT"; 2252 | fi 2253 | fi 2254 | 2255 | # Run amass 2256 | if [[ "$ENABLE_AMASS" -eq 1 ]]; then 2257 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2258 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2259 | run_amass "$ARRAY_DOMAIN" "$SUBDOMAIN_WORDLIST"; 2260 | else 2261 | run_amass "$ARRAY_DOMAIN" "$SHORT"; 2262 | fi 2263 | fi 2264 | 2265 | # Run masscan and/or goaltdns 2266 | if [[ "$ENABLE_MASSDNS" -eq 1 ]]; then # Masscan will always run in order to get resolved domains 2267 | if [[ "$ENABLE_GOALTDNS" -eq 1 ]]; then 2268 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2269 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2270 | run_massdns "$ARRAY_DOMAIN" "$SUBDOMAIN_WORDLIST"; 2271 | else 2272 | run_massdns "$ARRAY_DOMAIN" "$SHORT"; 2273 | fi 2274 | else 2275 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2276 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2277 | run_massdns "$ARRAY_DOMAIN" "$SUBDOMAIN_WORDLIST" "alone"; 2278 | else 2279 | run_massdns "$ARRAY_DOMAIN" "$SHORT" "alone"; 2280 | fi 2281 | fi 2282 | fi 2283 | 2284 | get_interesting "silent"; 2285 | 2286 | ## Screenshots 2287 | # Run aquatone 2288 | if [[ "$ENABLE_SCREENSHOTS" -eq 1 ]]; then 2289 | run_aquatone "default"; 2290 | fi 2291 | 2292 | ## Information gathering 2293 | # Run subjack 2294 | if [[ "$ENABLE_SUBJACK" -eq 1 ]]; then 2295 | if [[ "$USE_ALL" -eq 1 ]]; then 2296 | run_subjack "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2297 | # Make sure there are interesting domains 2298 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2299 | run_subjack "$ARRAY_DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2300 | else 2301 | run_subjack "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2302 | fi 2303 | fi 2304 | 2305 | # Run CORStest 2306 | if [[ "$ENABLE_CORSTEST" -eq 1 ]]; then 2307 | if [[ "$USE_ALL" -eq 1 ]]; then 2308 | run_corstest "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2309 | # Make sure there are interesting domains 2310 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2311 | run_corstest "$ARRAY_DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2312 | else 2313 | run_corstest "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2314 | fi 2315 | fi 2316 | 2317 | # Run S3Scanner 2318 | if [[ "$ENABLE_S3SCANNER" -eq 1 ]]; then 2319 | if [[ "$USE_ALL" -eq 1 ]]; then 2320 | run_s3scanner "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2321 | # Make sure there are interesting domains 2322 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2323 | run_s3scanner "$ARRAY_DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2324 | else 2325 | run_s3scanner "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2326 | fi 2327 | fi 2328 | 2329 | # Run bfac 2330 | if [[ "$ENABLE_BFAC" -eq 1 ]]; then 2331 | if [[ "$USE_ALL" -eq 1 ]]; then 2332 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2333 | # Make sure there are interesting domains 2334 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2335 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2336 | else 2337 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2338 | fi 2339 | fi 2340 | 2341 | # Run whatweb 2342 | if [[ "$ENABLE_WHATWEB" -eq 1 ]]; then 2343 | if [[ "$USE_ALL" -eq 1 ]]; then 2344 | run_whatweb "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2345 | # Make sure there are interesting domains 2346 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2347 | run_whatweb "$ARRAY_DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2348 | else 2349 | run_whatweb "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2350 | fi 2351 | fi 2352 | 2353 | # Run wafw00f 2354 | if [[ "$ENABLE_WAFW00F" -eq 1 ]]; then 2355 | if [[ "$USE_ALL" -eq 1 ]]; then 2356 | run_wafw00f "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2357 | # Make sure there are interesting domains 2358 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2359 | run_wafw00f "$ARRAY_DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2360 | else 2361 | run_wafw00f "$ARRAY_DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2362 | fi 2363 | fi 2364 | 2365 | # Run httprobe 2366 | if [[ "$ENABLE_HTTPROBE" -eq 1 ]]; then 2367 | run_httprobe; 2368 | fi 2369 | 2370 | # Run nikto 2371 | if [[ "$ENABLE_NIKTO" -eq 1 ]]; then 2372 | if [[ "$USE_ALL" -eq 1 ]]; then 2373 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2374 | # Make sure there are interesting domains 2375 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2376 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2377 | else 2378 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2379 | fi 2380 | fi 2381 | 2382 | ## Content discovery 2383 | # Run inception 2384 | if [[ "$ENABLE_INCEPTION" -eq 1 ]]; then 2385 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2386 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2387 | if [[ "$USE_ALL" -eq 1 ]]; then 2388 | run_inception "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2389 | # Make sure there are interesting domains 2390 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2391 | run_inception "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2392 | else 2393 | run_inception "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2394 | fi 2395 | else 2396 | if [[ "$USE_ALL" -eq 1 ]]; then 2397 | run_inception "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2398 | # Make sure there are interesting domains 2399 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2400 | run_inception "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2401 | else 2402 | run_inception "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2403 | fi 2404 | fi 2405 | fi 2406 | 2407 | # Run waybackurls 2408 | if [[ "$ENABLE_WAYBACKURLS" -eq 1 ]]; then 2409 | run_waybackurls "$ARRAY_DOMAIN"; 2410 | fi 2411 | 2412 | # Run ffuf 2413 | if [[ "$ENABLE_FFUF" -eq 1 ]]; then 2414 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2415 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2416 | if [[ "$USE_ALL" -eq 1 ]]; then 2417 | run_ffuf "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2418 | # Make sure there are interesting domains 2419 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2420 | run_ffuf "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2421 | else 2422 | run_ffuf "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2423 | fi 2424 | else 2425 | if [[ "$USE_ALL" -eq 1 ]]; then 2426 | run_ffuf "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2427 | # Make sure there are interesting domains 2428 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2429 | run_ffuf "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2430 | else 2431 | run_ffuf "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2432 | fi 2433 | fi 2434 | fi 2435 | 2436 | # Run