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AI SECURITY RESOURCES FROM ACUVITYAI Security
Resources Hub

Welcome to the industry’s definitive library for understanding and advancing AI security, AI governance, and runtime protection.

TOP AI SECURITY RESOURCESTop Resources

Selected assets covering AI security, AI governance, and runtime enforcement.

Acuvity’s 2025 State of AI Security Report

What’s inside: The latest data about AI security risks, budget priorities and the biggest threats ahead.

How MCP Servers Became Shadow AI’s Stealth Mode

What’s inside: How MCP servers enable hidden Shadow AI activity and how to detect and control it.

Detecting Attacks on LLMs

What’s inside: Architecture, design decisions, and accuracy metrics vs. commercial detection solutions.

AI SECURITY FOUNDATIONAL CONTENTWhitepapers and Guides

Foundational assets on AI security and governance.

The Definitive Guide to Shadow AI

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The Compliance Risks of Gen AI

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How AI Is Changing Cybersecurity 

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The Definitive Guide to Shadow AI

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The Compliance Risks of Gen AI

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How AI Is Changing Cybersecurity 

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AI SECURITY RESEARCH AND ANALYSISTechnical Resources

Technical research on runtime AI security, covering model-level defenses, classification architectures, and benchmark evaluation for detecting malicious prompts and unsafe outputs.

How MCP Servers Became Shadow AI’s Stealth Mode

Detecting Prompt Injections and Jailbreaks in LLMs

How Acuvity Maps to the NIST AI RMF

AI Security Resources 
AI Security Resources 
AI Security Resources 

MORE ABOUT AI SECURITYAI Security 

Topics and Definitions

AI security is the discipline of protecting artificial-intelligence systems — including models, agents, connectors, tools, and runtime execution flows — from misuse, malfunction, unauthorized access, or adversarial invocation. It extends beyond traditional cyber controls by addressing novel vectors such as prompt-injection, tool-call chains in agentic systems, unsanctioned model usage, and context manipulation during live AI operations.

Key elements of AI security include:

  • Agent and tool-chain security: In systems where agents use external tools or services (for example invoking a document retrieval system, writing to databases, or orchestrating other agents) the security surface expands to include the entire call graph — permissions on tool invocation, identity of the agent, policy on tool results, chaining control and audit.

  • Runtime inspection and enforcement: AI security requires visibility into inputs, context, model invocation, agent workflows, tool interactions, and outputs — all in real time — and enforcement of policy at those points (blocking, sanitizing, approval gates). Without runtime controls, risks persist even if design-time controls exist.

  • Lifecycle management: From model training and fine-tuning, through deployment, to retirement, AI security demands controls on data provenance, model integrity, versioning, drift monitoring, adversarial testing, access control, and audit logging.

  • Governance, trust and compliance: As defined in Gartner’s AI TRiSM (Artificial Intelligence Trust, Risk and Security Management) framework, AI security aligns with governance (visibility, accountability), risk and security management (model robustness, data protection, adversarial resistance), and runtime inspection & enforcement as one of the core layers.

  • Emerging threats specific to AI: These include agentic systems acting autonomously, tools being misused through model-calls, prompt and context attacks (e.g., injection, jailbreak), hidden agent workflows performing unmonitored actions, and unsanctioned “Shadow AI” systems operating outside enterprise controls.

AI SECURITY DEMOSee Acuvity in Action.

The Acuvity demo explains how AI security, AI governance, and runtime inspection and enforcement combine to keep AI use accountable and within policy.

It shows how the platform observes model and agent operations in runtime, applies enforcement when activity falls outside approved parameters, and sustains continuous assurance by validating that governance and security controls are consistently applied. The session also covers how agent security enforces limits and oversight for connected systems.

In your personalized demo, you’ll see how to:
  • Use runtime inspection and enforcement to monitor and secure AI activity, agents and MCP servers.

  • Operationalize AI governance through enforceable policies.

  • Maintain continuous assurance by confirming controls remain active and effective.

  • Apply agent security to define and monitor boundaries for automated systems.

  • Build a cohesive AI security approach that scales with adoption.