Secure RAG • AI Security • Prompt Guardrails • RBAC
Hands-on AI Security Lab demonstrating Secure RAG, LLM security, prompt guardrails, RBAC, authentication, and enterprise AI security architecture.
AI Security Lab is a practical learning project focused on designing and implementing security controls for enterprise AI assistants.
Rather than treating security as a feature of the LLM itself, this project explores how security should be built before, around, and after the model using a defense-in-depth approach.
The objective is to understand real-world AI security challenges while implementing practical controls that align with modern enterprise security architecture.
- Local user authentication
- Hidden password input
- User identity validation
- Role-Based Access Control (RBAC)
- Authorization before retrieval
- Document-level access restrictions
- Least privilege access model
- Local LLM using Ollama
- LlamaIndex for Retrieval-Augmented Generation
- Hugging Face embeddings
- Local enterprise policy documents
- Prompt guardrails
- Prompt injection detection
- Unauthorized access prevention
- Output sanitization
- Request and response logging
- Authentication
- Authorization
- Secure Retrieval
- Defense in Depth
- Least Privilege
- Prompt Security
- Output Validation
- Enterprise AI Security Architecture
- Python
- Ollama
- LlamaIndex
- Hugging Face Embeddings
- VS Code
- Git
User
│
Authentication
│
RBAC
│
Prompt Guardrails
│
Authorization Before Retrieval
│
Secure RAG Retrieval
│
Local LLM (Ollama)
│
Output Sanitization
│
Request & Response Logging
│
Response
🚧 This project is actively under development.
The goal is to continuously evolve the lab by implementing additional enterprise AI security capabilities and documenting the lessons learned throughout the journey.
- Local LLM
- Secure RAG
- Authentication
- RBAC
- Prompt Guardrails
- Output Sanitization
- Advanced Prompt Security Engine
- Security Event Logging
- Attack Classification
- Risk Scoring
- AI Security Dashboard
- Promptfoo integration
- Microsoft PyRIT integration
- Garak security testing
- AI Gateway simulation
- Policy engine
- Metadata-based authorization
- Secure Agentic AI
- AI governance controls
- Automated security testing
- Security reporting
- Threat modelling
- CI/CD security integration
This project is intended for educational and research purposes only.
All users, policies, and documents included in this repository are fictional and are provided solely to demonstrate AI security concepts.
Suggestions, feedback, and discussions are always welcome.
If you're interested in AI Security, Secure RAG, or Enterprise AI Architecture, feel free to open an issue or start a discussion.
If you'd like to follow the progress of this project or discuss AI Security topics, connect with me on LinkedIn.
The project will continue to evolve as new security capabilities are implemented.