gobuster 2437 | if [[ "$ENABLE_GOBUSTER" -eq 1 ]]; then 2438 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2439 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2440 | if [[ "$USE_ALL" -eq 1 ]]; then 2441 | run_gobuster "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2442 | # Make sure there are interesting domains 2443 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2444 | run_gobuster "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2445 | else 2446 | run_gobuster "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2447 | fi 2448 | else 2449 | if [[ "$USE_ALL" -eq 1 ]]; then 2450 | run_gobuster "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2451 | # Make sure there are interesting domains 2452 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2453 | run_gobuster "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2454 | else 2455 | run_gobuster "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2456 | fi 2457 | fi 2458 | fi 2459 | 2460 | # Run dirsearch 2461 | if [[ "$ENABLE_DIRSEARCH" -eq 1 ]]; then 2462 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2463 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2464 | if [[ "$USE_ALL" -eq 1 ]]; then 2465 | run_dirsearch "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2466 | # Make sure there are interesting domains 2467 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2468 | run_dirsearch "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2469 | else 2470 | run_dirsearch "$ARRAY_DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2471 | fi 2472 | else 2473 | if [[ "$USE_ALL" -eq 1 ]]; then 2474 | run_dirsearch "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2475 | # Make sure there are interesting domains 2476 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2477 | run_dirsearch "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2478 | else 2479 | run_dirsearch "$ARRAY_DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2480 | fi 2481 | fi 2482 | fi 2483 | 2484 | ## Port scanning 2485 | # Run masscan 2486 | if [[ "$ENABLE_MASSCAN" -eq 1 ]]; then 2487 | run_masscan; 2488 | fi 2489 | 2490 | # Run nmap 2491 | if [[ "$ENABLE_NMAP" -eq 1 ]]; then 2492 | run_nmap; 2493 | fi 2494 | 2495 | get_interesting; 2496 | list_found; 2497 | 2498 | # Run rescope 2499 | if [[ "$ENABLE_RESCOPE" -eq 1 ]]; then 2500 | run_rescope; 2501 | fi 2502 | 2503 | # Calculate scan runtime 2504 | SCAN_END=$(date +%s); 2505 | SCAN_DIFF=$(( SCAN_END - SCAN_START )); 2506 | if [[ "$NOTICA" != "" ]]; then 2507 | run_notica "$ARRAY_DOMAIN"; 2508 | fi 2509 | echo -e "$BLUE""[i] Total script run time: $SCAN_DIFF seconds.""$NC"; 2510 | WORKING_DIR=""; 2511 | done 2512 | exit 0; 2513 | else 2514 | # Create output dir normally here 2515 | if [[ "$CUSTOM_WORKING_DIR" == "" ]]; then 2516 | WORKING_DIR="$DOMAIN"-$(date +%T); 2517 | echo "$WORKING_DIR"; 2518 | mkdir "$WORKING_DIR"; 2519 | touch "$WORKING_DIR"/interesting-domains.txt; 2520 | INTERESTING_DOMAINS=interesting-domains.txt; 2521 | touch "$WORKING_DIR"/"$ALL_DOMAIN"; 2522 | touch "$WORKING_DIR"/"$ALL_IP"; 2523 | touch "$WORKING_DIR"/"$ALL_RESOLVED"; 2524 | else 2525 | WORKING_DIR="$CUSTOM_WORKING_DIR"/"$DOMAIN"-$(date +%T); 2526 | mkdir -p "$WORKING_DIR"; 2527 | touch "$WORKING_DIR"/interesting-domains.txt; 2528 | INTERESTING_DOMAINS=interesting-domains.txt; 2529 | touch "$WORKING_DIR"/"$ALL_DOMAIN"; 2530 | touch "$WORKING_DIR"/"$ALL_IP"; 2531 | touch "$WORKING_DIR"/"$ALL_RESOLVED"; 2532 | fi 2533 | ## Subdomain enumeration 2534 | # Run dnscan 2535 | if [[ "$ENABLE_DNSCAN" -eq 1 ]]; then 2536 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2537 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2538 | run_dnscan "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2539 | else 2540 | run_dnscan "$DOMAIN" "$SHORT"; 2541 | fi 2542 | fi 2543 | 2544 | # Run subfinder 2545 | if [[ "$ENABLE_SUBFINDER" -eq 1 ]]; then 2546 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2547 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2548 | run_subfinder "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2549 | else 2550 | run_subfinder "$DOMAIN" "$SHORT"; 2551 | fi 2552 | fi 2553 | 2554 | # Run sublist3r 2555 | if [[ "$ENABLE_SUBLIST3R" -eq 1 ]]; then 2556 | run_sublist3r "$DOMAIN"; 2557 | fi 2558 | 2559 | # Run knock 2560 | if [[ "$ENABLE_KNOCK" -eq 1 ]]; then 2561 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2562 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2563 | run_knock "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2564 | else 2565 | run_knock "$DOMAIN" "$SHORT"; 2566 | fi 2567 | fi 2568 | 2569 | # Run amass 2570 | if [[ "$ENABLE_AMASS" -eq 1 ]]; then 2571 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2572 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2573 | run_amass "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2574 | else 2575 | run_amass "$DOMAIN" "$SHORT"; 2576 | fi 2577 | fi 2578 | 2579 | # Run masscan and/or goaltdns 2580 | if [[ "$ENABLE_MASSDNS" -eq 1 ]]; then # Masscan will always run in order to get resolved domains 2581 | if [[ "$ENABLE_GOALTDNS" -eq 1 ]]; then 2582 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2583 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2584 | run_massdns "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2585 | else 2586 | run_massdns "$DOMAIN" "$SHORT"; 2587 | fi 2588 | else 2589 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2590 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2591 | run_massdns "$DOMAIN" "$SUBDOMAIN_WORDLIST" "alone"; 2592 | else 2593 | run_massdns "$DOMAIN" "$SHORT" "alone"; 2594 | fi 2595 | fi 2596 | fi 2597 | 2598 | get_interesting "silent"; 2599 | 2600 | ## Screenshots 2601 | # Run aquatone 2602 | if [[ "$ENABLE_SCREENSHOTS" -eq 1 ]]; then 2603 | run_aquatone "default"; 2604 | fi 2605 | 2606 | ## Information gathering 2607 | # Run subjack 2608 | if [[ "$ENABLE_SUBJACK" -eq 1 ]]; then 2609 | if [[ "$USE_ALL" -eq 1 ]]; then 2610 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2611 | # Make sure there are interesting domains 2612 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2613 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2614 | else 2615 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2616 | fi 2617 | fi 2618 | 2619 | # Run CORStest 2620 | if [[ "$ENABLE_CORSTEST" -eq 1 ]]; then 2621 | if [[ "$USE_ALL" -eq 1 ]]; then 2622 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2623 | # Make sure there are interesting domains 2624 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2625 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2626 | else 2627 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2628 | fi 2629 | fi 2630 | 2631 | # Run S3Scanner 2632 | if [[ "$ENABLE_S3SCANNER" -eq 1 ]]; then 2633 | if [[ "$USE_ALL" -eq 1 ]]; then 2634 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2635 | # Make sure there are interesting domains 2636 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2637 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2638 | else 2639 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2640 | fi 2641 | fi 2642 | 2643 | # Run bfac 2644 | if [[ "$ENABLE_BFAC" -eq 1 ]]; then 2645 | if [[ "$USE_ALL" -eq 1 ]]; then 2646 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2647 | # Make sure there are interesting domains 2648 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2649 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2650 | else 2651 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2652 | fi 2653 | fi 2654 | 2655 | # Run whatweb 2656 | if [[ "$ENABLE_WHATWEB" -eq 1 ]]; then 2657 | if [[ "$USE_ALL" -eq 1 ]]; then 2658 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2659 | # Make sure there are interesting domains 2660 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2661 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2662 | else 2663 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2664 | fi 2665 | fi 2666 | 2667 | # Run wafw00f 2668 | if [[ "$ENABLE_WAFW00F" -eq 1 ]]; then 2669 | if [[ "$USE_ALL" -eq 1 ]]; then 2670 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2671 | # Make sure there are interesting domains 2672 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2673 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2674 | else 2675 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2676 | fi 2677 | fi 2678 | 2679 | # Run httprobe 2680 | if [[ "$ENABLE_HTTPROBE" -eq 1 ]]; then 2681 | run_httprobe; 2682 | fi 2683 | 2684 | # Run nikto 2685 | if [[ "$ENABLE_NIKTO" -eq 1 ]]; then 2686 | if [[ "$USE_ALL" -eq 1 ]]; then 2687 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2688 | # Make sure there are interesting domains 2689 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2690 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2691 | else 2692 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2693 | fi 2694 | fi 2695 | 2696 | ## Content discovery 2697 | # Run inception 2698 | if [[ "$ENABLE_INCEPTION" -eq 1 ]]; then 2699 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2700 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2701 | if [[ "$USE_ALL" -eq 1 ]]; then 2702 | run_inception "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2703 | # Make sure there are interesting domains 2704 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2705 | run_inception "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2706 | else 2707 | run_inception "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2708 | fi 2709 | else 2710 | if [[ "$USE_ALL" -eq 1 ]]; then 2711 | run_inception "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2712 | # Make sure there are interesting domains 2713 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2714 | run_inception "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2715 | else 2716 | run_inception "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2717 | fi 2718 | fi 2719 | fi 2720 | 2721 | # Run waybackurls 2722 | if [[ "$ENABLE_WAYBACKURLS" -eq 1 ]]; then 2723 | run_waybackurls "$DOMAIN"; 2724 | fi 2725 | 2726 | # Run ffuf 2727 | if [[ "$ENABLE_FFUF" -eq 1 ]]; then 2728 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2729 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2730 | if [[ "$USE_ALL" -eq 1 ]]; then 2731 | run_ffuf "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2732 | # Make sure there are interesting domains 2733 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2734 | run_ffuf "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2735 | else 2736 | run_ffuf "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2737 | fi 2738 | else 2739 | if [[ "$USE_ALL" -eq 1 ]]; then 2740 | run_ffuf "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2741 | # Make sure there are interesting domains 2742 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2743 | run_ffuf "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2744 | else 2745 | run_ffuf "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2746 | fi 2747 | fi 2748 | fi 2749 | 2750 | # Run gobuster 2751 | if [[ "$ENABLE_GOBUSTER" -eq 1 ]]; then 2752 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2753 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2754 | if [[ "$USE_ALL" -eq 1 ]]; then 2755 | run_gobuster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2756 | # Make sure there are interesting domains 2757 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2758 | run_gobuster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2759 | else 2760 | run_gobuster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2761 | fi 2762 | else 2763 | if [[ "$USE_ALL" -eq 1 ]]; then 2764 | run_gobuster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2765 | # Make sure there are interesting domains 2766 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2767 | run_gobuster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2768 | else 2769 | run_gobuster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2770 | fi 2771 | fi 2772 | fi 2773 | 2774 | # Run dirsearch 2775 | if [[ "$ENABLE_DIRSEARCH" -eq 1 ]]; then 2776 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2777 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 2778 | if [[ "$USE_ALL" -eq 1 ]]; then 2779 | run_dirsearch "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2780 | # Make sure there are interesting domains 2781 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 2782 | run_dirsearch "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2783 | else 2784 | run_dirsearch "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 2785 | fi 2786 | else 2787 | if [[ "$USE_ALL" -eq 1 ]]; then 2788 | run_dirsearch "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2789 | # Make sure there are interesting domains 2790 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 2791 | run_dirsearch "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 2792 | else 2793 | run_dirsearch "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 2794 | fi 2795 | fi 2796 | fi 2797 | 2798 | ## Port scanning 2799 | # Run masscan 2800 | if [[ "$ENABLE_MASSCAN" -eq 1 ]]; then 2801 | run_masscan; 2802 | fi 2803 | 2804 | # Run nmap 2805 | if [[ "$ENABLE_NMAP" -eq 1 ]]; then 2806 | run_nmap; 2807 | fi 2808 | 2809 | get_interesting; 2810 | list_found; 2811 | 2812 | # Run rescope 2813 | if [[ "$ENABLE_RESCOPE" -eq 1 ]]; then 2814 | run_rescope; 2815 | fi 2816 | 2817 | # Calculate scan runtime 2818 | SCAN_END=$(date +%s); 2819 | SCAN_DIFF=$(( SCAN_END - SCAN_START )); 2820 | if [[ "$NOTICA" != "" ]]; then 2821 | run_notica "$DOMAIN"; 2822 | fi 2823 | echo -e "$BLUE""[i] Total script run time: $SCAN_DIFF seconds.""