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Secure Enterprise RAG Platform

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₹4,999.00

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  ₹4,999.00

Detail Description

1. Abstract

The Secure Enterprise RAG Platform is a Generative AI-powered application that enables organizations to search internal documents and obtain context-aware answers securely. It combines Retrieval-Augmented Generation (RAG), Large Language Models (LLMs), and vector databases to retrieve relevant information from enterprise knowledge sources. The system incorporates role-based access control, document-level permissions, authentication, and audit logging to protect confidential business information while improving knowledge discovery and employee productivity.

2. Objectives

  1. Develop a secure enterprise document-search platform.
  2. Retrieve relevant information from internal documents.
  3. Generate context-aware answers using LLMs.
  4. Enforce role-based and document-level access permissions.
  5. Protect confidential business information.
  6. Provide source citations for generated answers.
  7. Maintain audit logs and document-access records.
  8. Improve enterprise knowledge sharing and productivity.

3. Existing System

Traditional enterprise information systems rely on manual document searches, shared folders, keyword-based search engines, and separate knowledge repositories.

Disadvantages

  1. Information is scattered across multiple systems.
  2. Finding relevant documents can be time-consuming.
  3. Keyword searches may miss semantically related content.
  4. Sensitive documents may be exposed if permissions are misconfigured.
  5. Manual information retrieval reduces productivity.
  6. Traditional search tools do not provide contextual answers.

4. Proposed System

The proposed platform combines RAG architecture with enterprise security controls to deliver permission-aware document retrieval and AI-generated responses.

Key features:

  1. Secure user authentication and sign-in.
  2. Role-based access control for administrators, managers, and employees.
  3. PDF, DOCX, and text document ingestion.
  4. Permission-aware semantic search.
  5. LLM-powered question answering.
  6. Document-level access restrictions.
  7. Source citations and supporting passages.
  8. Encrypted data storage and secure API communication.
  9. Audit logs for user activities and document access.
  10. Admin dashboard for managing users, documents, and permissions.
  11. Document deletion and knowledge-base update functionality.

5. Implementation Procedure

  1. Requirement Analysis: Identify enterprise document types, user roles, and security requirements.
  2. Authentication Setup: Implement secure authentication and role-based authorization.
  3. Document Ingestion: Extract text and metadata from uploaded enterprise documents.
  4. Text Processing: Divide documents into chunks while preserving source and permission metadata.
  5. Embedding Generation: Convert text chunks into vector embeddings.
  6. Vector Storage: Store embeddings in FAISS, ChromaDB, or a suitable enterprise vector database.
  7. Permission-Aware Retrieval: Apply authorization filters before retrieving document chunks.
  8. LLM Integration: Generate answers using retrieved passages and the user's question.
  9. Citation Generation: Display supporting documents, passages, and page references where available.
  10. Security Implementation: Add encryption, secret management, input validation, and audit logging.
  11. Testing: Test access controls, unauthorized retrieval attempts, citation accuracy, and data isolation.
  12. Deployment: Deploy the platform with monitoring, backups, and appropriate security configurations.

6. Software Requirements

  1. Programming Language: Python
  2. Frontend: React.js or Streamlit
  3. Backend: FastAPI or Flask
  4. LLM: OpenAI API or a compatible model
  5. RAG Framework: LangChain or LlamaIndex
  6. Embedding Model: Sentence Transformers or an API-based embedding model
  7. Vector Database: FAISS, ChromaDB, or a managed vector database
  8. Database: PostgreSQL
  9. Document Processing: PyMuPDF and python-docx
  10. Authentication: OAuth 2.0 or an enterprise identity provider
  11. Security: TLS, encryption, and secrets management
  12. Development Environment: VS Code
  13. Operating System: Windows or Linux

7. Hardware Requirements

  1. Processor: Intel Core i5 or equivalent recommended
  2. RAM: Minimum 8 GB; 16 GB or more recommended
  3. Storage: At least 20 GB of free space, depending on document volume
  4. Internet Connection: Required for hosted LLM services
  5. GPU: Optional when using cloud-based AI models

8. Advantages of the Project

  1. Enables faster enterprise knowledge discovery.
  2. Provides answers grounded in internal documents.
  3. Enforces document-level access restrictions.
  4. Reduces unauthorized information exposure when correctly implemented.
  5. Improves transparency through source citations.
  6. Maintains audit trails for security reviews.
  7. Supports centralized document management.
  8. Can scale to multiple teams and departments.


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