BlueRock, an agentic operations company that helps enterprises securely deploy and scale AI systems, has announced the launch of its Agentic Trust Registry (ATR). The ATR is designed to help agentic builders assess vulnerabilities that traditional security scanners and even advanced models simply do not catch, giving developers higher quality and accurate findings for agentic-specific vulnerabilities without generating useless noise.
BlueRock has launched its Agentic Trust Registry to help developers evaluate agentic code before it becomes autonomous and operational.
The ATR performs in-depth semantic analysis targeted at agentic components, identifying vulnerabilities in skills, tools, and MCP with a lower false positive rate.
BlueRock says the ATR outpaces existing scanning tools by 2 to 10X.
Every agent, skill, and tool becomes part of the trust boundary, and ATR lets developers evaluate these components before using them.
The registry can integrate scanning directly into CI pipelines so trust checks become part of the AI software development lifecycle.
Once evaluated, components can run on BlueRock's secure runtime platform to ensure agent actions are monitored and rogue behavior is contained.
With concerns over agent escapes, AI discovered vulnerabilities and potentially, the destruction of humanity, AI security concerns have risen to the forefront. The ATR performs an in-depth semantic analysis specifically targeted at agentic components. By focusing on these components, the analysis goes far beyond legacy static code analysis methods and frontier models by identifying specific vulnerabilities in skills, tools, and MCP with a much lower false positive rate. Agents are only as trustworthy as the components they depend on. The Agentic Trust Registry equips developers and enterprises with a quick understanding of agentic components, how they are built and what risks and vulnerabilities they may have.
As enterprises move from building individual agents to assembling autonomous agentic systems, trust and confidence in the componentry needs to become a core part of the development stack.
Every agent, skill, and tool becomes part of the trust boundary. ATR gives developers a way to discover and evaluate these components before using them, with the ability to integrate scanning directly into CI pipelines so trust checks become part of the AI software development lifecycle (SDLC).
The Agentic Trust Registry helps developers evaluate and verify the agents, tools, and other components they are building. Once evaluated, those components can run on BlueRock's secure runtime platform to ensure agent actions and executions are monitored and controlled and rogue behavior is contained.
"Developers are generating more code than ever and building agents at a record pace," said Harold Byun, CEO of BlueRock. "The Agentic Trust Registry is designed to give developers the highest quality and accurate findings for agentic-specific vulnerabilities to help protect against AI attacks and escapes without generating useless noise. Existing tools flat out miss finding these security gaps, and advanced models are demonstrating hallucinations and a high false positive rate. As agent development shifts from building everything from scratch to assembling ecosystems of agentic components, we believe that trusted context and confidence will become foundational."
BlueRock goes beyond conventional scanning by analyzing the behaviors and intent execution risks unique to agentic components and the critical systems they can reach. Teams can then bring findings directly into CI/CD, continuously verifying components as part of the development lifecycle to operate from a trust model throughout deployment and autonomous operation.
About BlueRock
BlueRock helps organizations operate AI and agentic systems with greater visibility, trust, and control. The company's agentic operations platform enables teams to understand how AI systems execute across tools, infrastructure, models, and environments while applying context-aware protections and operational controls at the point of action. This helps enterprises move AI from experimentation into scalable production operations by improving execution visibility, strengthening trusted infrastructure foundations, and enabling more predictable operation of increasingly autonomous and distributed systems. BlueRock is headquartered in San Francisco, California, and backed by Mayfield, Wing Ventures, and the Aziz Family Office.