$NC"; 2824 | exit 0; 2825 | fi 2826 | fi 2827 | 2828 | # Check if -u domain was passed 2829 | if [[ "$DOMAIN" == "" ]]; then 2830 | echo -e "$RED""[!] A domain is required: -u example.com""$NC"; 2831 | usage; 2832 | exit 1; 2833 | fi 2834 | 2835 | # Check for mutually exclusive interactive and non-interactive modes 2836 | if [[ "$INTERACTIVE" -eq 1 ]] && [[ "$DEFAULT_MODE" -eq 1 ]]; then 2837 | echo -e "$RED""[!] Both interactive mode (-I) and non-interactive mode (-D) cannot be run together. Exiting.""$NC"; 2838 | usage; 2839 | exit 1; 2840 | fi 2841 | 2842 | # Create working directory, start script timer, and create interesting domains text file 2843 | # Check if -o output directory is already set 2844 | if [[ "$CUSTOM_WORKING_DIR" == "" ]]; then 2845 | WORKING_DIR="$DOMAIN"-$(date +%T); 2846 | mkdir "$WORKING_DIR"; 2847 | else 2848 | WORKING_DIR=$CUSTOM_WORKING_DIR; 2849 | fi 2850 | 2851 | SCAN_START=$(date +%s); 2852 | touch "$WORKING_DIR"/interesting-domains.txt; 2853 | INTERESTING_DOMAINS=interesting-domains.txt; 2854 | touch "$WORKING_DIR"/"$ALL_DOMAIN"; 2855 | touch "$WORKING_DIR"/"$ALL_IP"; 2856 | touch "$WORKING_DIR"/"$ALL_RESOLVED"; 2857 | 2858 | # Check for -D non-interactive default flag 2859 | # Defaults for non-interactive: 2860 | # Subdomain wordlist size: short 2861 | # Content discovery wordlist size: small 2862 | # Aquatone: yes 2863 | # Portscan: masscan and nmap 2864 | # Content discovery: ffuf, gobuster, and dirsearch 2865 | # Information gathering: all tools 2866 | # Domains to scan: all unique resolvable 2867 | if [[ "$DEFAULT_MODE" -eq 1 ]]; then 2868 | # Check if we're root since we're running masscan 2869 | check_root; 2870 | 2871 | # Run all phases with defaults 2872 | echo -e "$GREEN""Beginning non-interactive mode scan.""$NC"; 2873 | sleep 0.5; 2874 | 2875 | run_dnscan "$DOMAIN" "$SHORT"; 2876 | run_subfinder "$DOMAIN" "$SHORT"; 2877 | run_sublist3r "$DOMAIN"; 2878 | run_knock "$DOMAIN" "$SHORT"; 2879 | run_amass "$DOMAIN" "$SHORT"; 2880 | run_massdns "$DOMAIN" "$SHORT"; 2881 | run_httprobe; 2882 | 2883 | # Call unique to make sure list is up to date for content discovery 2884 | unique; 2885 | 2886 | run_aquatone "default"; 2887 | run_masscan; 2888 | run_nmap; 2889 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2890 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2891 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2892 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 2893 | run_httprobe; 2894 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 2895 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2896 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 2897 | run_inception "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 2898 | run_waybackurls "$DOMAIN"; 2899 | run_ffuf "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 2900 | run_gobuster "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 2901 | run_dirsearch "$DOMAIN" "$SMALL" "$WORKING_DIR"/"$ALL_RESOLVED"; 2902 | get_interesting; 2903 | list_found; 2904 | run_rescope; 2905 | 2906 | # Calculate scan runtime 2907 | SCAN_END=$(date +%s); 2908 | SCAN_DIFF=$(( SCAN_END - SCAN_START )); 2909 | if [[ "$NOTICA" != "" ]]; then 2910 | run_notica "$DOMAIN"; 2911 | fi 2912 | echo -e "$BLUE""[i] Total script run time: $SCAN_DIFF seconds.""$NC"; 2913 | 2914 | exit; 2915 | fi 2916 | 2917 | # Run in interactive mode, ignoring other parameters 2918 | if [[ "$INTERACTIVE" -eq 1 ]]; then 2919 | # Check if we're root since we're running masscan 2920 | check_root; 2921 | 2922 | # Run phases interactively 2923 | echo -e "$GREEN""Beginning interactive mode scan.""$NC"; 2924 | sleep 0.5; 2925 | 2926 | run_subdomain_brute; 2927 | 2928 | # Call unique to make sure list is up to date for content discovery 2929 | unique; 2930 | 2931 | run_aquatone; 2932 | get_interesting; 2933 | run_portscan; 2934 | run_information_gathering; 2935 | run_content_discovery; 2936 | get_interesting; 2937 | list_found; 2938 | run_rescope; 2939 | 2940 | # Calculate scan runtime 2941 | SCAN_END=$(date +%s); 2942 | SCAN_DIFF=$(( SCAN_END - SCAN_START )); 2943 | if [[ "$NOTICA" != "" ]]; then 2944 | run_notica "$DOMAIN"; 2945 | fi 2946 | echo -e "$BLUE""[i] Total script run time: $SCAN_DIFF seconds.""$NC"; 2947 | 2948 | exit; 2949 | fi 2950 | 2951 | # Preemptively check for -p portscanning 2952 | if [[ "$PORTSCANNING" -eq 1 ]]; then 2953 | # Check if we're root since we're running masscan 2954 | check_root; 2955 | fi 2956 | 2957 | # Always run subdomain bruteforce tools 2958 | if [[ "$SUBDOMAIN_BRUTE" -eq 1 ]]; then 2959 | echo -e "$BLUE""[i] Beginning subdomain enumeration dnscan, subfinder, sublist3r, knockpy, amass, and massdns+goaltdns.""$NC"; 2960 | sleep 0.5; 2961 | 2962 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 2963 | if [[ "$SUBDOMAIN_WORDLIST" != "" ]]; then 2964 | run_dnscan "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2965 | run_subfinder "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2966 | run_sublist3r "$DOMAIN"; 2967 | run_knock "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2968 | run_amass "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2969 | run_massdns "$DOMAIN" "$SUBDOMAIN_WORDLIST"; 2970 | else 2971 | run_dnscan "$DOMAIN" "$SHORT"; 2972 | run_subfinder "$DOMAIN" "$SHORT"; 2973 | run_sublist3r "$DOMAIN"; 2974 | run_knock "$DOMAIN" "$SHORT"; 2975 | run_amass "$DOMAIN" "$SHORT"; 2976 | run_massdns "$DOMAIN" "$SHORT"; 2977 | fi 2978 | fi 2979 | 2980 | get_interesting "silent"; 2981 | 2982 | # -s screenshot with aquatone 2983 | if [[ "$SCREENSHOTS" -eq 1 ]]; then 2984 | echo -e "$BLUE""[i] Taking screenshots with aquatone.""$NC"; 2985 | sleep 0.5; 2986 | 2987 | # Call unique to make sure list is up to date for content discovery 2988 | unique; 2989 | 2990 | run_aquatone "default"; 2991 | fi 2992 | 2993 | # -i information gathering 2994 | if [[ "$INFO_GATHERING" -eq 1 ]]; then 2995 | echo -e "$BLUE""[i] Beginning information gathering with subjack, CORStest, S3Scanner, bfac, whatweb, wafw00f, and nikto.""