├── README.md ├── .gitignore ├── data ├── gyber_theory.pdf ├── gyber_pitch_deck.pdf └── gyber_white_paper_v2.pdf ├── db ├── chroma-embeddings.parquet ├── chroma-collections.parquet └── index │ ├── index_06b5b1e0-ef21-453b-baa2-665993a84bcf.bin │ ├── index_a7d33cf8-018f-4be2-856a-78aedb1807c3.bin │ ├── id_to_uuid_06b5b1e0-ef21-453b-baa2-665993a84bcf.pkl │ ├── id_to_uuid_a7d33cf8-018f-4be2-856a-78aedb1807c3.pkl │ ├── uuid_to_id_06b5b1e0-ef21-453b-baa2-665993a84bcf.pkl │ ├── uuid_to_id_a7d33cf8-018f-4be2-856a-78aedb1807c3.pkl │ ├── index_metadata_06b5b1e0-ef21-453b-baa2-665993a84bcf.pkl │ └── index_metadata_a7d33cf8-018f-4be2-856a-78aedb1807c3.pkl ├── requirements.txt ├── read-sqlite.py ├── compare.py ├── app.py ├── txtdata ├── gyber_pitch_deck.txt ├── gyber_white_paper_v2.txt └── gyber_theory.txt └── conversation_logs.log /README.md: -------------------------------------------------------------------------------- 1 | # RAG-LangChain -------------------------------------------------------------------------------- /.gitignore: -------------------------------------------------------------------------------- 1 | *myenv 2 | *.env 3 | env/ -------------------------------------------------------------------------------- /data/gyber_theory.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/noel319/RAG-LangChain/HEAD/data/gyber_theory.pdf -------------------------------------------------------------------------------- /data/gyber_pitch_deck.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/noel319/RAG-LangChain/HEAD/data/gyber_pitch_deck.pdf -------------------------------------------------------------------------------- /db/chroma-embeddings.parquet: -------------------------------------------------------------------------------- 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-------------------------------------------------------------------------------- /read-sqlite.py: -------------------------------------------------------------------------------- 1 | import sqlite3 2 | 3 | 4 | conn = sqlite3.connect("db/chroma.sqlite3") 5 | 6 | 7 | def get_table_names(conn): 8 | cursor = conn.execute("SELECT name FROM sqlite_master WHERE type='table'") 9 | return [row[0] for row in cursor.fetchall()] 10 | 11 | 12 | table_names = get_table_names(conn) 13 | print("Tables in the database:") 14 | for table_name in table_names: 15 | print(table_name) 16 | 17 | cursor = conn.cursor() 18 | cursor.execute("SELECT * FROM embeddings") 19 | rows = cursor.fetchall() 20 | for row in rows: 21 | print(row) 22 | 23 | 24 | conn.close() 25 | -------------------------------------------------------------------------------- /compare.py: -------------------------------------------------------------------------------- 1 | from langchain.document_loaders import TextLoader, DirectoryLoader 2 | from langchain.text_splitter import CharacterTextSplitter 3 | from langchain.chains import ConversationalRetrievalChain 4 | from langchain_community.vectorstores import Chroma 5 | from langchain.chains import RetrievalQA 6 | from langchain_openai import ChatOpenAI 7 | from langchain.memory import ConversationSummaryMemory 8 | from langchain_community.embeddings import HuggingFaceEmbeddings 9 | from openai import OpenAI 10 | from langchain_openai import ChatOpenAI 11 | from dotenv import load_dotenv 12 | import warnings 13 | import os 14 | import logging 15 | warnings.filterwarnings("ignore") 16 | 17 | load_dotenv() 18 | client = OpenAI(api_key=os.environ["OPENAI_API_KEY"]) 19 | logging.basicConfig(filename="conversation_logs.log", level=logging.INFO, format="%(asctime)s - %(message)s") 20 | 21 | openai_api_key = os.environ["OPENAI_API_KEY"] 22 | 23 | def response(question): 24 | completion = client.chat.completions.create( 25 | model="gpt-3.5-turbo", 26 | messages=[ 27 | {"role": "system", "content": "You are a helpful assistant."}, 28 | {"role": "user", "content": question} 29 | ] 30 | ) 31 | original_output = completion.choices[0].message.content 32 | 33 | return original_output 34 | 35 | data = [] 36 | txt_loader = DirectoryLoader( 37 | "txtdata", glob="**/*.txt", loader_cls=TextLoader, show_progress=True 38 | ) 39 | data.extend(txt_loader.load()) 40 | text_splitter = CharacterTextSplitter(chunk_size=500, chunk_overlap=20) 41 | texts = text_splitter.split_documents(data) 42 | 43 | embedding = HuggingFaceEmbeddings( 44 | model_name="sentence-transformers/all-MiniLM-L6-v2" 45 | ) 46 | vectorstore = Chroma.from_documents( 47 | documents=texts, 48 | embedding=embedding, 49 | persist_directory="db" 50 | ) 51 | def reformat_query(query): 52 | reformulation_prompt = f"Reformulate the query for better document retrieval: {query}" 53 | return response(reformulation_prompt) # Using OpenAI to reformat the query 54 | 55 | def conversation_chat(query, chain, history): 56 | result = chain({ 57 | "question": query, 58 | "chat_history": history 59 | }) 60 | history.append((query, result["answer"])) 61 | logging.info(f"User Query: {query}\nRAG Answer: {result['answer']}") 62 | return result["answer"] 63 | 64 | def combined_response(query, rag_response): 65 | original_output = response(query) 66 | combined = f"**RAG ChatGPT:** {rag_response}\n\n**OpenAI ChatGPT:** {original_output}" 67 | return combined 68 | 69 | def handle_low_confidence(rag_response): 70 | if not rag_response or "I'm not sure" in rag_response: # Simple condition, can be expanded 71 | return "I couldn't find enough information on that. Can you clarify or rephrase the question?" 72 | return rag_response 73 | 74 | def create_conversational_chain(vector_store): 75 | llm = ChatOpenAI( 76 | model_name="gpt-3.5-turbo", 77 | temperature=0.1, 78 | openai_api_key=openai_api_key 79 | ) 80 | 81 | memory = ConversationSummaryMemory( 82 | llm = llm, 83 | memory_key="chat_history", 84 | return_messages=True 85 | ) 86 | 87 | chain = ConversationalRetrievalChain.from_llm( 88 | llm=llm, 89 | chain_type="stuff", 90 | retriever=vector_store.as_retriever(search_kwargs={"k": 2}), 91 | memory=memory 92 | ) 93 | 94 | return chain 95 | vector_store = Chroma.from_documents( 96 | documents=texts, 97 | embedding=embedding, 98 | persist_directory="db" 99 | ) 100 | 101 | history = [] 102 | chain = create_conversational_chain(vector_store=vectorstore) 103 | 104 | 105 | 106 | while True: 107 | query = input() 108 | if query == "exit": 109 | break 110 | elif query == "reset": 111 | history=[] 112 | continue 113 | refined_query = reformat_query(query) 114 | # Get RAG response 115 | rag_response = conversation_chat(query=refined_query, chain=chain, history=history) 116 | 117 | # Handle low-confidence responses 118 | rag_response = handle_low_confidence(rag_response) 119 | # Combine RAG and OpenAI responses 120 | final_response = combined_response(query, rag_response) 121 | print(final_response) 122 | -------------------------------------------------------------------------------- /app.py: -------------------------------------------------------------------------------- 1 | import streamlit as st 2 | import os 3 | import tempfile 4 | from streamlit_chat import message 5 | from langchain.chains import ConversationalRetrievalChain 6 | from langchain_community.embeddings import HuggingFaceEmbeddings 7 | from langchain.text_splitter import CharacterTextSplitter 8 | from langchain_community.vectorstores import Chroma 9 | from langchain.memory import ConversationBufferMemory 10 | from langchain_community.document_loaders import PyPDFLoader, TextLoader, Docx2txtLoader 11 | from langchain_openai import ChatOpenAI 12 | from dotenv import load_dotenv 13 | 14 | load_dotenv() 15 | openai_api_key = os.environ["OPENAI_API_KEY"] 16 | 17 | 18 | def initialize_session_state(): 19 | if "history" not in st.session_state: 20 | st.session_state["history"] = [] 21 | 22 | if "generated" not in st.session_state: 23 | st.session_state["generated"] = [ 24 | "Hello! Feel free to ask me about Gyber." 25 | ] 26 | 27 | if "past" not in st.session_state: 28 | st.session_state["past"] = ["Hi, Welcome to Gyber! 👋"] 29 | 30 | 31 | def conversation_chat(query, chain, history): 32 | result = chain({ 33 | "question": query, 34 | "chat_history": history 35 | }) 36 | history.append((query, result["answer"])) 37 | return result["answer"] 38 | 39 | 40 | def display_chat_history(chain): 41 | reply_container = st.container() 42 | container = st.container() 43 | 44 | with container: 45 | with st.form(key="my_form", clear_on_submit=True): 46 | user_input = st.text_input( 47 | "Question:", 48 | placeholder="Ask about your Documents", 49 | key="input" 50 | ) 51 | submit_button = st.form_submit_button(label="Send") 52 | 53 | if submit_button and user_input: 54 | with st.spinner("Generating response ......"): 55 | output = conversation_chat( 56 | query=user_input, 57 | chain=chain, 58 | history=st.session_state["history"] 59 | ) 60 | 61 | st.session_state["past"].append(user_input) 62 | st.session_state["generated"].append(output) 63 | 64 | if st.session_state["generated"]: 65 | with reply_container: 66 | for i in range(len(st.session_state["generated"])): 67 | message( 68 | st.session_state["past"][i], 69 | is_user=True, 70 | key=str(i) + "_user", 71 | avatar_style="thumbs" 72 | ) 73 | message( 74 | st.session_state["generated"][i], 75 | key=str(i), 76 | avatar_style="fun-emoji" 77 | ) 78 | 79 | 80 | def create_conversational_chain(vector_store): 81 | llm = ChatOpenAI( 82 | model_name="gpt-3.5-turbo", 83 | temperature=0.1, 84 | openai_api_key=openai_api_key 85 | ) 86 | 87 | memory = ConversationBufferMemory( 88 | memory_key="chat_history", 89 | return_messages=True 90 | ) 91 | 92 | chain = ConversationalRetrievalChain.from_llm( 93 | llm=llm, 94 | chain_type="stuff", 95 | retriever=vector_store.as_retriever(search_kwargs={"k": 2}), 96 | memory=memory 97 | ) 98 | 99 | return chain 100 | 101 | 102 | def main(): 103 | initialize_session_state() 104 | st.title("Chat with Gyber") 105 | st.sidebar.title("Document Processing") 106 | uploaded_files = st.sidebar.file_uploader( 107 | "Upload Files", 108 | accept_multiple_files=True 109 | ) 110 | 111 | if uploaded_files: 112 | text = [] 113 | for file in uploaded_files: 114 | file_extension = os.path.splitext(file.name)[1] 115 | with tempfile.NamedTemporaryFile(delete=False) as temp_file: 116 | temp_file.write(file.read()) 117 | temp_file_path = temp_file.name 118 | 119 | loader = None 120 | if file_extension == ".pdf": 121 | loader = PyPDFLoader(temp_file_path) 122 | elif file_extension == ".docx" or file_extension == ".doc": 123 | loader = Docx2txtLoader(temp_file_path) 124 | elif file_extension == ".txt": 125 | loader = TextLoader(temp_file_path) 126 | 127 | if loader: 128 | text.extend(loader.load()) 129 | os.remove(temp_file_path) 130 | 131 | text_splitter = CharacterTextSplitter( 132 | separator="\n", 133 | chunk_size=768, 134 | chunk_overlap=128, 135 | length_function=len 136 | ) 137 | text_chunks = text_splitter.split_documents(text) 138 | 139 | embedding = HuggingFaceEmbeddings( 140 | model_name="sentence-transformers/all-MiniLM-L6-v2", 141 | model_kwargs={"device": "cpu"} 142 | ) 143 | 144 | vector_store = Chroma.from_documents( 145 | documents=text_chunks, 146 | embedding=embedding, 147 | persist_directory="db" 148 | ) 149 | 150 | chain = create_conversational_chain(vector_store=vector_store) 151 | 152 | display_chat_history(chain=chain) 153 | 154 | 155 | if __name__ == "__main__": 156 | main() 157 | -------------------------------------------------------------------------------- /txtdata/gyber_pitch_deck.txt: -------------------------------------------------------------------------------- 1 | wy 2 | rs, 3 | eth 4 | THE ERA OF THE CYBERSOCIUM 5 | Introduction 6 | Gybernaty is a community of cutting- 7 | edge enthusiasts and developers 8 | committed to creating innovative 9 | technological solutions. We join forces 10 | to realize ambitious projects, explore 11 | state-of-the-art technologies and 12 | achieve new discoveries together. Join 13 | us to shape the future of the IT industry 14 | and realize the most ambitious ideas 15 | together 16 | Gybernaty Community 17 | Overview 18 | Gybernaty is an open community where 19 | ideas turn into reality. Here you will find 20 | like-minded people ready to help you 21 | realize your projects and unlock your 22 | potential. We are an association of 23 | people who are passionate about 24 | technology and strive for new 25 | discoveries. Our platform offers 26 | opportunities for research, development 27 | and exchange of experience in various 28 | areas of the IT industry. Join our 29 | movement and be part of a big change 30 | by sharing your ideas and successes. 31 | Problem Statement 32 | Many people today have difficulty 33 | accessing basic services because of 34 | outdated systems and limited resources. 35 | Health care is often expensive and 36 | inaccessible, especially for people in 37 | rural areas or developing countries. 38 | Traditional models of education ignore 39 | individual needs, leading to frustration 40 | and lack of skills. Resources are often 41 | allocated inefficiently, perpetuating 42 | inequalities and excluding marginalized 43 | communities. 44 | AiC Division (Artificial 45 | Intelligence and Blockchain 46 | Community) 47 | The AiC project is a revolutionary fusion 48 | of artificial intelligence and blockchain 49 | technology. We aim to create an open 50 | community for the development and use 51 | of AI models in a blockchain 52 | environment. The use of DAO contracts 53 | provides transparency and openness in 54 | the development and use of these 55 | models. AiC is driving progress in areas 56 | such as medicine, finance, 57 | transportation, and many others by 58 | offering minimal costs and improved 59 | security and transparency of processes. 60 | Gyber Experiment and 61 | Macroeconomic Dao 62 | Gyber Experiment is an initiative that 63 | combines cryptography, computer 64 | science, sociology and economics to 65 | create a cyber social corporation. 66 | Experiment is based on the Gyber Social 67 | Platform, a social network managed by 68 | users through a decentralized 69 | autonomous organization (DAO). This 70 | platform not only provides basic social 71 | network functions, but also emphasizes 72 | data security by offering multiple layers 73 | of data protection, including client-side 74 | or server-side encryption. 75 | Deseo 76 | Developing a technology 77 | architecture and data 78 | security system 79 | We are in the process of designing and 80 | developing the Gyber platform, which 81 | will feature an open and scalable 82 | architecture. We plan to implement 83 | innovative data security techniques, 84 | including multiple layers of encryption 85 | on both the client and server side to 86 | maximize privacy and security of 87 | information in the future. 88 | Gyber ecosystem: DAO, 89 | Tokenomics and participant 90 | interaction 91 | DAOs (decentralized autonomous 92 | organizations), tokenomics and 93 | participant interaction play a key role in 94 | the Gyber ecosystem. DAOs provide 95 | transparent and democratic 96 | governance, tokenomics defines the 97 | economic structure and motivation, and 98 | participant interactions facilitate 99 | collaboration and knowledge sharing. 100 | This complex network of interactions 101 | forms the basis for efficient operation 102 | and community growth. 103 | inis us ecturicon 104 | Don 105 | Ongorion 106 | Bertrdiongotestiors 107 | orteTULCemainlDet 108 | Conclusion: 'The most 109 | ambitious project of a 110 | generation, the Cybersocial 111 | Economy' 112 | The Gyber project is a symbol of 113 | ambitious aspirations and sweeping 114 | vision. We aim to create a cybersocial 115 | economy that will lead to a new era of 116 | interaction between technology and 117 | society. This project opens the door to 118 | global innovation and promises to 119 | radically change our vision of a future 120 | where technology and social well-being 121 | go hand in hand. 122 | Global integration of 123 | Gybernaty funds 124 | Functions as a bridge between 125 | decentralized finance and society. 126 | Provides deep integration with the real 127 | sector of finance and economy. 128 | Regional presence: 129 | Africa: Promotes development and 130 | access to finance. 131 | Europe: Promotes innovation in 132 | technology and sustainable 133 | development. 134 | Asia: Strengthening economic 135 | dynamism and technological 136 | advancement. 137 | Americas: Supporting entrepreneurship 138 | and integrating new financial models. 139 | Integration and synergy: 140 | All regional funds are interconnected, 141 | creating a network for sharing resources 142 | and knowledge. 143 | Facilitate global cooperation and 144 | collaboration across regions. 145 | Objectives and impact: 146 | Stimulate economic growth and social 147 | development globally. 148 | Reduce inequalities and improve access 149 | to key resources. 150 | Conclusion: 151 | Gybernaty is committed to creating an 152 | interconnected, innovative and 153 | equitable global economy. Our mission 154 | is to use cutting-edge technology to 155 | create a sustainable future that is 156 | accessible to everyone, anywhere in the 157 | world. 