Secure what actually runs, from code to AI agents.
Kodem connects code analysis with in-workload runtime evidence to reveal exploitable risk, attribute AI actions to the originating agent, and verify that remediation worked.
What if every security decision were grounded in runtime evidence?
Kodem connects code, dependency, and runtime context so teams can prioritize exploitable risk, remediate precisely, and verify the risk is gone.
Prioritize what attackers can reach
- Cut the noise down to what's exploitable
- Separate real risk from noise with Runtime Intelligence and AI-driven triage
Remediate precisely, at the source or at runtime
- Cut time to remediate by fixing what actually runs
- Guided remediation, or targeted, reversible runtime protection validated before enforcement
Verify that remediation changed the outcome
- Re-inspect runtime state after a fix to confirm the risky path is gone, not just the ticket closed
- Continuous assurance across code, pipeline, and runtime, so the risk stays closed
Know every agent. Attribute every action. Verify every fix.
AI applications can run multiple agents, models, tools, and deterministic code behind one service boundary. Kodem reconstructs the runtime state inside the workload, maps actions to their originating agents, and surfaces reachable risk and missing controls.
Discover your AI posture
Inventory loaded agents, models, tools, MCP and agent-to-agent relationships, credentials, and data connections, including dormant components that have never generated traffic.
Attribute actions at runtime
Map model, tool, and network interactions to the originating agent and its delegation path.
Control and verify
Today Kodem delivers the attribution and reachable-risk evidence that shows which agent paths need control and confirms when a risky path is gone. Agent-aware enforcement, applied per agent and per delegation, is where this is going.
Runtime is the source of truth
Declarations and scanners tell you what could be there. Runtime tells you what actually is. Kodem builds that truth from memory analysis of the live workload, tracing which code and dependencies actually load and execute. That turns a finding into evidence: reachable, exploitable, and worth acting on.
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