$NC"; 2996 | sleep 0.5; 2997 | 2998 | # Call unique to make sure list is up to date for content discovery 2999 | unique; 3000 | 3001 | if [[ "$USE_ALL" -eq 1 ]]; then 3002 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3003 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3004 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3005 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 3006 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3007 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3008 | run_httprobe; 3009 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 3010 | # Make sure there are interesting domains 3011 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 3012 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3013 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3014 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3015 | run_bfac "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3016 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3017 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3018 | run_httprobe; 3019 | run_nikto "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3020 | else 3021 | run_subjack "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3022 | run_corstest "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3023 | run_s3scanner "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3024 | run_bfac "$WORKING_DIR"/"$ALL_RESOLVED"; 3025 | run_whatweb "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3026 | run_wafw00f "$DOMAIN" "$WORKING_DIR"/"$ALL_RESOLVED"; 3027 | run_httprobe; 3028 | run_nikto "$WORKING_DIR"/"$ALL_RESOLVED"; 3029 | fi 3030 | fi 3031 | 3032 | # -C run content discovery 3033 | if [[ "$CONTENT_DISCOVERY" -eq 1 ]]; then 3034 | echo -e "$BLUE""[i] Beginning content discovery with inception, waybackurls, ffuf, gobuster, and dirsearch.""$NC"; 3035 | sleep 0.5; 3036 | 3037 | # Call unique to make sure list is up to date for content discovery 3038 | unique; 3039 | 3040 | # Check if $SUBDOMAIN_WORDLIST is set, else use short as default 3041 | if [[ "$CONTENT_WORDLIST" != "" ]]; then 3042 | if [[ "$USE_ALL" -eq 1 ]]; then 3043 | run_inception "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3044 | run_waybackurls "$DOMAIN"; 3045 | # run_snallygaster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3046 | run_ffuf "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3047 | run_gobuster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3048 | run_dirsearch "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3049 | # Make sure there are interesting domains 3050 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') -gt 0 ]]; then 3051 | run_inception "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3052 | run_waybackurls "$DOMAIN"; 3053 | # run_snallygaster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3054 | run_ffuf "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3055 | run_gobuster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3056 | run_dirsearch "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3057 | else 3058 | run_inception "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3059 | run_waybackurls "$DOMAIN"; 3060 | # run_snallygaster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3061 | run_ffuf "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3062 | run_gobuster "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3063 | run_dirsearch "$DOMAIN" "$CONTENT_WORDLIST" "$WORKING_DIR"/"$ALL_RESOLVED"; 3064 | fi 3065 | else 3066 | if [[ "$USE_ALL" -eq 1 ]]; then 3067 | run_inception "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3068 | run_waybackurls "$DOMAIN"; 3069 | # run_snallygaster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3070 | run_ffuf "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3071 | run_gobuster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3072 | run_dirsearch "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3073 | # Make sure there are interesting domains 3074 | elif [[ $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') != 0 ]]; then 3075 | run_inception "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3076 | run_waybackurls "$DOMAIN"; 3077 | # run_snallygaster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3078 | run_ffuf "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3079 | run_gobuster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3080 | run_dirsearch "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$INTERESTING_DOMAINS"; 3081 | else 3082 | run_inception "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3083 | run_waybackurls "$DOMAIN"; 3084 | # run_snallygaster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3085 | run_ffuf "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3086 | run_gobuster "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3087 | run_dirsearch "$DOMAIN" "$SHORT" "$WORKING_DIR"/"$ALL_RESOLVED"; 3088 | fi 3089 | fi 3090 | fi 3091 | 3092 | # -p portscanning 3093 | if [[ "$PORTSCANNING" -eq 1 ]]; then 3094 | echo -e "$GREEN""Beginning portscanning with masscan (if root) and nmap.""$NC"; 3095 | sleep 0.5; 3096 | 3097 | run_masscan; 3098 | run_nmap; 3099 | fi 3100 | 3101 | get_interesting; 3102 | list_found; 3103 | 3104 | # -r rescope 3105 | if [[ "$ENABLE_RESCOPE" -eq 1 ]]; then 3106 | run_rescope; 3107 | fi 3108 | 3109 | # Calculate scan runtime 3110 | SCAN_END=$(date +%s); 3111 | SCAN_DIFF=$(( SCAN_END - SCAN_START )); 3112 | 3113 | if [[ "$NOTICA" != "" ]]; then 3114 | run_notica "$DOMAIN"; 3115 | fi 3116 | echo -e "$BLUE""[i] Total script run time: $SCAN_DIFF seconds.""$NC"; 3117 | -------------------------------------------------------------------------------- /config: -------------------------------------------------------------------------------- 1 | # Possible values for tools are case-sensitive YES or blank. 2 | # Wordlist values are either blank, a built-in wordlist name, or a path to a file. 3 | 4 | 5 | [general] 6 | # Set comma separated list of domain(s) to scan (required).Do not end a list of domains with a comma. Do not include a scheme, e.g. https:// or http://. Chomp Scan will add the appropriate scheme as needed. 7 | DOMAIN= 8 | # Use HTTP instead of default HTTPS, values are YES or blank 9 | ENABLE_HTTP= 10 | # Set custom output directory. If multiple domains are used, this will contain each domain's output in a subdirectory. 11 | OUTPUT_DIR= 12 | # Use all discovered domains instead of default interesting discovered domains, values are YES or blank 13 | USE_ALL= 14 | # Set Notica URL parameter for notifications, values are a Notica URL parameter or blank. See notica.us for details. 