158 | Sfo 159 | LII Cilician 160 | Founder,Architector and CEO 161 | of GyberExperiment and 162 | GybernatyCommunity 163 | Pavel 164 | Anisimov 165 | Head Designer 166 | Wisdom 167 | Forbes 168 | CMO, Community 169 | Lead Manager 170 | Queen Meries 171 | PR and Community 172 | Manager 173 | Artem Smirnov 174 | Architector, 175 | Lead Frontend Developer 176 | Ch 177 | Karina 178 | Bogdan 179 | Yanyshevskaya Yusupdzhanov 180 | Lead-dev of AiC 181 | DevOps Engineer 182 | division, Al-engineer 183 | Young Charles 184 | Media Manager 185 | Miracle 186 | Obiekwe 187 | Project Manager 188 | Nikita 189 | Juravski 190 | Backend Lead 191 | Developer 192 | The implementation ofthe idea is only a matter of its relevance 193 | Contact us 194 | Gyber.org 195 | -------------------------------------------------------------------------------- /conversation_logs.log: -------------------------------------------------------------------------------- 1 | 2024-08-14 18:37:56,668 - Created a chunk of size 1780, which is longer than the specified 1000 2 | 2024-08-14 18:37:56,668 - Created a chunk of size 1510, which is longer than the specified 1000 3 | 2024-08-14 18:37:56,668 - Created a chunk of size 1687, which is longer than the specified 1000 4 | 2024-08-14 18:37:56,668 - Created a chunk of size 1065, which is longer than the specified 1000 5 | 2024-08-14 18:37:56,668 - Created a chunk of size 1944, which is longer than the specified 1000 6 | 2024-08-14 18:37:56,668 - Created a chunk of size 2497, which is longer than the specified 1000 7 | 2024-08-14 18:37:56,668 - Created a chunk of size 2452, which is longer than the specified 1000 8 | 2024-08-14 18:37:56,673 - Created a chunk of size 2263, which is longer than the specified 1000 9 | 2024-08-14 18:37:56,673 - Created a chunk of size 2300, which is longer than the specified 1000 10 | 2024-08-14 18:37:56,673 - Created a chunk of size 2075, which is longer than the specified 1000 11 | 2024-08-14 18:37:56,673 - Created a chunk of size 2353, which is longer than the specified 1000 12 | 2024-08-14 18:37:56,673 - Created a chunk of size 1203, which is longer than the specified 1000 13 | 2024-08-14 18:37:56,673 - Created a chunk of size 1711, which is longer than the specified 1000 14 | 2024-08-14 18:37:56,673 - Created a chunk of size 1826, which is longer than the specified 1000 15 | 2024-08-14 18:37:56,673 - Created a chunk of size 1001, which is longer than the specified 1000 16 | 2024-08-14 18:37:56,673 - Created a chunk of size 1618, which is longer than the specified 1000 17 | 2024-08-14 18:37:56,673 - Created a chunk of size 1493, which is longer than the specified 1000 18 | 2024-08-14 18:37:56,673 - Created a chunk of size 1570, which is longer than the specified 1000 19 | 2024-08-14 18:37:56,673 - Created a chunk of size 2268, which is longer than the specified 1000 20 | 2024-08-14 18:37:56,673 - Created a chunk of size 1641, which is longer than the specified 1000 21 | 2024-08-14 18:37:56,673 - Created a chunk of size 1309, which is longer than the specified 1000 22 | 2024-08-14 18:37:56,673 - Created a chunk of size 1583, which is longer than the specified 1000 23 | 2024-08-14 18:38:01,341 - Use pytorch device_name: cpu 24 | 2024-08-14 18:38:01,341 - Load pretrained SentenceTransformer: sentence-transformers/all-MiniLM-L6-v2 25 | 2024-08-14 18:38:09,062 - Anonymized telemetry enabled. See https://docs.trychroma.com/telemetry for more information. 26 | 2024-08-14 18:38:09,317 - loaded in 801 embeddings 27 | 2024-08-14 18:38:09,319 - loaded in 1 collections 28 | 2024-08-14 18:38:09,322 - collection with name langchain already exists, returning existing collection 29 | 2024-08-14 18:38:14,982 - Anonymized telemetry enabled. See https://docs.trychroma.com/telemetry for more information. 30 | 2024-08-14 18:38:15,040 - loaded in 801 embeddings 31 | 2024-08-14 18:38:15,042 - loaded in 1 collections 32 | 2024-08-14 18:38:15,044 - collection with name langchain already exists, returning existing collection 33 | 2024-08-14 18:38:24,326 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 34 | 2024-08-14 18:38:27,510 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 35 | 2024-08-14 18:38:28,970 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 36 | 2024-08-14 18:38:28,971 - User Query: Could you please rephrase your query to make it clearer for document retrieval purposes? 37 | RAG Answer: What is the token distribution plan for $GBR and how is it structured to ensure fairness and inclusivity? 38 | 2024-08-14 18:38:30,066 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 39 | 2024-08-14 18:39:09,167 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 40 | 2024-08-14 18:39:13,989 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 41 | 2024-08-14 18:39:15,691 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 42 | 2024-08-14 18:39:17,313 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 43 | 2024-08-14 18:39:17,314 - User Query: Could you please provide more information or context about "gybernaty" so I can help reformulate the query to ensure better document retrieval? 44 | RAG Answer: I don't have enough information about "Gybernaty" to provide a reformulated query for document retrieval. 45 | 2024-08-14 18:39:20,846 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 46 | 2024-08-14 18:41:19,301 - Persisting DB to disk, putting it in the save folder: db 47 | 2024-08-14 18:41:19,775 - Persisting DB to disk, putting it in the save folder: db 48 | 2024-08-14 18:41:25,635 - Created a chunk of size 1780, which is longer than the specified 500 49 | 2024-08-14 18:41:25,635 - Created a chunk of size 1510, which is longer than the specified 500 50 | 2024-08-14 18:41:25,635 - Created a chunk of size 1687, which is longer than the specified 500 51 | 2024-08-14 18:41:25,635 - Created a chunk of size 1065, which is longer than the specified 500 52 | 2024-08-14 18:41:25,635 - Created a chunk of size 1944, which is longer than the specified 500 53 | 2024-08-14 18:41:25,635 - Created a chunk of size 2497, which is longer than the specified 500 54 | 2024-08-14 18:41:25,635 - Created a chunk of size 2452, which is longer than the specified 500 55 | 2024-08-14 18:41:25,635 - Created a chunk of size 2263, which is longer than the specified 500 56 | 2024-08-14 18:41:25,635 - Created a chunk of size 822, which is longer than the specified 500 57 | 2024-08-14 18:41:25,636 - Created a chunk of size 650, which is longer than the specified 500 58 | 2024-08-14 18:41:25,636 - Created a chunk of size 2300, which is longer than the specified 500 59 | 2024-08-14 18:41:25,636 - Created a chunk of size 2075, which is longer than the specified 500 60 | 2024-08-14 18:41:25,636 - Created a chunk of size 2353, which is longer than the specified 500 61 | 2024-08-14 18:41:25,636 - Created a chunk of size 1203, which is longer than the specified 500 62 | 2024-08-14 18:41:25,636 - Created a chunk of size 1711, which is longer than the specified 500 63 | 2024-08-14 18:41:25,636 - Created a chunk of size 1826, which is longer than the specified 500 64 | 2024-08-14 18:41:25,636 - Created a chunk of size 1001, which is longer than the specified 500 65 | 2024-08-14 18:41:25,636 - Created a chunk of size 1618, which is longer than the specified 500 66 | 2024-08-14 18:41:25,636 - Created a chunk of size 1493, which is longer than the specified 500 67 | 2024-08-14 18:41:25,636 - Created a chunk of size 1570, which is longer than the specified 500 68 | 2024-08-14 18:41:25,636 - Created a chunk of size 2268, which is longer than the specified 500 69 | 2024-08-14 18:41:25,636 - Created a chunk of size 1641, which is longer than the specified 500 70 | 2024-08-14 18:41:25,636 - Created a chunk of size 1309, which is longer than the specified 500 71 | 2024-08-14 18:41:25,636 - Created a chunk of size 1583, which is longer than the specified 500 72 | 2024-08-14 18:41:30,105 - Use pytorch device_name: cpu 73 | 2024-08-14 18:41:30,106 - Load pretrained SentenceTransformer: sentence-transformers/all-MiniLM-L6-v2 74 | 2024-08-14 18:41:39,126 - Anonymized telemetry enabled. See https://docs.trychroma.com/telemetry for more information. 75 | 2024-08-14 18:41:39,340 - loaded in 833 embeddings 76 | 2024-08-14 18:41:39,342 - loaded in 1 collections 77 | 2024-08-14 18:41:39,345 - collection with name langchain already exists, returning existing collection 78 | 2024-08-14 18:41:44,524 - Anonymized telemetry enabled. See https://docs.trychroma.com/telemetry for more information. 79 | 2024-08-14 18:41:44,584 - loaded in 833 embeddings 80 | 2024-08-14 18:41:44,587 - loaded in 1 collections 81 | 2024-08-14 18:41:44,588 - collection with name langchain already exists, returning existing collection 82 | 2024-08-14 18:41:54,677 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 83 | 2024-08-14 18:41:58,257 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 84 | 2024-08-14 18:42:00,214 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 85 | 2024-08-14 18:42:00,215 - User Query: Could you kindly provide more context or specific information related to the query "Hi" so I can better assist you? 86 | RAG Answer: I'm sorry, but without more specific information or context related to the query "Hi," I am unable to provide a helpful response. If you can provide more details or clarify your question, I would be happy to assist you further. 87 | 2024-08-14 18:42:03,174 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 88 | 2024-08-14 18:42:15,795 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 89 | 2024-08-14 18:42:18,981 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 90 | 2024-08-14 18:42:20,771 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 91 | 2024-08-14 18:42:23,035 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 92 | 2024-08-14 18:42:23,036 - User Query: Could you please provide more information about yourself, such as your full name or the purpose of your query? 93 | RAG Answer: I don't have a full name or personal information to share as I am an AI assistant designed to provide information and answer questions to the best of my abilities. My purpose is to assist you with any queries you may have. 94 | 2024-08-14 18:42:26,388 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 95 | 2024-08-14 18:43:20,118 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 96 | 2024-08-14 18:43:23,170 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 97 | 2024-08-14 18:43:25,196 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 98 | 2024-08-14 18:43:27,517 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 99 | 2024-08-14 18:43:27,518 - User Query: Could you please provide more context or detail about what you are asking or trying to find out? 100 | RAG Answer: I am a language model AI assistant designed to provide information and answer questions to the best of my abilities. I don't have a full name, and my purpose is to assist users with their queries to the best of my abilities. 101 | 2024-08-14 18:43:30,826 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 102 | 2024-08-14 18:44:06,711 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 103 | 2024-08-14 18:44:09,542 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 104 | 2024-08-14 18:44:11,497 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 105 | 2024-08-14 18:44:14,786 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 106 | 2024-08-14 18:44:14,787 - User Query: What skills do you possess? 107 | RAG Answer: I am an AI assistant designed to provide information and assistance to users. I can help answer questions, provide explanations, offer suggestions, and engage in conversation on a wide range of topics. However, I do not possess physical skills or abilities like a human would. 108 | 2024-08-14 18:44:18,944 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 109 | 2024-08-14 18:45:04,645 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 110 | 2024-08-14 18:45:07,707 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 111 | 2024-08-14 18:45:09,561 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 112 | 2024-08-14 18:45:11,550 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 113 | 2024-08-14 18:45:11,551 - User Query: Can you please provide more context or clarify the specific topic or concept related to "Gybernaty rule" that you are looking for information about? 114 | RAG Answer: I don't have enough information to provide a specific answer about the "Gybernaty rule" as it is not mentioned in the context provided. If you can provide more details or context, I may be able to assist you better. 115 | 2024-08-14 18:45:14,673 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 116 | 2024-08-14 18:46:11,950 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 117 | 2024-08-14 18:46:14,637 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 118 | 2024-08-14 18:46:16,528 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 119 | 2024-08-14 18:46:18,811 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 120 | 2024-08-14 18:46:18,812 - User Query: Can you provide more context or details about what you are looking for related to the "Gybernaty Community"? That way, I can help you refine your query for better document retrieval. 121 | RAG Answer: The Gybernaty community is a group of individuals dedicated to innovation, collaboration, and sustainability. They are focused on making a positive impact on technology and society, with a vision of creating a brighter and fairer world for future generations. Their work involves pushing the boundaries of what is possible through creative thinking and a commitment to positive change. 122 | 2024-08-14 18:46:21,927 - HTTP Request: POST https://api.openai.com/v1/chat/completions "HTTP/1.1 200 OK" 123 | 2024-08-14 18:47:38,181 - Persisting DB to disk, putting it in the save folder: db 124 | 2024-08-14 18:47:38,369 - Persisting DB to disk, putting it in the save folder: db 125 | -------------------------------------------------------------------------------- /txtdata/gyber_white_paper_v2.txt: -------------------------------------------------------------------------------- 1 | White Paper of 2 | GybernatyCommunity 3 | 4 | Table of Contents 5 | Chapter 1: Introduction 6 | 1.1 Gybernaty Community Review 7 | 1.2 Historical Context and Inspiration Gybernaty Community 8 | 1.3 Philosophy and Values Gybernaty Community 1.4 Goals and Mission of 9 | the Gyber Experiment 10 | 1.5 Description Gyber Experiment 11 | 1.6 Link to Global Goals and Needs 12 | Chapter 2: The Gyber Experiment's Technological Basis 13 | 2.1 Analyzing Blockchain Technologies: Re-engineering Digital Trust 14 | 2.2 Artificial Intelligence: A Bridge between Data and Decisions 15 | 2.3 Synergy of Innovation: Combining Blockchain and AI for Revolutionary 16 | Solutions 17 | 2.4 Integration of Technologies into Social and Economic Structures 18 | 2.5 Development of Sustainable Economic Models 19 | 2.6 Forecasting Future Development and Influencing Global Trends 20 | 2.7 Rethinking Global Economic Paradigms through Decentralization 21 | 2.8 Expanding Economic Opportunities through Innovation Platforms 22 | 2.9 Reforming the Economic Structure for Sustainable Development 23 | 2.10 Transforming Global Financial Ecosystems through Technological 24 | Innovation 25 | 2.11 Accelerating Socio-Economic Development through Inclusive Financial 26 | Systems 27 | 2.12 Developing Adaptive Economic Models in Response to Global 28 | Challenges 29 | Chapter 3: Developing and Implementing Projects in the Gybernaty 30 | Community 31 | 3.1 Project Development Structure and Mechanisms 32 | 3.2 Integration of Participants into Development Processes 3.3 Development 33 | of Innovative Solutions and Products 34 | 3.4 Supporting and Developing Talent in the Community 3.5 Facilitating 35 | Innovation through Open Collaboration 36 | 3.6 Social Entrepreneurship and Sustainable Development 3.7 Technological 37 | Adaptation and Global Impacts 38 | 3.8 Mentorship and Community Leadership 39 | 3.9 Internal structure of the Gybernaty Community 40 | 3.10 Sustainability Principles at the Core of Innovation 3.11 Social 41 | 42 | Responsibility and Innovative Impact 43 | 3.12 Engagement with the Global Community 44 | 3.13 Education and Training as Drivers of Social Change 45 | Chapter 4: Influence of the Pre-Soviet Community on the Development 46 | of Global Socio-Economic Processes of Processes 47 | 4.1 Impact Measurement and Assessment 48 | 4.2 Strengthening Economic Parity through Innovation 49 | 4.3 Development of Technologies for Social Good 50 | 4.4 Inclusion and Accessibility in Education 51 | 4.5 Integrating Sustainable Practices into Business Models 52 | Chapter 5: Technology Integration and Impact on Global Development in 53 | the Gybernaty Community 54 | 5.1 Advanced technology as a driver of global change 55 | 5.2 Integration of technologies into various spheres of life 5.3 Promoting 56 | global technological development 57 | 5.4 Training and development of technological skills 58 | 5.5 Assessing the impact of technology on society 59 | Chapter 6: Global Strategies and Partnerships in Gybernaty Community 60 | 6.1 Development of International Partnerships 61 | 6.2 Strategic Planning and Influence 62 | 6.3 Strengthening International Technology Exchange 6.4 Promoting Global 63 | Initiatives 64 | Chapter 7: The Future of Gybernaty: An Analytical and Progressive View 65 | 7.1 Deep Analysis and Forecasting of Technological and Social Trends: 66 | Methods and Approaches 67 | 7.2 Quantitative Research and Financial Forecasting 68 | 7.3 Global Strategies for Adapting to Change 69 | 7.4 Innovations and Creative Solutions in Community Development 70 | Chapter 8: GyberExperiment Tokenomics 71 | Chapter 9: Gybernaty Financial Forecasts: An Expanded View 72 | 73 | Chapter 1: Introduction 74 | Gybernaty Community Review 75 | Gybernaty Community is a cutting-edge and ambitious community dedicated 76 | to integrating advanced technologies into social and economic processes. 