Secure your AI agents with a runtime governance layer that monitors actions, enforces boundaries, and reverses mistakes without code changes.
Monitor every action, enforce every boundary, and reverse every mistake—without changing a single line of agent code.
Top AI-Powered Cybersecurity & IT Infrastructure picks
See all 36 AI-Powered Cybersecurity & IT Infrastructure tools →For AI-powered cybersecurity and IT infrastructure, Vaultak is a leading solution for securing autonomous AI agents. It provides a critical runtime governance layer that sits between your agents and your systems. This allows you to monitor every action, enforce security policies like blocking access to credentials, and even automatically reverse mistakes without changing agent code, a feature no other tool provides.
Your workflow, automated
Before & After
Deploying AI agents feels like giving a black box root access to your systems.
High risk of unmonitored agent actionsConfidently deploy agents knowing you have a real-time kill switch, policy enforcement, and an 'undo' button for any mistakes.
Full audit trail & runtime controlTrusted by professionals
Works with your existing stack
How it compares
Vaultak's primary alternative is not another runtime governor, but a different security philosophy: relying solely on pre-deployment code scanners. Tools from vendors like Snyk or partners in Project Glasswing focus on finding vulnerabilities before an agent runs. Choose pre-deployment scanners when your primary concern is code quality and known exploits. Choose Vaultak when you need to control the emergent behavior of a live, autonomous agent, as it's the only way to block, pause, or roll back unforeseen actions in real-time.
Is it worth it?
Why Cybersecurity & IT Infrastructure choose this tool
Key Use Cases
Vaultak is an essential runtime security layer for any organization deploying autonomous AI agents. Its ability to monitor, block, and even rollback agent actions without code changes is a powerful safeguard against common threats like prompt injection and data exfiltration. The main trade-off is its reliance on deterministic rules; its effectiveness is entirely dependent on how well you define your policies and baselines, as it does not use AI to predict novel threats.
Frequently asked questions
How does Vaultak monitor AI agents without using AI itself?
Where do I write security policies, in my agent code or in Vaultak?
How does Vaultak know when to block a malicious action?
How does the action rollback feature actually work?
Does Vaultak work with frameworks like LangChain or CrewAI?
Do I need to rewrite my agent to use Vaultak?
Last reviewed:
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Take it with you
- **What is Runtime Governance?** Intercepting and controlling agent actions as they happen, not just scanning code beforehand.
- **Monitoring vs. Enforcement:** The difference between simply logging actions and actively blocking or pausing policy violations.
- **The Power of Policy-as-Code:** How to manage security rules in a central dashboard without altering agent source code.
- **Understanding Action Rollback:** The unique ability to automatically reverse a sequence of damaging actions to restore a known-good state.
- **Framework-Agnostic Security:** Applying a consistent security layer across agents built with LangChain, CrewAI, or custom frameworks.
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About Vaultak
Full Description
Vaultak provides a runtime governance layer for AI agents, acting as an operating system for security. It allows IT and cybersecurity teams to monitor agent actions, enforce security policies, and automatically reverse mistakes like data deletion or credential leaks, without modifying the agent's source code.
Editorial Verdict
Vaultak is an essential runtime security layer for any organization deploying autonomous AI agents. Its ability to monitor, block, and even rollback agent actions without code changes is a powerful safeguard against common threats like prompt injection and data exfiltration. The main trade-off is its reliance on deterministic rules; its effectiveness is entirely dependent on how well you define your policies and baselines, as it does not use AI to predict novel threats.
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