15 | NOTICA= 16 | # Set custom domain blacklist file, values are a path to a file or blank 17 | BLACKLIST= 18 | # Set custom interesting word list, values are a path to a file or blank 19 | INTERESTING= 20 | # Set custom path to tools. This should be a fully qualified path to the directory that contains the downloaded tools from Github 21 | TOOL_PATH= 22 | # Enable parsing resolved domains into a Burp-formatted JSON file 23 | ENABLE_RESCOPE=YES 24 | 25 | 26 | [subdomain enumeration] 27 | # Set which tools run 28 | ENABLE_DNSCAN=YES 29 | ENABLE_SUBFINDER=YES 30 | ENABLE_SUBLIST3R=YES 31 | ENABLE_KNOCK=YES 32 | ENABLE_AMASS=YES 33 | ENABLE_GOALTDNS=YES 34 | # Set wordlist 35 | # Possible options are SHORT, lONG, HUGE, or the path to a custom wordlist 36 | SUBDOMAIN_WORDLIST= 37 | 38 | 39 | [content discovery] 40 | # Set which tools run 41 | ENABLE_INCEPTION=YES 42 | ENABLE_BFAC=YES 43 | ENABLE_WAYBACKURLS=YES 44 | ENABLE_FFUF=YES 45 | ENABLE_GOBUSTER=YES 46 | ENABLE_DIRSEARCH=YES 47 | # Set wordlist 48 | # Possible options are SMALL, MEDIUM, LARGE, XL, XXL, or the path to a custom wordlist 49 | CONTENT_WORDLIST= 50 | 51 | 52 | [information gathering] 53 | # Set which tools run 54 | ENABLE_SUBJACK=YES 55 | ENABLE_CORSTEST=YES 56 | ENABLE_S3SCANNER=YES 57 | ENABLE_WHATWEB=YES 58 | ENABLE_WAFW00F=YES 59 | ENABLE_HTTPROBE=YES 60 | ENABLE_NIKTO=YES 61 | 62 | 63 | [port scanning] 64 | # Set which tools run 65 | ENABLE_MASSCAN=YES 66 | ENABLE_NMAP=YES 67 | 68 | 69 | [screenshots] 70 | # Enable aquatone 71 | ENABLE_SCREENSHOTS=YES 72 | -------------------------------------------------------------------------------- /install.sh: -------------------------------------------------------------------------------- 1 | #!/usr/bin/env bash 2 | 3 | # Colors 4 | NC='\033[0m'; 5 | RED='\033[0;31m'; 6 | GREEN='\033[0;32m'; 7 | BLUE='\033[0;34m'; 8 | ORANGE='\033[0;33m'; 9 | 10 | UBUNTU=; 11 | DEBIAN=; 12 | KALI=; 13 | TOOLS="$HOME/bounty/tools"; 14 | 15 | function install_kali() { 16 | echo -e "$GREEN""[+] Installing for Kali.""$NC"; 17 | sudo apt-get update; 18 | sudo apt-get install git wget curl nmap masscan whatweb sublist3r gobuster nikto wafw00f chromium openssl libnet-ssleay-perl p7zip-full build-essential python-pip python3-pip unzip -y; 19 | install_pip; 20 | install_dnscan; 21 | install_bfac; 22 | install_massdns; 23 | install_aquatone; 24 | install_sublist3r; 25 | install_corstest; 26 | install_s3scanner; 27 | install_amass; 28 | install_dirsearch; 29 | install_knockpy; 30 | install_go; 31 | install_go_tools; 32 | } 33 | function install_parrot() { 34 | echo -e "$GREEN""[+] Installing for ParrotOS.""$NC"; 35 | sudo apt-get update; 36 | sudo apt-get install git wget curl nmap masscan whatweb sublist3r gobuster nikto wafw00f chromium openssl libnet-ssleay-perl p7zip-full build-essential python-pip python3-pip unzip -y; 37 | install_pip; 38 | install_dnscan; 39 | install_bfac; 40 | install_massdns; 41 | install_aquatone; 42 | install_sublist3r; 43 | install_corstest; 44 | install_s3scanner; 45 | install_amass; 46 | install_dirsearch; 47 | install_knockpy; 48 | install_go; 49 | install_go_tools; 50 | } 51 | function install_debian() { 52 | echo -e "$GREEN""[+] Installing for Debian.""$NC"; 53 | sudo apt-get update; 54 | sudo apt-get install git wget curl nmap masscan whatweb chromium openssl libnet-ssleay-perl p7zip-full build-essential python-pip python3-pip unzip -y; 55 | install_pip; 56 | sudo pip install wafw00f; 57 | install_dnscan; 58 | install_bfac; 59 | install_massdns; 60 | install_aquatone; 61 | install_sublist3r; 62 | install_corstest; 63 | install_s3scanner; 64 | install_nikto; 65 | install_amass; 66 | install_dirsearch; 67 | install_knockpy; 68 | install_go; 69 | install_go_tools; 70 | } 71 | function install_ubuntu() { 72 | echo -e "$GREEN""[+] Installing for Ubuntu.""$NC"; 73 | sudo apt-get update; 74 | sudo apt-get install git wget curl nmap masscan nikto whatweb wafw00f chromium-browser python-pip python3-pip p7zip-full unzip -y; 75 | install_pip; 76 | install_dnscan; 77 | install_bfac; 78 | install_massdns; 79 | install_aquatone; 80 | install_sublist3r; 81 | install_corstest; 82 | install_s3scanner; 83 | install_amass; 84 | install_dirsearch; 85 | install_knockpy; 86 | install_go; 87 | install_go_tools; 88 | } 89 | 90 | function install_pip() { 91 | # Run both pip installs 92 | echo -e "$GREEN""[+] Installing requirements for Python 2 and Python 3.""$NC"; 93 | sudo pip2 install -q -r requirements2.txt; 94 | sudo pip3 install -q -r requirements3.txt; 95 | } 96 | 97 | function install_dnscan() { 98 | if [[ -d "$TOOLS"/dnscan ]]; then 99 | echo -e "$GREEN""[+] Updating dnscan.""$NC"; 100 | cd "$TOOLS"/dnscan; 101 | git pull; 102 | cd -; 103 | else 104 | echo -e "$GREEN""[+] Installing dnscan from Github.""$NC"; 105 | git clone https://github.com/rbsec/dnscan.git "$TOOLS"/dnscan; 106 | fi 107 | } 108 | 109 | function install_bfac() { 110 | if [[ -d "$TOOLS"/bfac ]]; then 111 | echo -e "$GREEN""[+] Updating bfac.""$NC"; 112 | cd "$TOOLS"/bfac; 113 | git pull; 114 | cd -; 115 | else 116 | echo -e "$GREEN""[+] Installing bfac from Github.""$NC"; 117 | git clone https://github.com/mazen160/bfac.git "$TOOLS"/bfac; 118 | fi 119 | } 120 | 121 | function install_massdns() { 122 | if [[ -d "$TOOLS"/massdns ]]; then 123 | echo -e "$GREEN""[+] Updating massdns.""$NC"; 124 | cd "$TOOLS"/massdns; 125 | git pull; 126 | cd -; 127 | else 128 | echo -e "$GREEN""[+] Installing massdns from Github.""$NC"; 129 | git clone https://github.com/blechschmidt/massdns.git "$TOOLS"/massdns; 130 | fi 131 | 132 | # Compile massdns 133 | echo -e "$GREEN""[+] Compiling massdns from source.""$NC"; 134 | cd "$TOOLS"/massdns; 135 | make; 136 | cd -; 137 | } 138 | 139 | function install_aquatone() { 140 | echo -e "$GREEN""[+] Installing aquatone 1.7.0 from Github.""$NC"; 141 | mkdir -pv "$TOOLS"/aquatone; 142 | wget -nv https://github.com/michenriksen/aquatone/releases/download/v1.7.0/aquatone_linux_amd64_1.7.0.zip -O "$TOOLS"/aquatone.zip; 143 | unzip -o "$TOOLS"/aquatone.zip -d "$TOOLS"/aquatone; 144 | rm "$TOOLS"/aquatone.zip; 145 | } 146 | 147 | function install_sublist3r() { 148 | if [[ -d "$TOOLS"/Sublist3r ]]; then 149 | echo -e "$GREEN""[+] Updating sublist3r.""$NC"; 150 | cd "$TOOLS"/Sublist3r; 151 | git pull; 152 | cd -; 153 | else 154 | echo -e "$GREEN""[+] Installing sublist3r from Github.""$NC"; 155 | git clone https://github.com/aboul3la/Sublist3r.git "$TOOLS"/Sublist3r; 156 | fi 157 | } 158 | 159 | function install_nikto() { 160 | if [[ -d "$TOOLS"/nikto ]]; then 161 | echo -e "$GREEN""[+] Updating nikto.""$NC"; 162 | cd "$TOOLS"/nikto; 163 | git pull; 164 | cd -; 165 | else 166 | echo -e "$GREEN""[+] Installing nikto from Github.""$NC"; 167 | git clone https://github.com/sullo/nikto.git "$TOOLS"/nikto; 168 | fi 169 | } 170 | 171 | function install_dirsearch() { 172 | if [[ -d "$TOOLS"/dirsearch ]]; then 173 | echo -e "$GREEN""[+] Updating dirsearch.""$NC"; 174 | cd "$TOOLS"/dirsearch; 175 | git pull; 176 | cd -; 177 | else 178 | echo -e "$GREEN""[+] Installing dirsearch from Github.""$NC"; 179 | git clone https://github.com/maurosoria/dirsearch.git "$TOOLS"/dirsearch; 180 | fi 181 | } 182 | 183 | function install_corstest() { 184 | if [[ -d "$TOOLS"/CORStest ]]; then 185 | echo -e "$GREEN""[+] Updating CORStest.""$NC"; 186 | cd "$TOOLS"/CORStest; 187 | git pull; 188 | cd -; 189 | else 190 | echo -e "$GREEN""[+] Installing CORStest from Github.""