77 | Created to bring together professionals and enthusiasts in the fields of 78 | technology, artificial intelligence and blockchain, the community aims to 79 | revolutionize corporate development and technological interaction. Gybernaty 80 | is a platform for the exchange of ideas and experience, where technological 81 | innovation meets the creative potential of each participant, creating a 82 | favorable environment for the implementation of breakthrough projects. 83 | Historical Context and Inspiration RI Gybernaty Community 84 | The Gybernaty Community was inspired by the accelerated development of 85 | information technology and its global impact on society. The history of 86 | computer science and blockchain technologies and their transformative 87 | potential catalyzed the creation of this unique community. Building on 88 | historical precedents where technology has overturned familiar paradigms, 89 | the community seeks to continue this tradition of innovation and progress. 90 | Philosophy and Values RI Gybernaty Community 91 | The Gybernaty Community is based on the values of innovation, open 92 | collaboration and transparency. The community encourages a culture of 93 | experimentation and creativity in solving complex problems. Collaboration 94 | and knowledge sharing are key elements that enable each participant to 95 | contribute and grow with the community. 96 | Goals and Mission of the Gyber Experiment 97 | The Gybernaty Community's central project, Gyber Experiment, is a unique 98 | attempt to integrate artificial intelligence and blockchain technologies to 99 | 100 | create a new generation of socio-economic systems. The project aims to 101 | create decentralized, transparent and efficient mechanisms for global 102 | initiatives that can lead to significant social and economic change. 103 | Description Gyber Experiment 104 | Gyber Experiment integrates modern technological advances to realize 105 | ambitious projects. Open and scalable architecture, extensive use of 106 | blockchain platforms, and the application of modern programming tools and 107 | artificial intelligence are the foundation of the project. Deeply implemented 108 | DAO (Decentralized Autonomous Organizations) principles ensure 109 | transparent management and operation. 110 | Link to Global Goals and Needs 111 | Gybernaty Community and Gyber Experiment actively respond to global 112 | challenges such as sustainable development, social responsibility and 113 | technological progress. The projects implemented within this community are 114 | designed not only to bring innovation to the technology sector, but also to 115 | have a positive impact on society as a whole, contributing to the development 116 | of a more just and sustainable world. 117 | 118 | Chapter 2: The Gyber Experiment's Technological Basis 119 | Analyzing Blockchain Technologies: Re-engineering the Digital Proxy 120 | At Gyber Experiment, blockchain is not just a technological innovation, but a 121 | cornerstone of the new era of the digital economy. This technology, which 122 | goes beyond traditional databases, provides a secure and timeless structure 123 | for storing and processing information. Blockchain at Gyber Experiment 124 | serves not only as a means to ensure transaction transparency, but also as 125 | foundation for building decentralized governance systems. With its unique 126 | distributed ledger concept, blockchain ensures the immutability and 127 | verifiability of every transaction, creating a secure foundation for social and 128 | economic interactions in the Gyber Experiment. 129 | Thanks to blockchain, Gyber Experiment offers a new approach to 130 | decentralizing power and governance, where every participant has equal 131 | rights and opportunities to influence decision-making. This democratizes 132 | processes within the ecosystem, allowing users to not only participate in the 133 | development and management of projects, but also contribute to changing 134 | the rules and parameters of the system through DAO mechanisms. 135 | Artificial Intelligence: A Bridge between Data and Decisions 136 | Artificial Intelligence at Gyber Experiment acts as a bridge that connects vast 137 | data sets with efficient and innovative solutions. The use of AI ranges from 138 | data analysis to automating complex processes, from predicting market 139 | trends to developing personalized approaches to learning and development. 140 | At Gyber Experiment, AI is not just an information processing tool, but an 141 | active participant in the decision- making process, capable of adaptation and 142 | self-learning. 143 | Machine learning algorithms and neural networks are used to identify patterns 144 | and trends in large amounts of data to predict future events and trends and 145 | optimize processes within the ecosystem. AI at Gyber Experiment also plays 146 | 147 | a role in improving user interaction with the system by providing intuitive and 148 | efficient tools for management and analysis. 149 | Synergy of Innovation: Combining Blockchain and AI for Revolutionary 150 | Solutions 151 | Gyber Experiment is rethinking the traditional use of blockchain and AI, 152 | offering a groundbreaking synergy of these technologies to create 153 | cutting-edge solutions. Integrating the reliability and transparency of 154 | blockchain with the analytical power and adaptability of AI opens new 155 | horizons for the development of smart, autonomous systems. These systems 156 | can not only optimize their own processes and make decisions in real time, 157 | but also adapt to changing conditions and user needs, which is a key factor in 158 | achieving sustainable and efficient development goals. 159 | Integration of Technologies into Social and Economic Structures 160 | The Gyber Experiment focuses heavily on integrating blockchain and AI into 161 | existing social and economic structures. This not only maximizes the 162 | efficiency and transparency of economic transactions, but also opens up new 163 | opportunities for social innovation. Examples include the development of 164 | decentralized voting platforms, public resource management systems, and 165 | the creation of efficient mechanisms for collective decision-making. These 166 | innovations promote social justice and equity by ensuring that everyone in the 167 | community has the opportunity to actively participate in shaping public life. 168 | Development of Sustainable Economic Models 169 | Gyber Experiment is committed to developing sustainable economic models 170 | that can adapt to the changing conditions and needs of the global economy. 171 | The use of blockchain and AI to create transparent and efficient financial 172 | instruments, such as DeFi (decentralized finance), enables greater access to 173 | financial resources and promotes an inclusive economy. These models also 174 | help reduce operational risks and improve risk management, making financial 175 | systems more resilient and robust. 176 | Forecasting Future Development and Influencing Global Trends 177 | Gyber Experiment actively explores how technological innovations can affect 178 | the future development of the global economy and society. By analyzing 179 | current trends and predicting future changes, the project seeks to find new 180 | ways to address global challenges such as economic inequality, climate 181 | change, and access to quality education. Gyber Experiment uses technology 182 | not only as tools to achieve short-term goals, but also as means to shape a 183 | more equitable and sustainable future. 184 | 185 | Rethinking Global Economic Paradigms through Decentralisation 186 | In the context of the Gyber Experiment, the decentralisation of economics 187 | and finance is moving beyond the mundane to become a catalyst in 188 | reshaping global economic systems. Blockchain technology and the 189 | application of artificial intelligence to economic models are translating 190 | abstract concepts of accessibility and transparency into concrete 191 | mechanisms for sustainable development. This transformation paves the way 192 | for an economy where decentralised structures provide equal access to 193 | resources and opportunities, thereby removing traditional barriers and 194 | strengthening economic democracy. 195 | Expanding Economic Opportunities through Innovation Platforms 196 | In the era of the Gyber Experiment, the decentralization of finance is 197 | transforming traditional ideas about the availability of capital. 198 | Blockchain-centric platforms provide the tools to democratize financial 199 | services, opening the gates to a world of investment and lending unavailable 200 | in conventional banking systems to users around the world. This approach is 201 | radically changing the landscape of economic opportunity, removing barriers 202 | and fostering global entrepreneurship and innovation. 203 | Reforming the Economic Structure for Sustainable Development 204 | The Gyber Experiment embodies a vision in which economic decentralization 205 | becomes the basis for creating more balanced and sustainable economic 206 | systems. 207 | The application of blockchain and AI in the economic sphere contributes to 208 | models that focus on long-term sustainable development, respond to the 209 | challenges of our time, and help reduce social and economic inequality. This 210 | represents a step towards an economy where technological innovation serves 211 | not only economic growth but also social well-being on a global level. 212 | Transforming Global Financial Ecosystems through Technological 213 | Innovation 214 | Gyber Experiment aims to transform global financial systems by emphasizing 215 | the potential of blockchain and AI technologies as drivers of meaningful 216 | change. These technologies are not just modifying existing financial 217 | instruments, but are also generating new patterns of interaction, opening the 218 | door to innovative economic practices. The use of blockchain in financial 219 | transactions provides unparalleled transparency and security, while AI 220 | algorithms can predict market trends and optimize investment strategies. 221 | Together, these technologies create the conditions for more efficient and 222 | 223 | accessible global financial circulation. 224 | Accelerating Socio-Economic Development through Inclusive Financial 225 | Systems 226 | Gyber Experiment recognizes the importance of building inclusive financial 227 | systems as key to accelerating social and economic development. The 228 | development of decentralized financial platforms and instruments provides 229 | equal opportunities for all segments of the population, including underserved 230 | and marginalized groups, to access capital. This helps to reduce economic 231 | inequality and stimulates the growth of entrepreneurship and innovation at the 232 | global level, providing tools to realize the creative and economic potential of 233 | every individual. 234 | Developing Adaptive Economic Models in Response to Global 235 | Challenges 236 | Gyber Experiment recognizes that global economic challenges require 237 | flexible and adaptive solutions. Blockchain and AI provide unique tools to 238 | develop such models that can quickly adapt to changing conditions and offer 239 | effective solutions to complex problems. This includes developing sustainable 240 | financial models that can mitigate economic crises and creating mechanisms 241 | that promote a more equitable distribution of resources and opportunities. 242 | Gyber Experiment is a breakthrough endeavor that intertwines advanced 243 | technology with profound social and economic transformation. The 244 | development and implementation of blockchain technology and artificial 245 | intelligence in the Gyber ecosystem reflects the desire for a dynamic, open 246 | and equitable world where every individual has the power to influence the 247 | economic future. 248 | Decentralization of finance is presented not just as an alternative system, but 249 | as a fundamental principle to foster equity and innovative growth. The 250 | adoption of DeFi and other blockchain solutions fosters a sustainable and 251 | accessible economic environment where every participant can find its own 252 | path to prosperity. 253 | Creating adaptive and flexible economic models that are resilient to external 254 | shocks and capable of self-organization in response to global challenges 255 | becomes the most important task in Gyber Experiment. These models are 256 | aimed at eliminating economic imbalances and ensuring an even distribution 257 | of wealth and resources. 258 | Gyber Experiment calls for a deep reflection on the future of the global 259 | 260 | economy, exploring how technological innovation can inform the shaping of a 261 | fairer one, a transparent and sustainable economic system that recognizes 262 | and supports the diversity and potential of each of its members. 263 | 264 | Chapter 3: Developing and Implementing Projects in the 265 | Gybernaty Community 266 | Project Development Structure and Mechanisms 267 | Gybernaty Community opens up horizons for creativity and innovation for its 268 | members, providing a platform where everyone can contribute to the 269 | evolution of an idea from inception to a full-fledged project. The project 270 | development structure at Gybernaty aims for flexibility and integration, 271 | facilitating collaborative work and the seamless exchange of knowledge and 272 | ideas. Every member of the community can be a change agent, and 273 | teamwork and an open learning culture accelerate the process from idea to 274 | realization. 275 | Integration of Participants into Development Processes 276 | The active participation of community members in Gybernaty's life and 277 | development processes determines the trajectory of projects. 278 | 279 | Collaboration is a catalyst for the interaction of diverse skills and experiences, 280 | resulting in teams capable of solving complex problems and implementing 281 | large-scale projects. 282 | Development of Innovative Solutions and Products 283 | The main mission of Gybernaty Community is to contribute to the 284 | development of innovative solutions with significant social and economic 285 | potential. Research and development in the areas of artificial intelligence, 286 | blockchain technology, sustainable development and other key areas of 287 | science and technology underpin the creation of products and services that 288 | improve the quality of life and contribute to long-term progress. 289 | 290 | Supporting and Developing Talent in the Community 291 | Talent development at Gybernaty Community is realized through the creation 292 | of an environment where each participant can discover and develop his or her 293 | abilities. The provision of educational resources, tools for growth and support 294 | from the community create conditions for continuous professional and 295 | personal development. Training, mentorship and access to resources 296 | facilitate the realization of innovative projects, making Gybernaty an optimal 297 | environment for the growth of innovators and entrepreneurs. 298 | Facilitating Innovation through Open Collaboration 299 | Gybernaty Community recognizes that true innovation often occurs at the 300 | intersection of different disciplines and cultures. It therefore values open 301 | collaboration, where participants from around the world can meet to discuss, 302 | develop and implement ideas that can change the world. The variety of 303 | projects ranges from local initiatives to global endeavors, each with the 304 | potential to bring about positive changes in society and the economy. 305 | Social Entrepreneurship and Sustainable Development 306 | The opportunity for each participant to contribute to social entrepreneurship is 307 | one of the key features of Gybernaty Community. The ecosystem supports 308 | the development of projects that not only bring economic benefits, but also 309 | promote sustainable development, environmental care and social 310 | responsibility. This creates an environment where business goals are 311 | harmonized with the values and priorities of the public good. 312 | Technological Adaptation and Global Impacts 313 | Gybernaty Community recognizes the importance of adapting to the 314 | ever-changing technological landscape. Community members actively 315 | explore how new technologies can be applied to solve global challenges. 