convex-performance-audit

To audit Convex performance, you trace read and write sets on hot-path reads to identify costly queries. This process surfaces the strongest signals from Convex insights, guiding migration-safe fixes that reduce latency and resource waste.

OCC conflicts and mutation retries in Convex occur due to write contention. Auditing write sets identifies problem classes where concurrent mutations collide, guiding safe, migration-friendly fixes to resolve the contention.

You optimize Convex subscription cost by applying subscription-cost patterns identified during a performance audit. Tracing subscription behavior isolates expensive UI updates, enabling migration-safe fixes that lower resource consumption.

You need a Convex performance audit when Convex insights report high bytes or documents read, OCC conflicts, mutation retries, or costly subscriptions. An audit identifies problem classes and traces read/write sets to guide fixes.

The best way to fix Convex hot-path reads safely is using a scope-first approach. This focuses on a single concrete user flow to minimize risk, applying hot-path rules and migration-friendly fixes from provided references.

Optimizing Convex function limits and write contention requires identifying problem classes and tracing read/write sets. Fixes are guided by specific references for OCC conflicts and hot-path rules to ensure migration-safe changes.