$NC"; 191 | git clone https://github.com/RUB-NDS/CORStest.git "$TOOLS"/CORStest; 192 | fi 193 | } 194 | 195 | function install_s3scanner() { 196 | if [[ -d "$TOOLS"/S3Scanner ]]; then 197 | echo -e "$GREEN""[+] Updating S3Scanner.""$NC"; 198 | cd "$TOOLS"/S3Scanner; 199 | git pull; 200 | cd -; 201 | else 202 | echo -e "$GREEN""[+] Installing S3Scanner from Github.""$NC"; 203 | git clone https://github.com/sa7mon/S3Scanner.git "$TOOLS"/S3Scanner; 204 | fi 205 | } 206 | 207 | function install_knockpy() { 208 | if [[ -d "$TOOLS"/knock ]]; then 209 | echo -e "$GREEN""[+] Updating Knockpy.""$NC"; 210 | cd "$TOOLS"/knock; 211 | git pull; 212 | cd -; 213 | else 214 | echo -e "$GREEN""[+] Installing Knockpy from Github.""$NC"; 215 | git clone https://github.com/SolomonSklash/knock.git "$TOOLS"/knock; 216 | cd "$TOOLS"/knock; 217 | sudo python setup.py install; 218 | cd -; 219 | fi 220 | } 221 | 222 | function install_go_tools() { 223 | source $HOME/.profile; 224 | echo -e "$GREEN""[+] Installing Go tools from Github.""$NC"; 225 | sleep 1; 226 | echo -e "$GREEN""[+] Installing subfinder from Github.""$NC"; 227 | go get -u github.com/subfinder/subfinder; 228 | echo -e "$GREEN""[+] Installing subjack from Github.""$NC"; 229 | go get -u github.com/haccer/subjack; 230 | echo -e "$GREEN""[+] Installing ffuf from Github.""$NC"; 231 | go get -u github.com/ffuf/ffuf; 232 | echo -e "$GREEN""[+] Installing gobuster from Github.""$NC"; 233 | go get -u github.com/OJ/gobuster; 234 | # echo -e "$GREEN""[+] Installing inception from Github.""$NC"; 235 | # go get -u github.com/proabiral/inception; 236 | echo -e "$GREEN""[+] Installing waybackurls from Github.""$NC"; 237 | go get -u github.com/tomnomnom/waybackurls; 238 | echo -e "$GREEN""[+] Installing goaltdns from Github.""$NC"; 239 | go get -u github.com/subfinder/goaltdns; 240 | echo -e "$GREEN""[+] Installing rescope from Github.""$NC"; 241 | go get -u github.com/root4loot/rescope; 242 | echo -e "$GREEN""[+] Installing httprobe from Github.""$NC"; 243 | go get -u github.com/tomnomnom/httprobe; 244 | } 245 | 246 | function install_go() { 247 | if [[ -e /usr/local/go/bin/go ]]; then 248 | echo -e "$GREEN""[i] Go is already installed, skipping installation.""$NC"; 249 | return; 250 | fi 251 | echo -e "$GREEN""[+] Installing Go 1.12 from golang.org.""$NC"; 252 | wget -nv https://dl.google.com/go/go1.12.linux-amd64.tar.gz; 253 | sudo tar -C /usr/local -xzf go1.12.linux-amd64.tar.gz; 254 | echo "export PATH=$PATH:/usr/local/go/bin:$HOME/go/bin:" >> "$HOME"/.profile; 255 | echo "export GOPATH=$HOME/go" >> "$HOME"/.profile; 256 | source "$HOME"/.profile; 257 | rm -rf go1.12.linux-amd64.tar.gz; 258 | } 259 | 260 | function install_amass() { 261 | if [[ -d "$TOOLS"/amass ]]; then 262 | rm -rf "$TOOLS"/amass; 263 | fi 264 | echo -e "$GREEN""[+] Installing amass 3.5.4 from Github.""$NC"; 265 | wget -nv https://github.com/OWASP/Amass/releases/download/v3.5.4/amass_v3.5.4_linux_amd64.zip -O "$TOOLS"/amass.zip; 266 | unzip -j "$TOOLS"/amass.zip -d "$TOOLS"/amass; 267 | rm "$TOOLS"/amass.zip; 268 | } 269 | 270 | # Check for custom path 271 | CUSTOM_PATH=$1; 272 | if [[ "$CUSTOM_PATH" != "" ]]; then 273 | if [[ -e "$1" ]]; then 274 | TOOLS="$CUSTOM_PATH"; 275 | else 276 | echo -e "$RED""The path provided does not exist or can't be opened""$NC"; 277 | exit 1; 278 | fi 279 | fi 280 | 281 | # Create install directory 282 | mkdir -pv "$HOME"/bounty/tools; 283 | 284 | grep 'Ubuntu' /etc/issue 1>/dev/null; 285 | UBUNTU="$?"; 286 | grep 'Debian' /etc/issue 1>/dev/null; 287 | DEBIAN="$?"; 288 | grep 'Kali' /etc/issue 1>/dev/null; 289 | KALI="$?"; 290 | grep 'Parrot' /etc/issue 1>/dev/null; 291 | PARROT="$?"; 292 | if [[ "$UBUNTU" == 0 ]]; then 293 | install_ubuntu; 294 | elif [[ "$DEBIAN" == 0 ]]; then 295 | install_debian; 296 | elif [[ "$KALI" == 0 ]]; then 297 | install_kali; 298 | elif [[ "$PARROT" == 0 ]]; then 299 | install_parrot; 300 | else 301 | echo -e "$RED""Unsupported distro detected. Exiting...""$NC"; 302 | exit 1; 303 | fi 304 | 305 | echo -e "$BLUE""[i] Please run 'source ~/.profile' to add the Go binary path to your \$PATH variable, then run Chomp Scan.""$NC"; 306 | echo -e "$ORANGE""[i] Note: In order to use S3Scanner, you must configure your personal AWS credentials in the aws CLI tool.""$NC"; 307 | echo -e "$ORANGE""[i] See https://docs.aws.amazon.com/cli/latest/userguide/cli-chap-configure.html for details.""$NC"; 308 | -------------------------------------------------------------------------------- /interesting.txt: -------------------------------------------------------------------------------- 1 | admin 2 | administrator 3 | alpha 4 | api 5 | auth 6 | backend 7 | bastion 8 | beta 9 | code 10 | console 11 | debug 12 | default 13 | demo 14 | deploy 15 | dev 16 | development 17 | elastic 18 | git 19 | inf 20 | internal 21 | logging 22 | login 23 | logs 24 | mfa 25 | openvpn 26 | private 27 | qa 28 | readiness 29 | repo 30 | repository 31 | root 32 | sandbox 33 | sso 34 | staff 35 | staging 36 | stg 37 | svn 38 | test 39 | testing 40 | tools 41 | trial 42 | uat 43 | upload 44 | vpn 45 | -------------------------------------------------------------------------------- /requirements2.txt: -------------------------------------------------------------------------------- 1 | tldextract 2 | argparse 3 | termcolor 4 | dnspython 5 | requests 6 | colorama 7 | awscli 8 | sh 9 | pytest-xdist 10 | coloredlogs 11 | boto3 12 | -------------------------------------------------------------------------------- /requirements3.txt: -------------------------------------------------------------------------------- 1 | dnspython 2 | colorama 3 | requests 4 | requests[socks] 5 | argparse 6 | awscli 7 | sh 8 | pytest-xdist 9 | coloredlogs 10 | boto3 11 | soupsieve 12 | -------------------------------------------------------------------------------- /resolvers.txt: -------------------------------------------------------------------------------- 1 | 8.8.8.8 2 | 1.1.1.1 3 | 9.9.9.9 4 | 8.8.4.4 5 | 1.0.0.1 6 | 149.112.112.112 7 | 208.67.220.220 8 | 208.67.222.222 9 | 64.6.64.6 10 | 64.6.65.6 11 | 198.206.14.241 12 | 172.98.193.42 13 | 216.146.35.35 14 | 216.146.36.36 15 | -------------------------------------------------------------------------------- /screenshots/screenshot01.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SolomonSklash/chomp-scan/d366cea3ece0ef5e2da3d17429973ef8f042eec1/screenshots/screenshot01.png -------------------------------------------------------------------------------- /screenshots/screenshot02.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SolomonSklash/chomp-scan/d366cea3ece0ef5e2da3d17429973ef8f042eec1/screenshots/screenshot02.png -------------------------------------------------------------------------------- /screenshots/screenshot03.png: 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-------------------------------------------------------------------------------- https://raw.githubusercontent.com/SolomonSklash/chomp-scan/d366cea3ece0ef5e2da3d17429973ef8f042eec1/screenshots/screenshot06.png -------------------------------------------------------------------------------- /screenshots/screenshot07.