Moving beyond static prompt filters. We monitor agent execution graphs in real time to enforce deterministic boundaries, prevent behavioral drift, and block unauthorized system actions.
Legacy AI security relies on probabilistic text filtering. We anchor our enforcement below the application layer to govern actual execution logic natively.
Telemetry and enforcement are decoupled from the agent's application memory space, making them immune to advanced prompt injections or execution manipulation.
We eliminate the high false-positive rates of "LLM-as-a-judge" heuristics by enforcing strict operational rules on the actions an agent is allowed to take.
Our infrastructure operates with near-zero latency overhead, ensuring security enforcement never degrades the speed or reasoning capability of the AI agents.
Combining deep-tech expertise with proven execution in global enterprise cybersecurity.
Co-Founder & CEO
Technical Product Leadership: Drove the product roadmap and enterprise GTM strategy for a pioneering zero-trust security platform.
Enterprise Detection Pedigree: Scaled critical threat detection and response capabilities at a Tier-1 global cybersecurity corporation.
Deep-Tech Visionary: Translating complex system instrumentation into a frictionless, market-ready enterprise security platform.
Co-Founder & CTO
AI Agent Infrastructure Leader: Architecting the standards and security foundations that make autonomous AI agents reliable and production-ready at enterprise scale.
Elite R&D Architect: Sole R&D Architect for Payoneer's largest department, owning technical vision across teams and mission-critical commercial applications.
Microservices Pioneer: Led the ground-up migration of a multi-tenant insurance platform into microservices at bolttech, building the SDKs and infrastructure to power them.
We are currently collaborating with forward-leaning CISOs, AppSec leaders, and AI engineering teams. Apply for our private enterprise design partner program.
Deployable via our open-source integration or managed enterprise platform.