316 | From sustainable energy to a digital education platform, Gybernaty's projects 317 | aim to utilize technological innovation to create scalable and lasting impact on 318 | the global economy and society. 319 | Mentorship and Community Leadership 320 | Gybernaty emphasizes mentorship and leadership development among 321 | participants. Experienced professionals and industry experts share their 322 | knowledge and skills to help new participants find their way in the world of 323 | innovation. 324 | Community leadership isn't just about power or control - it's about inspiring 325 | 326 | and supporting others in their pursuit of excellence and the realization of their 327 | ideas. 328 | Internal structure of the Gybernaty Community 329 | Gybernaty Community is distinguished by having clearly differentiated 330 | specialists, each of whom plays a unique role in the creation and 331 | development of projects. This division helps to optimize the development 332 | process and ensures effective interaction within the community. 333 | Theoretical Leaders: Visionaries of Innovation 334 | The Theoretical Leaders are visionaries at Gybernaty, providing strategic 335 | direction and innovative ideas that underpin all projects. They explore new 336 | concepts and theories that can lead to breakthrough changes in technology 337 | and society. Their role is to form a theoretical framework that serves as a 338 | foundation for further planning and development. 339 | Leaders-Architects: System Builders 340 | Leaders-Architects at Gybernaty are responsible for the structural design of 341 | projects. They are specialists who turn strategic visions and theoretical 342 | concepts into real, working structures. They develop the architecture of 343 | projects, ensuring their technical integrity and sustainability. 344 | Developer Leaders: The Driving Force of Projects 345 | Development Leaders are key individuals who take the lead in the 346 | development processes. They coordinate teams of specialists and 347 | manage the product development process. They have in-depth technical 348 | knowledge and experience, which enables them to 349 | to lead teams and realize the most ambitious ideas. 350 | Specialist Developers: The Basis for Technical Progress 351 | Specialized Developers form the technical core of Gybernaty. They are 352 | involved in the practical implementation of projects, turning concepts and 353 | plans into concrete products and services. These specialists work in a variety 354 | of areas, from programming to design and testing, and are an integral part of 355 | the development process. 356 | Community Participants: The Lifeblood of an Innovative Ecosystem 357 | Participants-Communities in Gybernaty are the foundation on which the entire 358 | ecosystem stands. They participate in discussions, give feedback, and test 359 | 360 | products. They contribute in a variety of ways, including actively participating 361 | in projects, supporting initiatives, and spreading the community's message to 362 | the world. 363 | Sustainability Principles at the Core of Innovation Gybernaty Community 364 | embodies the principles of sustainability at the Gybernaty Group is committed 365 | to minimizing its environmental impact and supporting social well-being. From 366 | applying green technologies to creating educational programs aimed at 367 | raising environmental awareness, every aspect of Gybernaty's work aims to 368 | minimize environmental impact and support social well-being. 369 | The community actively promotes concepts of circular economy, renewable 370 | energy and efficient use of resources, striving for harmony between man and 371 | nature. Participants develop initiatives that provide lasting value not only for 372 | the current generation but also for future generations, laying the foundation 373 | for continuous and balanced growth. 374 | Social Responsibility and Innovative Impact 375 | Social responsibility in Gybernaty Community becomes an active force that 376 | directs all efforts towards achieving meaningful changes in society. Projects 377 | initiated within the community are scrutinized f o r their potential to contribute 378 | to social development and the improvement of people's lives. The goal is not 379 | only to develop and implement innovative products, but also to create 380 | conditions for education, cultural enrichment and economic independence. In 381 | this context, the development of technologies and platforms that ensure equal 382 | access to knowledge, health services and economic opportunities is 383 | essential. 384 | Engagement with the Global Community 385 | Engaging with the global community is a cornerstone of Gybernaty 386 | Community's strategy to expand its impact and strengthen international 387 | collaboration. A network of partnerships with organizations around the world 388 | allows for the sharing of unique knowledge and resources to help create 389 | global solutions for the local and international issues. Participation in 390 | international conferences, seminars and joint research projects expands the 391 | boundaries of what is possible, allowing Gybernaty to influence global policy 392 | making in the field of sustainable development and social entrepreneurship. 393 | Education and Training as Drivers of Social Change 394 | Gybernaty Community's educational mission extends far beyond traditional 395 | 396 | methods to become the foundation for training the next generation of 397 | innovators and leaders. Education here is not just about imparting knowledge; 398 | it is about inspiring lifelong learning, supporting continuous personal growth, 399 | and encouraging critical thinking. 400 | Open courses, workshops and interactive platforms provide access to the 401 | latest research and innovations, enabling participants to develop skills that 402 | will serve them in the pursuit of social and environmental well-being. 403 | 404 | Chapter 4: Influence of the Pre-Soviet Community on 405 | the Development of Global Socio-Economic Processes 406 | of Processes 407 | Impact Measurement and Assessment 408 | Measuring and evaluating the impact of projects in Gybernaty Community 409 | - is not only a way to demonstrate results, but also a means to strategically 410 | plan and improve future initiatives. A systematic approach to analyzing the 411 | social, economic and environmental impact of each project allows the 412 | community to identify the most effective practices and strategies, and ensures 413 | transparency and accountability to participants and partners. 414 | Strengthening Economic Parity through Innovation 415 | At Gybernaty Community, innovation serves as a catalyst to promote 416 | economic equality and access to resources. The adoption of advanced 417 | financial tools and technologies, such as cryptocurrencies and decentralized 418 | finance platforms (DeFi), are breaking down traditional barriers, empowering 419 | everyone to participate in investment and entrepreneurship on a level playing 420 | field. This innovative financial architecture is transforming the economic 421 | landscape, paving the way for inclusive growth and expanding technological 422 | development horizons across geographical boundaries. 423 | 424 | Development of Technologies for Social Good Gybernaty 425 | Community carries out technology development with 426 | with a particular focus on their potential to improve social good. Projects 427 | aimed at integrating artificial intelligence into healthcare and education seek 428 | to improve accessibility and quality of life for the population. Thus, 429 | technological progress at Gybernaty is not an end in itself, but serves as a 430 | means to achieve the broader goals of sustainable development and social 431 | justice, strengthening social infrastructure and helping to reduce social gaps. 432 | Inclusion and Accessibility in Education 433 | Gybernaty Community's education initiative aims to create an unprecedented 434 | level of inclusivity and access to knowledge. By integrating cutting-edge 435 | online platforms and collaborating with leading educational institutions, 436 | Gybernaty provides extensive resources for self- actualization and 437 | professional growth. Learning at Gybernaty goes beyond the standard set of 438 | curricula to include creative workshops, interactive simulations, and 439 | project-oriented assignments that foster critical thinking and a deep 440 | understanding of complex social and environmental issues. 441 | Integrating Sustainable Practices into Business Models 442 | Gybernaty Community is committed to embedding sustainable practices into 443 | corporate strategies and business models. This action not only improves the 444 | environmental performance of products, but also promotes a more 445 | responsible and ethical approach to business. Collaborating with businesses 446 | to create environmentally friendly technologies and products sets new 447 | standards in the industry, demonstrating that economic benefit can go hand in 448 | hand with improved social well-being and conservation. 449 | 450 | Chapter 5: Technology Integration and Impact on Global 451 | Development in the Gybernaty Community 452 | Advanced technology as a driver of global change 453 | In the era of digitalization and technological advancement, Gybernaty 454 | Community recognizes the importance of innovation as a major factor 455 | influencing global change. The community focuses on the development and 456 | implementation of advanced technologies such as augmented reality, big 457 | data, artificial intelligence that can radically transform industry, healthcare, 458 | education and many other areas. These technologies represent not only tools 459 | to improve efficiency and productivity, but also the key to solving the complex 460 | social and environmental challenges of our time. 461 | Integration of technology into various spheres of life 462 | Gybernaty Community actively explores and promotes the integration of 463 | technology into everyday life. From smart cities and the IoT (internet of 464 | things), which provide an improved quality of life in urban environments, to 465 | the application of machine learning to improve the accuracy of medical 466 | diagnostics, Gybernaty aims to create a smarter and more connected world. 467 | An important aspect is to make these technologies accessible to the general 468 | public so that everyone can benefit from technological advancements. 469 | Fostering global technological development 470 | Gybernaty Community acts as a global activator and catalyst in the field of 471 | technological development. Cooperation with international scientific and 472 | research institutions, participation in global technology summits and 473 | conferences, and interaction with industry leaders allows the community to be 474 | at the forefront of innovation processes. Through these partnerships and joint 475 | projects, Gybernaty not only shares its achievements, but also actively 476 | contributes to the development of global technology trends. 477 | 478 | Training and development of technological skills 479 | One of Gybernaty Community's priorities is to educate and develop 480 | technological skills among its members and the community at large. The 481 | organization of events such as tech workshops, online courses and 482 | hackathons contributes to the dissemination of knowledge and skills in the 483 | field of high technology. This not only strengthens the professional 484 | community, but also provides training for people who can contribute to 485 | technological innovation and future development. 486 | Assessing the impact of technology on society 487 | Gybernaty Community focuses on analyzing and assessing the impact of 488 | technology on society. Understanding the social, ethical and environmental 489 | implications of technological advances is key to developing a responsible and 490 | sustainable innovation. This approach helps prevent the negative impacts of 491 | technological change and ensures that progress benefits all humankind, 492 | enhancing social stability and improving the quality of life globally. 493 | 494 | Chapter 6: Global Strategies and Partnerships in 495 | Gybernaty Community 496 | Development of International Partnerships 497 | Gybernaty Community actively seeks opportunities to expand its global 498 | impact by seeking to develop international partnerships that facilitate the 499 | sharing of knowledge and resources. These collaborations, involving 500 | academic institutions, industrial companies and non-profit organizations, aim 501 | to create innovation and strengthen international technological leadership. 502 | These international partnerships not only open new horizons for research and 503 | development, but also foster a culture of mutual understanding and shared 504 | values that transcend cultural and geographic barriers. Gybernaty thus aims 505 | not just to expand its influence, but to create long-term, mutually beneficial 506 | relationships that will promote peace and cooperation internationally. 507 | Strategic Planning and Influence 508 | At Gybernaty Community, strategic planning is seen as fundamental to 509 | long-term impact at a global level. This includes deeply analyzing current 510 | global trends and identifying key areas for innovation. Strategic planning at 511 | Gybernaty is not only focused on technological development, but also on 512 | creating sustainable social and economic models that can bring real positive 513 | change to the world. An important aspect of this process is the development 514 | of clear goals and plans that ensure a consistent and focused movement 515 | towards a better global society. 516 | Planning at Gybernaty also includes adapting to changing conditions and 517 | responding flexibly to new challenges, allowing the community to remain at 518 | the forefront of global change. 519 | 520 | Strengthening International Technology Exchange 521 | Gybernaty Community plays a significant role in strengthening international 522 | technology exchange. The community's participation in global forums, 523 | conferences and workshops, as well as active participation in joint 524 | international research projects contribute to the dissemination of innovations 525 | and best practices in different regions of the world. This not only provides an 526 | opportunity to share knowledge and experience, but also creates a basis for 527 | the development of global solutions that meet the world's current challenges. 528 | This approach contributes not only to technological progress, but also to 529 | strengthening international relations by providing a platform for collective 530 | efforts in addressing global challenges. 531 | Promoting Global Initiatives 532 | Gybernaty Community actively promotes a number of global initiatives aimed 533 | at addressing key world issues such as climate change, sustainable 534 | development and access to quality education and healthcare. These 535 | initiatives range from developing new technologies to creating international 536 | platforms to discuss and address these important issues. Participation in 537 | these initiatives allows Gybernaty Community to contribute to shaping the 538 | global agenda and offer practical solutions to improve life on the planet. 539 | These efforts not only demonstrate Gybernaty's responsibility to the global 540 | community, but also emphasize its commitment to creating a more just and 541 | sustainable world for future generations. 542 | 543 | Chapter 7: The Future of Gybernaty: An Analytical and 544 | Progressive Perspective 545 | Deep Analysis and Forecasting of Technological and Social Trends: 546 | Methods and Approaches 547 | Gybernaty Community applies sophisticated analytics and forecasting 548 | techniques to identify future trends in technology and society. The community 549 | uses advanced analytics to examine global data and research, and conducts 550 | rigorous analysis of potential changes in societal structures and behaviors. A 551 | deep understanding of these trends is the cornerstone for developing 552 | effective strategies and innovative solutions. 553 | Quantitative Research and Financial Forecasting 554 | Gybernaty Community performs thorough quantitative research and financial 555 | forecasting to determine future investment directions. By analyzing market 556 | trends and forecasting financial flows, the community seeks to identify the 557 | most promising areas for investment. Such an approach not only strengthens 558 | financial resilience, but also ensures significant impact on key sectors such 559 | as renewable energy, digital health and education technology. 