trust-cache

To reduce API latency from redundant security lookups, you can cache trust states for valid routes. This prevents repeated re-validation of authorized traffic, bypassing security checks for known-good paths to improve throughput.

Trust state caching is the practice of storing route validation statuses—such as direct, reviewed, or blocked—to eliminate redundant security checks. Use it when specific routes experience high latency from constant re-validation of known-good authorized traffic.

To implement trust state caching within the Trust harness, inspect the current performance boundary and propose a configuration change. This requires defining boundary conditions, control levers, and verification tests to ensure safe performance optimizations.

Limitations of caching route validation statuses include the risk of bypassing necessary security updates if trust states become stale. Safe implementation requires precise definition of boundary conditions and verification tests to manage latency and throughput constraints.

Yes, you can use trust-cache to manage route trust statuses for performance optimization. It provides a structured runbook for modifying route validation states, including direct, reviewed, or blocked statuses, to control system friction.

Constant security re-validation causes throughput bottlenecks by repeatedly checking authorized traffic against security rules. Caching trust states addresses this latency by allowing valid routes to bypass these redundant lookups.