Runtime Exposure Management
Advanced surface for exposure, dependency risk, approval boundaries, and evidence gaps across agent runtimes.
Connect a runtime to begin calculating runtime exposure.
What remains useful if AI budgets, providers, or internal sponsors change.
Governance capital starts after the first connected runtime and governed action.
If the AI market tightens, the surviving asset is not the demo. It is control, evidence, portability, and incident explainability.
External verifier checkpoints will appear here after OSuite attaches a signed pre-execution verdict to a proof bundle.
Export the current Runtime Exposure posture for audit, customer review, or internal security operations.
Track every exposure as open, fixing, accepted risk, or resolved. Updates are saved as workspace state, not just local UI.
Inspect connected agents, runtime lanes, and hook sessions
When multiple hooks or runtime adapters are connected, this area keeps the agent, execution lane, and recent session records readable instead of compressing them into a small metric card.
CAVA adapter coverage is managed in three layers
Reference adapters, Managed OSuite adapters, and Enterprise custom adapters make it clear which runtime actions are understood, supported, and production-governed.
CAVA core remains stable while runtime adapter coverage can evolve by parser-pack version.
Runtime inventory appears after the first agent or adapter connection.
Prioritized runtime exposures translate agent risk into fixable security work, not generic warning badges.
Scope, discover, prioritize, validate, and mobilize runtime exposure work.
Runtime dependencies appear after the first connected agent lane.
Dependency risk appears after agents, runtimes, tools, or evidence stores are visible.
No governed action has reached the runtime firewall yet.
Blast radius cannot be estimated until actions and runtime bindings are present.
No incident pattern is active in the current action window.