560 | Global Strategies for Adapting to Change 561 | In response to rapidly changing global economic and environmental 562 | conditions, Gybernaty Community is developing the integrated strategies for 563 | effective adaptation. This includes initiatives to minimize environmental risks, 564 | use sustainable technologies and create cost-effective models that promote 565 | sustainable development. Adaptation strategies cover a wide range of 566 | actions, from improving environmental sustainability to strengthening social 567 | infrastructure. 568 | 569 | Innovations and Creative Solutions in Community Development 570 | The Gybernaty Community emphasizes innovation and creative problem 571 | solving. The community actively supports the development of innovative 572 | ideas and solutions that can lead to significant social and technological 573 | change. This includes fostering creativity among community members, 574 | developing interdisciplinary projects, and encouraging research activities that 575 | address complex global challenges. 576 | In the future, the Gybernaty community will continue to play a critical role in 577 | shaping the world's technological and social landscape. Using cutting-edge 578 | methodologies and approaches, the community will identify emerging trends 579 | and develop innovative solutions to meet the challenges of a rapidly changing 580 | global environment. 581 | A key focus of the Gybernaty community will be the development of 582 | sophisticated analytical tools and methods to better understand and predict 583 | technological and social change. This will be done using advanced 584 | techniques such as machine learning, data mining and predictive modeling to 585 | analyze large data sets and identify patterns to inform strategic decisions. In 586 | addition, the community will conduct rigorous quantitative research and 587 | financial forecasts to identifying optimal areas for investment and ensuring 588 | the long-term sustainability of its initiatives. 589 | Another important aspect of the Gybernaty community's work will be the 590 | development of integrated strategies for adapting to the changing global 591 | economic and environmental conditions. These include initiatives to minimize 592 | environmental risks, use sustainable technologies and create economically 593 | viable models that promote sustainable development. These strategies will 594 | range from improving environmental sustainability to strengthening social 595 | infrastructure. 596 | In addition, the Hibernate community will focus on fostering creativity and 597 | innovation in addressing complex global challenges. The community will 598 | actively support the development of new ideas and solutions that can lead to 599 | significant social and technological change. This includes encouraging 600 | interdisciplinary collaboration, providing resources and funding for research 601 | and development, and promoting entrepreneurship and experimentation 602 | among community members. 603 | 604 | Overall, the Gybernaty community has the potential to profoundly impact the 605 | future of technology and society. Through its commitment to innovation, 606 | collaboration, and sustainability, the community will contribute to a brighter 607 | and fairer world for future generations. 608 | 609 | Chapter 8: GyberExperiment Tokenomics 610 | Introduction: 611 | Since the beginning of GyberExperiment, GBR tokens have been distributed 612 | within the community when organizing and executing experimental work 613 | projects. 614 | GyberExperiment utilizes the Gyber token as a gateway currency, paving the 615 | way for decentralized projects and transactions on the Gybernet Blockchain. 616 | Token name: GYBER 617 | Symbol: $GBR 618 | Decimal: 18 619 | Total Supply: 21,000,000,000,000,000 620 | 621 | Token Distribution: 622 | The distribution of $GBR is carefully structured to ensure fairness and 623 | inclusivity: 624 | 10% of the total supply is allocated to investors, providing crucial funding 625 | for the project's success especially at the initial stages. 626 | 20% is made available on the open market, allowing for organic growth 627 | and wider accessibility to the public 628 | 629 | 630 | Another 20% is allocated to the vibrant Gybernaty Community, 631 | recognizing their invaluable contributions to the project. 632 | 633 | The remaining 50% is allocated to the Stabilization Fund managed by the 634 | community, ensuring the project's long-term stability and voting status. 635 | Burning Mechanism: 636 | The Gybernet Network ecosystem utilizes a burn and mint Cross-Chain 637 | Bridge Protocol to create internal tokens, fostering a thriving environment for 638 | innovative projects on Gybernet. The initial 21 Quadrillion tokens created will 639 | be completely burned to 0. 640 | To create a full ecosystem of value and utility built in the Gybernet by 641 | participants. 642 | Every community member and user will burn #GBR to access the Social 643 | platform of the community, and more to create projects within the platform 644 | through the MacroeconomicDAO 645 | $Gbr Utility: 646 | The Gyber token serves as a powerful tool within the Gyber Social Platform 647 | (GSP), enabling quick peer-to-peer transactions of goods and services. 648 | Also, it fuels project and idea development through the innovative 649 | Macroeconomics DAO, empowering individuals to shape the future of the 650 | society through this ecosystem. 651 | With a vision and mission to end global financial limitations and to create 652 | millions of billionaires (respectively) $GBR is set to shape the future 653 | interaction between man and blockchain technology. 654 | Ownership and Governance: 655 | The GyberExperiment embraces a community-owned approach. utilizing the 656 | DAO model for governance, using a voting system(burning GBR) for decision 657 | making during the experiment 658 | As a $GBR holder, you have the privilege to actively participate in shaping 659 | the project's destiny. 660 | Your voting rights allow you to influence crucial decisions related to project 661 | development and the implementation of growth strategies. 662 | 663 | Tokenomics For AiC 664 | The AiC token is dedicated to the AiC division and plays a crucial role in 665 | funding, training, and promoting AI projects. It helps drive innovation in the 666 | AiC field. 667 | Acquisition and Use Of Tokens: 668 | Acquiring internal $GBR and AiC tokens involves burning or staking external 669 | Gbr tokens. 670 | This process ensures a balance between external and internal tokens, 671 | strengthening the economic stability of the Gybernaty ecosystem. 672 | Financing and Project Management Through Tokenization: 673 | GyberExperiment allows funding and managing projects using specialized 674 | project tokens. 675 | These tokens enable active participation, emphasizing transparency and 676 | democracy within the ecosystem. 677 | Tax Accounting and Regulation 678 | Participants: Each GyberExperiment participant may represent a company or 679 | group of companies operating in different jurisdictions. 680 | Activities: The activities of the community and experiment are exclusively 681 | scientific and social in nature. 682 | Legal Matters: All legal matters are delegated to community members and 683 | entities under their control. 684 | Conclusion: 685 | The GyberExperiment stands to foster global development, starting from 686 | Africa. 687 | By empowering the Gybernaty Community and providing a platform for 688 | groundbreaking ideas, GyberExperiment aims to create a more inclusive and 689 | innovation-based future. 690 | 691 | Chapter 9: Gybernaty Financial Forecasts: 692 | An Expanded View 693 | Year 1 (Gyber Reality): Regional Strategies and Financial Expectations 694 | Q1 - Africa Edition: Investors and Development 695 | In the first quarter, the focus is on the African continent with a total budget of 696 | $5 million. Projects will include developing locally customized technology 697 | solutions and seeking investments to support startups and educational 698 | initiatives. Partnerships are planned with local governments and NGOs to 699 | implement projects focused on improving infrastructure and access to 700 | technology. 701 | Q2 - Asian Edition: Investors and Development 702 | In the second quarter, Gybernaty will focus its efforts on the Asian market 703 | with a $10 million investment target. The focus will be on developing 704 | technology hubs, integrating innovative solutions into industry and 705 | collaborating with large technology corporations. The plan includes 706 | supporting local innovation projects and creating platforms for sharing 707 | knowledge and experience. 708 | Q3 - European Edition: Investors and Development 709 | In the European market, investments of $10 million are planned for the third 710 | quarter. Projects will focus on strengthening research partnerships, 711 | developing sustainable technologies and supporting environmental initiatives. 712 | Special emphasis will be placed on collaboration with universities and 713 | research centers to advance research and development in key areas such as 714 | renewable energy and digital transformation. 715 | Q4 - American and Australian Edition: Investors and Development 716 | In the last quarter of the year, plans in the US and Australian markets 717 | 718 | include an investment of $15 million. Activities will focus on promoting 719 | technological innovation, developing start-ups and collaborating with large 720 | technology companies. The projects are aimed at 721 | to accelerate digital transformation, develop advanced technological solutions 722 | and strengthen the network of international partnerships. 723 | Final Financial Expected Report for the Year 724 | The Gybernaty Community's total financial investment for the first year will be 725 | $40 million. These funds will be used to implement large-scale projects that 726 | will strengthen the community's position on the international stage and 727 | contribute to global development in the field of technology and innovation. 728 | Investments are allocated to maximize reach and impact in different regions 729 | of the world, supporting the community's commitment to creating a 730 | sustainable and innovative future. 731 | 732 | -------------------------------------------------------------------------------- /txtdata/gyber_theory.txt: -------------------------------------------------------------------------------- 1 | Welcome to the future 2 | Gybernaty. 3 | Community of advanced enthusiasts and developers. 4 | Revolution in corporate development. 5 | An open community where ideas become reality. Here you will find like-minded 6 | people who can help you realize your projects and unlock your potential. This is 7 | an association of people who are passionate about technology and striving for 8 | new discoveries! We create large-scale open source projects, research current 9 | technologies and help each other realize their ideas. Here you can find a platform 10 | for research, development and exchange of experience in completely different 11 | areas of the IT industry. Join us to become a part of the movement. Here you will 12 | find not only a team that will help you in the implementation of projects, but also 13 | real friends with whom you can share your ideas and successes. 14 | AiC - Artificial Intelligence and Blockchain Community. 15 | The future of artificial intelligence: a study that opens up new horizons. 16 | We are excited to present to you our project, AiC (Artificial Intelligence and 17 | Blockchain Community), which aims to create an open community for the 18 | development and utilization of artificial intelligence (AI) models within the 19 | blockchain environment. Our project leverages the power of DAO contracts to 20 | regulate the operation of these models, ensuring transparency and openness in 21 | their development and use. 22 | The problem we address is the costliness and complexity associated with 23 | developing and utilizing AI models, as well as the concerns surrounding privacy 24 | and security when using these models in different fields. AiC offers a solution by 25 | establishing an open community where participants can collaboratively create 26 | and utilize AI models in the blockchain environment. The utilization of DAO 27 | contracts ensures transparency, openness, and regulation of the AI models' 28 | operation. 29 | The advantages of AiC lie in the ability for participants to exchange knowledge 30 | and experience, while creating and utilizing AI models in the blockchain 31 | environment at minimal costs. Additionally, the use of DAO contracts enhances 32 | security and transparency throughout the process. 33 | AiC can be utilized for both commercial and non-commercial purposes, enabling 34 | the creation of AI models in various fields such as medicine, finance, 35 | transportation, and more. 36 | To develop high-quality AI models, we employ a range of programming 37 | languages, including Python, C++, Java, and others. We utilize popular libraries 38 | and frameworks like TensorFlow, PyTorch, Keras, Scikit-learn, and OpenCV. These 39 | tools allow us to create and train AI models, perform tasks such as deep learning, 40 | machine learning, computer vision, and more. 41 | Blockchain technology plays a vital role in our project, as we aim to create 42 | decentralized AI models that can run on the blockchain and be utilized in 43 | different applications. We leverage blockchain platforms such as Ethereum, 44 | Polkadot, Solana, and others to develop decentralized applications and smart 45 | contracts that regulate the operation of our AI models. 46 | By utilizing DAO contracts, we empower network participants to make decisions 47 | regarding AI model development and usage, as well as the fair distribution of 48 | rewards among participants. Furthermore, we explore the application of 49 | machine learning technology to improve the functioning of blockchain networks 50 | and enhance the efficiency of decentralized applications. 51 | To promote collaboration and community involvement, we embrace an open 52 | approach and leverage AGPL licenses, allowing the wider community to 53 | contribute to the development and improvement of our AI models. We believe 54 | that the collective efforts of community members will lead us to great 55 | achievements in AI and blockchain technologies. 56 | Dear investors, we are delighted to introduce our advanced and innovative 57 | company focusing on AI and blockchain solutions for society. AiC has already 58 | generated significant interest from investors, and we are preparing for 59 | investment rounds. 60 | Our first investment round will be private, specifically targeting large investors 61 | and funds. We will consider applications for participation and extend invitations 62 | to join this round. Through this round, we aim to attract substantial investments 63 | to expedite the development of our projects. 64 | The second investment round will take place on specialized token sale platforms. 65 | During this round, we will offer AiC tokens to a broader audience of investors. This 66 | round will adhere to the rules and requirements of the platforms, ensuring 67 | investor protection and transparency. 68 | The third and final investment round will occur on the open market of the 69 | multi-blockchain network. In this round, AiC tokens will be accessible to all 70 | interested investors, emphasizing maximum openness and project accessibility. 71 | Participating in our project provides significant advantages for each category of 72 | investors. For large investors and funds, participation in the first investment 73 | round grants access to new and promising technologies, innovative solutions, 74 | and the potential for profits through their development. 75 | For smaller investors, the second and third investment rounds present an 76 | opportunity to invest in a promising and rapidly-growing project. Investors will 77 | receive AiC tokens and have the potential to earn profits from their future price 78 | appreciation. 79 | Overall, our project holds tremendous potential for investors, and we invite you to 80 | join our team and contribute to the development of AI technologies in an 81 | open-access environment. Investing in AiC offers a unique opportunity to obtain 82 | high profits in the long term, as our project will continue to evolve over many 83 | years, providing a stable income stream for investors. 84 | Furthermore, the utilization of blockchain technology ensures the safety of 85 | investments. Our project guarantees complete transparency and security for all 86 | participants through the use of distributed ledger technology. 87 | By investing in AiC, you will contribute to the development of innovative 88 | technologies applicable in various aspects of life, from economics and finance to 89 | medicine and education. Together, we can make a significant impact on the 90 | future of humanity and create a world where AI and blockchain technologies are 91 | harnessed to achieve optimal outcomes across all domains. 