Framework Specialisations

Avenlis Copilot aligns with key industry standards and frameworks to provide actionable insights, reliable guidance, and robust tools for assessing and enhancing the security of AI systems, particularly Large Language Models (LLMs).

Importance of Security Frameworks in AI

AI-driven systems, particularly Large Language Models (LLMs), are increasingly targeted by adversaries. To combat these risks, security frameworks provide a structured approach to identifying, mitigating, and preventing vulnerabilities.

Why Are These Frameworks Important?

Adversarial Attacks

AI models face risks like prompt injection, model manipulation, and data poisoning.

Data Security & Privacy

Without proper safeguards, LLMs can unintentionally expose sensitive information.

Regulatory Compliance

Organizations must meet legal and ethical guidelines for responsible AI use.

Trust & Transparency

Frameworks ensure accountability in AI decision-making processes.




MITRE ATLAS

Adversarial Threat Landscape
MITRE ATLAS (Adversarial Threat Landscape for Artificial-Intelligence Systems) is a knowledge base and methodology that identifies and mitigates adversarial risks in AI systems, especially relevant for generative AI and LLMs.

Key Capabilities

Tactics & Techniques

Understand how attackers compromise AI systems

Identify Weaknesses

Spot vulnerabilities in AI architectures

Countermeasures

Implement real-world defensive strategies

Importance of MITRE ATLAS

1

Mapping Adversarial AI Attacks: Categorizes attack techniques including data poisoning and model inversion

2

Understanding AI-Specific Threats: Provides insights into vulnerabilities unique to AI and LLMs

3

Defining Defensive Strategies: Offers structured approaches to detect and mitigate threats

4

Standardizing AI Security Practices: Promotes industry-wide security methodologies

5

Enhancing AI Incident Response: Helps organizations respond effectively to AI security incidents

Avenlis Copilot MITRE ATLAS Knowledge

  • • Query the MITRE ATLAS framework to explore adversarial tactics and techniques
  • • Access real-world examples and case studies of adversarial AI attacks
  • • Learn mitigation strategies tailored to specific attack types



OWASP Top 10 for LLMs 2025

Critical Vulnerabilities
The OWASP Top 10 for LLMs is a widely recognized security framework that highlights the most critical vulnerabilities affecting LLM applications, based on real-world AI attacks and emerging trends.

Taxonomy

LLM01:2025

Prompt Injection

Malicious inputs to manipulate model behavior and override safety constraints

LLM02:2025

Sensitive Information Disclosure

Unintended leakage of confidential data through model interactions

LLM03:2025

Supply Chain

Threats from third-party dependencies and upstream model vulnerabilities

LLM04:2025

Data and Model Poisoning

Injection of malicious data to corrupt model performance

LLM05:2025

Improper Output Handling

Failure to sanitize outputs, resulting in potential harm or misuse

LLM06:2025

Excessive Agency

Over-reliance on LLMs for critical decision-making without oversight

LLM07:2025

System Prompt Leakage

Exposure of system-level prompts that can compromise security

LLM08:2025

Vector and Embedding Weakness

Exploitation of vulnerabilities in embedding layers

LLM09:2025

Misinformation

Generation or propagation of misleading or harmful content

LLM10:2025

Unbounded Consumption

Resource exhaustion from unbounded input processing

Avenlis Copilot OWASP Top 10 for LLMs Knowledge

Query OWASP Top 10 for LLMs 2025 Knowledge Base: Access detailed insights into LLM01-LLM10 vulnerabilities

Identify Common Risks: Learn about critical security threats and their potential impact

Explore Attack Patterns: Understand exploitation methods and malicious techniques

Learn Mitigation Strategies: Get step-by-step guidance on securing LLM applications

Enhance Security Policies: Apply OWASP-recommended controls and governance

Explore OWASP Top 10 for LLM 2025



NIST AI Risk Management Framework (RMF)

Risk Management
The NIST AI Risk Management Framework provides a structured approach to managing risks associated with AI systems, ensuring they are trustworthy, reliable, and aligned with regulatory and ethical standards.
Map: Identify Risks and Define Impacts
  • Identifying AI Vulnerabilities (Prompt Injection, Data Poisoning)
  • Mapping AI Bias and Ethical Risks
  • Understanding Attack Vectors
  • Assessing Compliance Gaps
Measure: Quantify Risks Through Analysis
  • Threat Modeling for LLMs
  • Evaluating Trustworthiness Metrics
  • Impact Assessment on Business and Users
  • Security Posture Monitoring
Manage: Develop and Deploy Strategies
  • Adversarial Robustness Testing
  • Bias and Fairness Optimization
  • Output Control Mechanisms
  • Security Best Practices Implementation
Govern: Implement Oversight
  • AI Governance Policies & Frameworks
  • Continuous AI Risk Monitoring
  • Regulatory Compliance & Legal Considerations
  • Transparency and Explainability Standards

Avenlis Copilot NIST AI RMF Knowledge

Query NIST AI RMF Knowledge Base: Access comprehensive insights into the four core functions

Identify AI Security Risks: Learn about critical vulnerabilities and compliance gaps

Explore Risk Quantification: Understand assessment and measurement methodologies

Learn NIST-Compliant Strategies: Get guidance on securing AI applications

Enhance AI Governance: Apply NIST-aligned controls for continuous monitoring

Learn More About NIST AI RMF