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SolomonSklash/chomp-scan/d366cea3ece0ef5e2da3d17429973ef8f042eec1/screenshots/screenshot07.png -------------------------------------------------------------------------------- /wordlists/altdns-words.txt: -------------------------------------------------------------------------------- 1 | 1 2 | 10 3 | 11 4 | 12 5 | 13 6 | 14 7 | 15 8 | 16 9 | 17 10 | 18 11 | 19 12 | 2 13 | 20 14 | 2009 15 | 2010 16 | 2011 17 | 2012 18 | 2013 19 | 2014 20 | 2015 21 | 2016 22 | 3 23 | 4 24 | 5 25 | 6 26 | 7 27 | 8 28 | 9 29 | a 30 | acc 31 | accounts 32 | admin 33 | admin1 34 | administrator 35 | akali 36 | akamai 37 | alpha 38 | alt 39 | america 40 | analytics 41 | api 42 | api1 43 | api-docs 44 | apollo 45 | april 46 | auth 47 | aws 48 | b 49 | backend 50 | beta 51 | billing 52 | boards 53 | box 54 | brand 55 | brasil 56 | brazil 57 | bucket 58 | bucky 59 | c 60 | cdn 61 | cf 62 | chef 63 | ci 64 | client 65 | cloudfront 66 | cms 67 | cms1 68 | cn 69 | code 70 | com 71 | confluence 72 | console 73 | container 74 | control 75 | data 76 | debug 77 | dec 78 | default 79 | demo 80 | deploy 81 | dev 82 | dev1 83 | developer 84 | development 85 | devops 86 | docker 87 | docs 88 | drop 89 | edge 90 | elastic 91 | elasticbeanstalk 92 | elb 93 | email 94 | eng 95 | engima 96 | engine 97 | engineering 98 | eu 99 | europe 100 | europewest 101 | euw 102 | euwe 103 | evelynn 104 | events 105 | feb 106 | firewall 107 | forms 108 | forum 109 | frontpage 110 | fw 111 | games 112 | germany 113 | gh 114 | ghcpi 115 | git 116 | github 117 | global 118 | hkg 119 | hw 120 | hwcdn 121 | i 122 | ids 123 | int 124 | internal 125 | jenkins 126 | jinx 127 | july 128 | june 129 | kor 130 | korea 131 | kr 132 | lan 133 | las 134 | latin 135 | latinamerica 136 | lax 137 | lax1 138 | lb 139 | loadbalancer 140 | login 141 | machine 142 | mail 143 | march 144 | merch 145 | mirror 146 | na 147 | nautilus 148 | net 149 | netherlands 150 | nginx 151 | nl 152 | node 153 | northamerica 154 | nov 155 | oceania 156 | oct 157 | openvpn 158 | ops 159 | org 160 | origin 161 | page 162 | pantheon 163 | pass 164 | pay 165 | payment 166 | pc 167 | php 168 | pl 169 | poland 170 | preferences 171 | priv 172 | private 173 | prod 174 | production 175 | profile 176 | profiles 177 | promo 178 | promotion 179 | proxy 180 | qa 181 | readiness 182 | redirector 183 | region 184 | repo 185 | repository 186 | reset 187 | restrict 188 | restricted 189 | reviews 190 | root 191 | s 192 | s3 193 | sandbox 194 | search 195 | secure 196 | security 197 | sept 198 | server 199 | service 200 | singed 201 | skins 202 | spring 203 | ssl 204 | sso 205 | staff 206 | stage 207 | stage1 208 | staging 209 | static 210 | support 211 | svn 212 | swagger 213 | system 214 | t 215 | team 216 | test 217 | test1 218 | testbed 219 | testing 220 | testing1 221 | tomcat 222 | tools 223 | tpe 224 | tr 225 | trial 226 | tur 227 | turk 228 | turkey 229 | twitch 230 | uat 231 | us-east-1 232 | us-east-10 233 | us-east-11 234 | us-east-12 235 | us-east-13 236 | us-east-14 237 | us-east-15 238 | us-east-16 239 | us-east-2 240 | us-east-3 241 | us-east-4 242 | us-east-5 243 | us-east-6 244 | us-east-7 245 | us-east-8 246 | us-east-9 247 | us-west-1 248 | v1 249 | v2 250 | vi 251 | vpn 252 | w3 253 | web 254 | web1 255 | webapp 256 | westeurope 257 | z 258 | -------------------------------------------------------------------------------- /wordlists/big.txt: -------------------------------------------------------------------------------- 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"sendIn":"url", 13 | "payload":["/server-status"], 14 | "checkIn":"responseBody", 15 | "checkFor":"Apache Server Status&&&&Server Version&&&&CPU Usage:", 16 | "color":"yellow" 17 | }, 18 | { 19 | "vulnerability":"Tomcat Server status is publicly viewable", 20 | "sendIn":"url", 21 | "payload":["/status?full=true"], 22 | "checkIn":"responseBody", 23 | "checkFor":"Current thread count", 24 | "color":"yellow" 25 | }, 26 | { 27 | "vulnerability":"Git Exposed publicly", 28 | "sendIn":"url", 29 | "payload":["/.git/config"], 30 | "checkIn":"responseBody", 31 | "checkFor":"[core]", 32 | "color":"red" 33 | }, 34 | { 35 | "vulnerability": "Lazy File Manager", 36 | "sendIn": "url", 37 | "payload": [ 38 | "/lfm.php" 39 | ], 40 | "checkIn": "responseBody", 41 | "checkFor": "Lazy File Manager", 42 | "color": "blue" 43 | }, 44 | { 45 | "vulnerability": "IntelliJ IDEA WebServer config file", 46 | "sendIn": "url", 47 | "payload": [ 48 | "/.idea/WebServers.xml" 49 | ], 50 | "checkIn": "responseBody", 51 | "checkFor": "name=\"WebServers\"", 52 | "color": "red" 53 | }, 54 | { 55 | "vulnerability": "Symfony Database Config File", 56 | "sendIn": "url", 57 | "payload": [ 58 | "/config/databases.yml" 59 | ], 60 | "checkIn": "responseBody", 61 | "checkFor": "param:&&&&class:", 62 | "color": "red" 63 | }, 64 | { 65 | "vulnerability": "Rails Database Config file", 66 | "sendIn": "url", 67 | "payload": [ 68 | "/config/database.yml" 69 | ], 70 | "checkIn": "responseBody", 71 | "checkFor": "database:&&&&adapter:", 72 | "color": "red" 73 | }, 74 | { 75 | "vulnerability": "wsFTP ini File", 76 | "sendIn": "url", 77 | "payload": [ 78 | "/WS_FTP.ini", 79 | "/ws_ftp.ini", 80 | "/WS_FTP.INI" 81 | ], 82 | "checkIn": "responseBody", 83 | "checkFor": "[_config_]", 84 | "color": "red" 85 | }, 86 | { 87 | "vulnerability": "Filezilla config file", 88 | "sendIn": "url", 89 | "payload": [ 90 | "/filezilla.xml", 91 | "/sitemanager.xml", 92 | "/FileZilla.xml" 93 | ], 94 | "checkIn": "responseBody", 95 | "checkFor": ">" 152 | ], 153 | "checkIn": "responseBody", 154 | "checkFor": "" 155 | }, 156 | { 157 | "vulnerability": "CORS misconfiguration", 158 | "sendIn": "header", 159 | "color": "red", 160 | "payload": [ 161 | "Origin", 162 | "null", 163 | "Origin", 164 | "https://doesnot.exists" 165 | ], 166 | "checkIn": "responseHeader", 167 | "checkFor": "Access-Control-Allow-Origin: https://doesnot.exists||||Access-Control-Allow-Origin: null" 168 | } 169 | ] 170 | 171 | 172 | -------------------------------------------------------------------------------- /wordlists/raft-large-combined.txt: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SolomonSklash/chomp-scan/d366cea3ece0ef5e2da3d17429973ef8f042eec1/wordlists/raft-large-combined.txt -------------------------------------------------------------------------------- /wordlists/seclists-combined.txt: 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