92 | If you are interested in investing in AiC, please contact us for more detailed 93 | information about our project and how you can participate as an investor. We are 94 | available to answer all your questions and provide assistance to ensure you derive 95 | maximum benefits from your investment in AiC. 96 | Thank you for considering our project, and we look forward to the possibility of 97 | collaborating with you. 98 | Sincerely, 99 | The AiC Team 100 | Millions are Billionaires 101 | Gyber Experiment. 102 | The Macroeconomic Dao. 103 | The realization of an idea is only a matter of its relevance. 104 | The Gyber Experiment is an initiative that combines cryptography, computer 105 | science, sociology, and economics to create a cyber-social corporation. It aims to 106 | establish a mechanism for direct socio-economic interaction among 107 | participants, allowing the concentration of public and financial resources to 108 | realize ambitious global projects and manage them effectively. The experiment 109 | revolves around the Gyber Social Platform, which is a social network owned and 110 | managed by the users themselves through a decentralized autonomous 111 | organization (DAO). 112 | The Gyber Social Platform provides basic social networking functionalities such 113 | as text and voice chats, file sharing, and video hosting. The platform emphasizes 114 | data security and offers multiple levels of data protection, including encryption 115 | options on the client side or server-side encryption using the client's public key. 116 | The platform stores voluminous data on the IPFS network, with additional 117 | content pinning provided by nodes deployed within the experiment. 118 | The architecture of the platform is designed to be open and scalable, with 119 | various input and output points for data and multiple cores. Each user can 120 | contribute their own code module or feature, which can be included in a node 121 | and distributed among interested parties. The platform encourages community 122 | scalability, allowing anyone to add to it and enabling the community to support 123 | and distribute specific add-on modules. 124 | The platform operates on a stack level, with a multilingual cross-platform 125 | pipeline cluster managed by the experiment participants. Different cores are 126 | responsible for specific layers of processes, and the development of these cores is 127 | carried out in various programming languages such as Java, Dart, Go, and C++. 128 | The platform undergoes parallel development of modules and cores to 129 | determine the most effective stack for different tasks and ensure flexibility in 130 | long-term architecture development. 131 | To govern the experiment, secure smart contracts based on Solidity language 132 | and the OpenZeppelin library are implemented. These contracts include 133 | management tokens and utility tokens for decision-making and platform 134 | interaction. The contracts' source code is available on GitHub, and important 135 | decisions within the experiment are made through proposal and voting 136 | mechanisms of the DAO contract. Transparency and security are ensured 137 | through blockchain technology. 138 | Tokenomics play a crucial role in the Gyber Experiment. Two types of tokens are 139 | utilized: Gyber Token, a utility token required for platform interaction, and Gyber 140 | Community Token, a governance token used for managing the experiment and 141 | making collective decisions. The distribution of tokens is allocated among 142 | different categories of holders, including developers, experiment participants, 143 | large investors and funds, and the public market. A reserve fund is also created to 144 | optimize the deployment processes of the experiment. 145 | The experiment follows a set of project phases, starting with idea proposal and 146 | discussion, moving to accumulation of funds, project implementation, and finally 147 | functioning. Projects can have external clients who use fiat currency, special 148 | clients who enjoy discounts with Gyber tokens, and super clients who receive 149 | even greater discounts with specific project's internal tokens. Staking Gyber 150 | tokens or internal project tokens allows participants to earn reputation and 151 | passive income within the experiment. 152 | The internal organization of the community is based on personal and public 153 | interests of the participants. Implementers are responsible for project 154 | management and ensuring its functioning, and decisions are made through 155 | voting by implementers. Implementers have personal and community 156 | responsibilities, and unethical behavior may lead to exclusion from the 157 | experiment. Interaction among participants occurs through discussion and 158 | private groups, with each project having its dedicated group. The experiment 159 | also incorporates different types of DAOs, including social DAOs, code DAOs, 160 | commercial DAOs, and economic DAOs, to facilitate decision-making and project 161 | implementation. 162 | Overall, the Gyber Experiment aims to create a decentralized and 163 | community-driven platform that enables effective socio-economic interaction, 164 | project implementation, and decision-making. It leverages cryptography, 165 | computer science, and blockchain technology to ensure data security, 166 | transparency, and scalability. 167 | About cyber society 168 | This is a document that has one purpose - to define the main features of a 169 | cybersocial society. 170 | The time when approximately half of the planet carries in their pockets 171 | computing devices, the power of which, by several orders of magnitude, exceeds 172 | the power of all computing technology of the past century combined; It's hard 173 | not to call the era of supercomputers. But since any machine or computer is 174 | always just an extension of a person, it would be more accurate to call this time 175 | the era of super communication. 176 | The exclusive goal and opportunity of the society is the most effective association 177 | of its participants in the interests of the society itself. The development process of 178 | the Human social mechanism defines itself as a continuous development of 179 | relations between people, and this development, due to the scale of the 180 | participants in the global society, is an infinitely diverse development. 181 | The information age has accelerated the processes of this development to 182 | literally cosmic speeds. And the main reason for this is that information 183 | technologies, mechanisms and systems are easily integrated into relations 184 | between members of society, accelerating, complicating and expanding these 185 | relations, thereby contributing to their development. Thus, with the development 186 | of information technology systems, we are seeing an acceleration in the blurring, 187 | first of all, of geographical, social and cultural boundaries in the global civilization, 188 | which in the future entails the erasure of financial and economic boundaries. 189 | The methods of the past, failing today, turn out to be barbaric, requiring constant 190 | sacrifice on the part of society and the planet as a whole. 191 | The technological power of human civilization has long required sustainable and 192 | reasonable management of human wealth, resources and potential, and none of 193 | the existing socio-economic formations is able to cope with this task. 194 | We may not survive global economic and social upheavals and we need a 195 | full-fledged, reasonable association on a planetary scale, at the same time we are 196 | in great danger of a global unification of the economy in the interests of only a 197 | certain part of society, provided that its (society) social division increases, which 198 | will entail followed by the continuation of the observed cycle, crises and 199 | upheavals, inextricably linked with the socio-economic situation of recent history. 200 | Structure and ethics of existing computer, network systems and opportunities 201 | for the development of global civilization. 202 | The rapid development of technology, and especially electronics and computer 203 | science, already today determines the main vector of problems related to 204 | information, its safe storage and exchange. 205 | In our time, information has long been a valuable resource that is constantly 206 | generated and moved across countless kilometers of network space. In everyday 207 | life, we all use information technology, and even those of us who are not directly 208 | related to computer science and electronics are personally involved in the 209 | process of generating a huge amount of data, which is all sorts of valuable 210 | information that is easily used for all sorts of manipulations and just as easily 211 | monetized. . 212 | The value of data, and therefore the value of control over its storage and 213 | movement, is increasingly seen as a well-known fact, at a time when hackers do 214 | not cease revealing vulnerabilities in even the most important and seemingly 215 | invulnerable systems, thereby showing that the security of even the most 216 | valuable data more wishful thinking than actual. 217 | Blockchain partially solves this problem now, and as the industry develops and 218 | penetrates into the depths of the real sector of the economy, the absolute 219 | solution to the problem of data security will approach. 220 | In addition to data leakage as a result of the activities of hackers and errors 221 | associated with the imperfection of equipment and code, we are dealing with a 222 | significantly different leakage; from quite reliable in terms of information 223 | security closed, corporate, information, social media environments of various 224 | kinds (social networks, instant messengers, navigators, various electronic services, 225 | etc.). 226 | Most large IT companies consider user accounts as corporate property, and the 227 | huge data constantly generated by users as a full-fledged product of the 228 | company. And from a technical point of view, this is true, due to the fact that the 229 | accounts created by users are formed and stored on the companies' own servers. 230 | Probably 99% of the Internet content known to the broad masses is stored on 231 | closed proprietary servers that are physically protected no worse (or rather even 232 | better) than the most protected military facilities, and of course this is all 233 | maintained at the expense of network users. 234 | The fundamental, technical concept of the Internet is simple - it is a set of 235 | computers connected by a network. In reality, the Internet is people who send 236 | physical signals to each other through a computer network, which the computer 237 | converts for us into information of the type we need. 238 | Of course, not all computers on the network are real users, but without people, 239 | the Internet would not be alive, it is obvious that it is not conceivable without 240 | society, because this is the living result of the activity of society, at a real moment 241 | in time, which cannot exist without it. 242 | From an ethical point of view, data created by users is at least their personal 243 | intellectual property and personal data, and the appropriation of these data by 244 | obsolete economic institutions, due to temporary technical circumstances, is a 245 | glaring fact, signaling the backwardness of the humanitarian development of 246 | modern society from the development of its technical . 247 | Adding here the fact that 99% of the Internet runs on open (free) software 248 | products and is fundamentally on open Linux servers, the absurdity of the 249 | capture of the Internet space by obsolete economic institutions becomes 250 | obvious. 251 | Trade in user data in our time is already a well-established, ordinary and 252 | completely legal phenomenon. Companies are developing long user 253 | agreements (which are still almost never read) in which they take various kinds of 254 | consent from users, such as for the processing of their personal data, which gives 255 | them the legal right to appropriate the data of millions of users around the world, 256 | analyze it and trade them. 257 | And the multi-million community of real users remains excluded from managing 258 | and controlling their own data, which in the long term leads to the 259 | decomposition of the fundamental principles of freedom of personal 260 | information, security and control of personal data, freedom of society, and in 261 | every possible way slows down and oppresses the process of historical 262 | socio-economic development of society. 263 | Obviously, from the point of view of ethics, the user is the sole owner of all rights 264 | to the content he generates, including meta data and any other types of data 265 | that he produces, not to mention the inviolability of personal correspondence, 266 | interest shown on the network and other things. 267 | Of course, many technical products that use user data provide convenient, useful 268 | and interesting functions for users, but it is obvious that all of them should be 269 | enabled and disabled at will, and the mechanism of their action should be 270 | transparent, ensure user data security and control, and this should be confirmed 271 | by open source product. 272 | Also a very important point is the individual flexibility and variability of services. 273 | The user must have full control over the part of the overall system that he 274 | personally uses, and the possibilities of changes made by the user must be 275 | unlimited within his personal part of the system. The individual possibilities of 276 | expanding the system must also be unlimited, the system must be expandable 277 | in all directions. 278 | The main problem of the Internet is that the means of manipulating data of 279 | various kinds, necessary for society for convenient and effective interaction, are 280 | mainly centralized and belong to traditional, closed, hierarchical, corporate 281 | structures. And this problem is more humanitarian than technical due to the fact 282 | that society first needs to deeply comprehend important socio-economic 283 | phenomena, of course including a technical one, but from the point of view of 284 | philosophy, ethics, history, sociology and economics, in order to form a fairly 285 | holistic humanitarian a system that meets modern requirements, capable of 286 | becoming the basis for the technical implementation of open, decentralized, 287 | information, socio-economic systems belonging to all users. 288 | The development of a humanitarian theory describing the mechanism of the 289 | global Human organism (society) as an integral socio-economic system will set 290 | the movement to identify new directions for the formation and development of 291 | new, applied, areas of economic science. 292 | As information technologies develop and penetrate deeper into the global 293 | socio-economic environment, their role becomes more and more important, and 294 | competition in the development and design of information products is growing. 295 | There are attempts on the part of fairly powerful, already fully formed global 296 | corporate structures to monopolize the global software development market, 297 | but the individual characteristics of the IT field, such as general accessibility, 298 | breadth and depth, speed of development and evolution, make this almost 299 | impossible, unlike other sectors of the economy. 300 | The history of software development as an independently developing applied 301 | area, although not so great, however, the development of this area has already 302 | passed a certain, not a small path of evolutionary transformation. 303 | 304 | Computer science began its development as a closed area of technology, 305 | accessible only to corporations and governments. Computers were costly, bulky 306 | machines available mainly from large technical institutions and corporations. 307 | We can roughly define this stage as the initial stage, followed by the stage of 308 | accelerating the development of information technology; it can be defined as 309 | the time when the computer becomes available to a larger number of 310 | developers. At this time, competition in the field of software development 311 | expanded and two main competing currents in the world of software 312 | development were identified. 313 | This is followed by a certain stage of formation of these two approaches and 314 | balancing their impact on the overall course of the global evolution of software 315 | and related socio-economic transformations. 316 | As a result of overcoming these abstract stages of development, we are seeing 317 | an unprecedented surge in activity in the field of OPEN SOURCE development, 318 | improving the quality and usability of open source software products and 319 | expanding their scope and a significant increase in the number of users. 320 | OPEN SOURCE is increasingly contributing to the emergence of revolutionary 321 | technologies. We can even observe a whole round of evolution of global 322 | socio-economic relations directly connected and fed by the global OPEN 323 | SOURCE community and its ideas, the general vector of which is the open 324 | comprehensive development of software and society as a whole. 325 | Another of the main, modern problems that are looming over societies is the 326 | growth of centralized control over the dissemination of ideas that are relevant to 327 | society. 328 | Outdated economic institutions, due to their hopeless but rather powerful 329 | position, tend to quickly improve their own mechanisms for controlling and 330 | monitoring society in order to identify relevant, advanced, socially significant 331 | ideas and projects and counteract their activity before they spread in society. 332 | Together with the fact that the vast majority of large, resource-intensive projects 333 | are initiated and financed by the same obsolete socio-economic institutions, we 334 | basically have a world that reflects exclusively the interests of these obsolete 335 | institutions and is extremely reactionary to any kind of revolutionary, 336 | fundamental changes, and therefore to the development of society generally. 337 | At the same time, and partly as a result of this, we see the active development of 338 | decentralized technologies, which has already formed into a powerful, global 339 | distributed socio-economic movement that has already united quite a wide and 340 | educated masses of people. 341 | In fact, we are witnessing the process of the formation of a new type of global 342 | creative intelligentsia, capable of combining their ideas and interests with other 343 | social forces into a single ideology fully aimed at the universal good and 344 | development, to become the basis for the final formation of a new, advanced 345 | creative class, able to finally step over to long overdue, global, socio-economic 346 | changes that meet sufficiently the modern requirements of global Civilization. 347 | Today a new, global public consciousness is being formed - the main organ of 348 | social self-government of Mankind. 349 | Although the era of 'kings' with all its characteristic, rigidly centralized and 350 | hindering the education and development of society, science and technology, 351 | control mechanisms has long since passed, and today we see the rapid 352 | flourishing of culture, education, science and technology, in the historical sense, 353 | and the penetration them (due to the historically consistent social 354 | transformations that have already taken place) to almost all sectors of society, the 355 | process of decentralization of global mechanisms of economic interaction is still 356 | far from its final stage. 357 | Decentralization of information technology is a process that has been 358 | harmoniously developing in the depths of the Internet community for a long 359 | time, periodically making itself felt by the emergence of powerful decentralized 360 | technological mechanisms that solve certain problems of society, such as 361 | BitTorrent, IRC, Bitcoin, i2P, FileCoin, IPFS and others. The fight against such 362 | decentralized technologies is practically useless and, at best, leads to a 363 | temporary difficulty in the operation of services, which subsequently leads to 364 | their modernization and stabilization of work, that is, contributes to their 365 | development. 366 | Decentralization solves many of the existing problems of information security 367 | and ethics today, and in the future it is able to transform the vast majority of IT 368 | services into neutral, open, owned by all users, decentralized systems, which in 369 | turn will allow transforming the most complex global macro economic 370 | processes into self-governing cyber-social economic systems directly controlled 371 | by society. 372 | Of course, many technical products that use user data today provide users with 373 | convenient, useful and interesting functions, but it is obvious that they must be 374 | user-controlled, and their mechanism of action must be transparent, ensure the 375 | safety of user data, and this must be confirmed by the open source of the 376 | product. . 377 | A very important point is the flexibility and changeability of services. The user 378 | must have full control over the part of the overall system that he personally uses, 379 | and the possibilities for changes made by the user must be unlimited, at least 380 | within his personal part of the system. The possibilities of expanding the system 381 | must also be unlimited, the system must expand in all directions. 382 | There are many such fundamental qualities of a software product, many of which 383 | are defined in the GPL and other similar documents. However, much work is 384 | required to identify and systematize the features of a cybersocial corporation in 385 | order to apply the free principle to the global economic process. 386 | The ideas about free software, as they develop and become technologies widely 387 | used in the real sector of the economy, brought to the world ideas about free 388 | finance, which, as technologies develop and spread, open the way for new ideas 389 | of a free economy. 390 | Development of public systems for managing economic processes. 391 | The evolution of global socio-economic processes consists in the gradual 392 | transformation of management methods from political hegemony towards 393 | economic hegemony, from which, in turn, the movement goes towards 394 | technological hegemony. This movement is not determined by any form, it can 395 | be several forms of movement of socio-economic processes. 396 | The relation of these forms to each other determines the existing directions of 397 | these forms. For example, it can be the withering away of political hegemony in 398 | favor of strengthening economic hegemony, that is, it can represent a kind of 399 | hereditary transfer of the functions of managing global socio-economic 400 | processes from a separate hegemon of the monarch to a more decentralized 401 | dictate of the parliament, representing the interests of broader economic forces 402 | in the social sense. 403 | Or the combination of economic methods of management with technological 404 | ones, which naturally gives rise to and strengthens financial hegemony. There 405 | may also be other forms of interaction of global socio-economic processes. 406 | Combinations of these various forms of socio-economic interaction can give rise 407 | to new sustainable forms, which inevitably stimulates the emergence of new 408 | types of global socio-economic systems that are increasingly decentralized, 409 | self-governing, resistant to crises and ensuring stable, progressive development 410 | of the global economy, finance, culture and social environment. 411 | Obviously, the desire of the global socio-economic mechanism in its historical 412 | development to come to the most distributed peer-to-peer form, controlled by 413 | means of cyber-social financial mechanisms that affect the global 414 | socio-economic resource, that is, a mechanism located in the hands of the public 415 | and controlled directly by the public. 416 | With the development of information technologies and as they penetrate into 417 | the real sector of the financial and economic space, society acquires an 418 | increasing number of levers of significant influence on the direction of global 419 | economic development. 420 | Technologically, the global economy is on the verge of large-scale 421 | transformations associated with the transition of society to a new level of 422 | socio-economic interaction directly using innovative decentralized cyber-social 423 | economic mechanisms. 424 | With the advent of Blockchain technology, the possibility of building 425 | decentralized financial systems has opened up, and their development really 426 | contributes to the emergence of opportunities for building global self-governing 427 | cyber-social economic structures that expand the possibilities of intellectual 428 | influence of society on the global economic process. 429 | The recurring crisis phenomena of the modern global economy clearly signal the 430 | absence of a sufficiently decentralized tool for really reasonable management of 431 | such a complex system as a global socio-economic mechanism. 432 | And with each larger crisis, the social organism of mankind is increasingly forced 433 | to create an instrument capable of stabilizing global economic processes and 434 | managing them in order to progressively develop society and increase social 435 | economic wealth. 436 | Whatever happens in the world and no matter how powerful human forces 437 | influence the course of history, the organism of society invariably produces a 438 | cycle of evolutionary transformation - adaptable change. It becomes more 439 | perfect and this process takes place, first of all, not in the stands of debates, 440 | financial and economic congresses and other hypocritical places, but in the 441 | minds of people, from the beginning in isolated cases, then gaining momentum, 442 | becomes stronger in society and developing in a spiral. 443 | And of course, all this development is accompanied and approved by the 444 | emergence of revolutionary, fundamental, philosophical, legal and technical 445 | documents and products, which are various moments of a single dialectic of the 446 | development of global socio-economic relations, systematizing and developing it 447 | to the limit required for the transition to a new stage of development. 448 | We live in the era of cybersocialization of the economy - the transition of society 449 | to a new, conscious level of global interaction, management and development. 450 | This neologism quite accurately defines the possibilities of reorganization and 451 | transformation of society into a global, highly efficient, thinking socio-economic 452 | structure endowed with a collective mind, open to us today. 453 | GyberExperiment is an experiment in the field of cryptography, computer 454 | science, sociology and economics to create a Cyber-social corporation - a new 455 | form of socio-economic interaction - a new form of economic unit. 456 | GyberComputer is a private distributed computing network of the community, 457 | where the necessary functionality for the activities of the participants of the 458 | experiment will be deployed. 459 | Gybernet is a secure community blockchain used by the platform to ensure the 460 | security and transparency of the experiment. 461 | GyberToken of the GYBER community, necessary for interaction with the 462 | GyberNet Blockchain and the distributed GyberComputer supercomputer. To get 463 | GYBER, the burning of the main GBR token is necessary. 464 | GyberCommunityToken GBR is a platform management token, the main 465 | decision-making tool within the experiment. It is also used by the community as 466 | a means of evaluating work on projects within the experiment. To participate in 467 | the management, the wallet of the management token holder must be active, 468 | the activity of wallets is checked by a special algorithm when allowed to vote and 469 | sign the proposal. 470 | MacroeconomicDao is a transparent system of interaction and decision-making 471 | based on Blockchain and proven smart contracts in the Solidity language. 472 | Objectives of the Experiment 473 | To create a mechanism of direct socio-economic interaction belonging to all 474 | participants, allowing to concentrate public and financial resources for the 475 | implementation and management of even the most ambitious, global projects. 476 | In fact, this is the implementation of a new form of economic unit, necessary to 477 | create a new form of global socio-economic space. 478 | Using the economic potential of the implemented projects for more effective 479 | implementation of the following projects. 480 | Main community projects 481 | Gyber Social Platform 482 | To meet the communication needs of the experiment at the start stage, first of 483 | all, the main functionality of the Gyber Social Platform will be implemented - a 484 | social network owned by all users, managed by them through the DAO and 485 | expandable using the GitHub repository. 486 | From the user's point of view, the starting model of the platform has the basic 487 | functions of a social network, such as text and voice chats, hosting and sharing 488 | videos and other types of files. 489 | All the functions presented on the platform are implemented in accordance with 490 | the ethics and philosophy of the Gybernaty community, which guarantees users 491 | the security and control of data, leaving the possibility of full encryption of the 492 | account on the client side or encryption on the server using the client's public 493 | key. 494 | In addition to the main functions, the platform provides an opportunity for the 495 | user to create projects for implementation as part of an experiment, becoming 496 | its implementer. 497 | The user can offer a ready-made project or just an idea and, together with the 498 | community, develop it into a real project. 499 | About the data 500 | When designing and implementing the social platform, first of all, emphasis was 501 | placed on data security and confidentiality of their storage. There are several 502 | levels of data protection to choose from on the platform at the start-up 503 | architecture stage. 504 | The data is processed by a special algorithm that allows you to use encryption at 505 | different levels and provide an almost absolute level of security for the client. 506 | The platform stores all the bulk data in the IPFS network, in which nodes for 507 | additional content creation are deployed as part of the experiment. 508 | Architecture 509 | The platform is designed as an open scalable structure with different data input 510 | and output points with multiple cores. Each user will be able to write their own 511 | code module (which can be included in the node and offered to those who wish) 512 | or design a new feature so that it can be implemented in real production. 513 | The code structure is managed through git hub repositories managed by the 514 | community. Everyone can create their own module and distribute it to everyone. 515 | Distribution 516 | The modular architecture we are creating is a network of nodes with a set of 517 | microservice containers. Each node can be supplemented with any existing 518 | modules, or any required modules can be written and embedded in the 519 | assembly of a specific node. 520 | The platform practically does not store data on its servers. All massive user data is 521 | uploaded to the IPFS network in open or encrypted form, and the user has 522 | several levels of protection when encrypting their files. To maintain access to 523 | unpopular files on the IPFS network, the platform provides a pinning service, 524 | which is a network of IPFS nodes running in containers on the main nodes of the 525 | Gybernet network. 526 | The network also has a virtual machine that combines the power of all currently 527 | operating nodes. 528 | Encryption 529 | The platform provides three levels of user data protection, but even the weakest 530 | level of protection provides optimal protection. 531 | User data can be fully encrypted on the client side, providing 100% control over 532 | the data for the user. 533 | Only some data is encrypted on the client side, and the rest is transmitted to the 534 | server for encryption with the key specified by the user. 535 | Automatic mode configures the data protection algorithm by default. 536 | The platform is built in such a way that users can control their data and have 537 | confidential access to it. 538 | Also, the main principle of the platform is community extensibility, since this is an 539 | open source platform. Everyone can supplement it, and the community can 540 | support one or another module of the supplement and distribute it over the 541 | Gybernet network. 542 | Stack 543 | At the stack level, the network is a multilingual cross-platform containerized 544 | cluster managed by a community of experiment participants. 545 | Each node consists of isolated cores communicating with each other, 546 | distributing the work received from the users of the Gyber Social Platform. Each 547 | of the cores is responsible for its own layer of processes. Initially, the development 548 | of the core core module is conducted in the Rust language. Each core has its 549 | own auxiliary infrastructure, which is also run in isolation on separate containers. 550 | As part of the experiment, parallel development of modules and cores is used to 551 | determine the best stack for solving certain tasks and ensuring maximum 552 | flexibility in the development of the platform architecture in the long term. 553 | Modules for the platform can be written by anyone and in any way, but to be 554 | included in the node and connected to the network, it must be checked by a 555 | special test algorithm that will check its compatibility with the network and 556 | whether it has the necessary functionality to ensure the operation of the node. 557 | There is also an aspect of trust in a particular node, based on the activity and 558 | connections of its owner within the experiment. The community should trust 559 | every node. We call it Proof of Community. The management of the production 560 | versions of the platform and the current state of the program code takes place 561 | through the github repository and is controlled by the developer community. 562 | AiC (large-scale study of the field of artificial experiment) 563 | A large-scale study of artificial intelligence, organized by the Gybernaty 564 | community, which aims to create an open community for the development and 565 | use of artificial intelligence (AI) models in the blockchain environment. Our 566 | project uses the capabilities of DAO contracts to regulate the operation of these 567 | models, ensuring transparency and openness in their development and use. 568 | The problem we are solving is the high cost and complexity associated with the 569 | development and use of artificial intelligence models, as well as problems related 570 | to privacy and security when using these models in various fields. AiC offers a 571 | solution by creating an open community, whose members can jointly create and 572 | use artificial intelligence models in a blockchain environment. The use of DAO 573 | contracts ensures transparency, openness and regulation of artificial intelligence 574 | models. 575 | The advantages of AiC are the ability of participants to share knowledge and 576 | experience by creating and using artificial intelligence models in a blockchain 577 | environment with minimal costs. In addition, the use of DAO contracts increases 578 | security and transparency throughout the entire process. 579 | AiC can be used for both commercial and non-commercial purposes, allowing 580 | you to create artificial intelligence models in various fields, such as medicine, 581 | finance, transport and much more. 582 | To develop high-quality artificial intelligence models, we use a number of 583 | programming languages, including Python, C++, Java and others. We use 584 | popular libraries and frameworks such as TensorFlow, PyTorch, Keras, Scikit-learn 585 | and OpenCV. These tools allow us to create and train artificial intelligence 586 | models, perform tasks such as deep learning, machine learning, computer vision 587 | and much more. 588 | Blockchain technology plays a vital role in our project, as we strive to create 589 | decentralized artificial intelligence models that can run on the blockchain and 590 | be used in various applications. We use blockchain platforms such as Ethereum, 591 | Polkadot, Solana and others to develop decentralized applications and smart 592 | contracts that regulate the operation of our artificial intelligence models. 593 | Using DAO contracts, we give network participants the opportunity to make 594 | decisions regarding the development and use of an artificial intelligence model, 595 | as well as the fair distribution of rewards among participants. In addition, we are 596 | studying the application of machine learning technology to improve the 597 | functioning of blockchain networks and increase the efficiency of decentralized 598 | applications. 599 | Internal functioning 600 | To move the project into the accumulation phase, it is necessary to burn GBR 601 | tokens by 0.1% of the required amount for the implementation of the project. 602 | The transition process consists in issuing a limited number of internal tokens of a 603 | specific project, for sale at a price of 1 BUSD. 604 | The maximum amount for the implementation of the project is also limited by 605 | the reputation of the implementer or the general reputation of the 606 | implementers of one project. 607 | Participants gain a reputation as a result of live activity in the experiment: 608 | posting and discussing projects, participating in financing and implementing 609 | projects. 610 | Reputation can also be obtained as a result of the Gyber token staking. 611 | There are no restrictions on assets received from the sale of wrapped tokens of 612 | the project. 613 | Project implementers can freely dispose of assets by following the 614 | documentation and roadmap of the project. 615 | Assets received from the sale of wrapped tokens are unblocked in parts or 616 | completely by a simple signature of a single or several implementers of one 617 | project, which are determined at the time of the project proposal and the release 618 | of internal tokens of a particular project. 619 | Staking is a universal tool within the framework of the project. With its help, you 620 | can improve the reputation of participants and receive passive income. 621 | As part of the experiment, two staking options are provided: 622 | GyberToken = 0.00000000007% of the total income of all projects in Gyber 623 | tokens. 624 | Internal project tokens = 10 / [total number of tokens issued by the project] % 625 | from the income of a specific project. 626 | The minimum term of staking is 1 year 627 | Organization 628 | The community is built on the basis of the personal and public interests of the 629 | participants. 630 | Participants are verified by means of an electronic signature. 631 | The maximum amount for the implementation of the project is also limited by 632 | the reputation of the implementer or the general reputation of the 633 | implementers of one project. 634 | All important decisions in projects are made on the basis of the vote of the 635 | implementers by means of electronic signatures. 636 | Each implementer is an active economic unit, which can represent entire 637 | companies in the real sector of the economy or even a set of organizations. 638 | Responsibility 639 | Each implementer is responsible to the entire community primarily by his 640 | reputation and can be excluded from the experiment for unfair treatment. 641 | Also, the implementer bears internal personal responsibility to other 642 | implementers of a particular project. 643 | The roles and tasks of the implementers within the projects are determined by 644 | the implementers themselves, but the common task of all implementers is the 645 | organization of the project and ensuring its functioning 646 | Assets received from the sale of wrapped tokens are unblocked in parts or 647 | completely by a simple signature of a single or several implementers of one 648 | project, which are determined at the time of the project proposal and the release 649 | of internal tokens of a particular project. 650 | The order of interaction of participants 651 | A discussion group is created for each project, where everyone can get in. 652 | Further, private groups with a specific description can be created within the 653 | general group to discuss the project, in which participants are allowed by the 654 | implementers. 655 | Private groups 656 | The main form of organizing any work on a project within the framework of an 657 | experiment. They are used for discussion and concrete work on the 658 | implementation of the project in the circle necessary for a specific task. 659 | The circle of participants in a particular private group is strictly limited to the 660 | participants required to solve a specific task. 661 | Private groups can also be created inside already existing private groups, which 662 | provides a more subtle interaction within a specific topic. 663 | The Macroeconomic Dao 664 | Ecosystem 665 | Each Dao in the ecosystem involves the implementation of a specific project, 666 | enterprise, event, decision-making or any other public action proposed by the 667 | community of experiment participants and developers. 668 | Social DAOs are used for making decisions within the community and organizing 669 | any social events within the community. They do not concern either business 670 | ideas or external public projects. It can be just a vote for some proposal, or a 671 | collection of resources (public and material) for some internal event or a charity 672 | gathering. 673 | The current state of the code of the entire platform is supported by the state of 674 | the main branch of the repository on GitHub, in order to make changes to which 675 | it is required to pass a Code DAO vote. In this way, decentralized management of 676 | the global code structure is carried out.All members of the developer community 677 | can be Code Dao initiators. 678 | Commerce DAO is a simple implementation of the concept of crowdinvesting, 679 | where entrepreneurs and enthusiasts can offer a business idea or a real business 680 | plan for implementation at the expense of investors, in turn, investors get the 681 | opportunity to consume the products of the implemented project on exclusive 682 | terms and the opportunity to receive a share of the profits of the implemented 683 | project. 684 | Economic DAO is a completely new concept of organizing public financing, 685 | project management and socio-economic interaction, which allows 686 | accumulating social, financial and economic resources for the most effective 687 | implementation of any relevant public projects and ideas. 688 | Practical logic of organization and self-management of users 689 | At the first level, the system is a peer-to-peer structure consisting of all users of 690 | the community who have equal privileges and own equal parts of a common 691 | active resource representing the aggregate, creative and economic potential of 692 | the community. 693 | The main application function of the community is effective interaction with the 694 | aim of realizing the interests, ideas and projects of all users, increasing the overall 695 | active resource of the community, developing the community and users. 696 | Using the functionality of the extensible creative platform Gyber Social, users can 697 | safely communicate, share relevant information, propose ideas and projects for 698 | implementation and work collectively on all stages of project implementation 699 | and management. The platform includes all the necessary functionality for news 700 | exchange, communication and teamwork on projects, and its architecture is built 701 | in such a way that it ensures the security of user data and the ability to control 702 | them directly from users and is comprehensively and easily expanded by users 703 | directly or through collective interaction. 704 | The main method of user interaction is shared spaces: news, messages, ideas and 705 | projects, which are shared thematic folders in which each user can create folders 706 | with content, thereby sharing news, messages, ideas and projects with the 707 | community. 708 | News, messages, discussions of ideas and projects added by users to shared 709 | spaces represent the main content, which, in turn, can form its own internal 710 | directory tree, access rights to which are determined by the administrators of the 711 | main content. 712 | Internal catalogs of the main content are directly related to the subject of the 713 | main content and constitute its internal interactive user interaction environment. 714 | When the main content is added to any of the fields, a child directory is created 715 | in the root of a specific common field, and the author becomes its director (main 716 | implementer) and can assign administrators (additional implementers), groups, 717 | access rights to it and change them. Also, each child directory in a specific field 718 | must have some mandatory attributes and some additional ones. These 719 | attributes are determined based on the thematic features of each of the 720 | common fields. 721 | The concept of socio-economic selection 722 | Basic concepts: 723 | A new kind of financial community is a peer–to-peer community of people 724 | organized for effective interaction in order to implement ideas and projects of 725 | interest to them, at the expense of the collective capital of participants, 726 | promotion and management of them, by means of advanced information 727 | technologies and financial mechanisms. 728 | The social and investment circle is an unlimited number of members of a new 729 | type of financial community interested in the implementation of a specific idea 730 | and project. 731 | The active group (the core of the provision) is the optimal number of participants 732 | from among the social and investment circle who want to actively participate in 733 | the implementation of a specific idea and project. 734 | A professional coordination group is an auxiliary administrative resource of a new 735 | type of financial community, hired for a fee from professionals, which may 736 | consist of both community members and non–community members. The main 737 | task is professional assistance, ensuring the project activities of active groups. 738 | Social relevance is a project parameter directly determined by the sufficiency of 739 | the number of participants in the social and investment circle for the 740 | implementation of the project at the expense of the collective capital of 741 | participants on the principle of minimum individual participation. 742 | The threshold of social relevance is the ratio of the cost of implementing a 743 | project and the number of participants in the social and investment circle 744 | sufficient for its implementation at the expense of the collective capital of 745 | participants on the principle of minimum individual participation in financing. 746 | The collective capital (of the participants) is the total investment ability of the 747 | participants interested in the implementation of a particular project. 748 | The principle of minimum individual participation (in financing) 749 | is a principle in which the full cost of the project is distributed equally to all 750 | participants in financing, and the amount of individual participation in financing 751 | is determined by the minimum possible size, that is, it decreases as the number 752 | of participants increases until the threshold of the relevance of the project is 753 | passed. 754 | Interaction Properties of User spaces The main functional workspace of the 755 | expandable creative platform is the project space. It forms projects from the 756 | ideas of the community, offers interesting projects for implementation, discusses 757 | projects, and direct intellectual work on the implementation and management 758 | of projects. The main concept of the project field is the 759 | idea-project-implementation model, a pipeline that accepts relevant ideas for 760 | collective implementation at the entrance, forms concrete, ready-to-implement 761 | projects based on them and implements them at the expense of an actual 762 | community resource, which is formed by the ratio of the total active community 763 | resource and the number of users interested in implementing a specific project. 764 | After the initial formation of the project, it is discussed and as interest in the 765 | project grows from the community, the Director determines the active project 766 | group, which will be engaged mainly in the intellectual management of the 767 | project. Project financing is based on the principle of minimal individual 768 | participation, which is described in detail in the community concept sheet. The 769 | main content in the general project space is a social and investment circle 770 | consisting of users interested in the implementation of a specific project. The 771 | circle may consist of users with different attitudes to the project, for example, an 772 | active group, a passive group, which in turn, if necessary, may have their own 773 | internal gradations. The final structure of the circle is individual and comes from 774 | the internal qualities of the project and the external conditions of 775 | implementation. The main distinguishing quality of the social and investment 776 | circle, after the final formation of a specific project, is the unconditional unity of 777 | its participants. The circle includes and consists exclusively of those users who are 778 | interested in implementing a specific project. If internal contradictions arise 779 | among the participants of the social and investment circle, a separate discussion 780 | is held in a special directory within the circle, where the main contradictions are 781 | identified in order to form a unified solution for the implementation of the 782 | project that meets the interests of the overwhelming majority of participants. If 783 | this is not possible, the project can always be divided into several independent 784 | ones and identify the most relevant one for implementation on the principle of 785 | minimum individual participation in financing. 786 | 787 | --------------------------------------------------------------------------------