
Developed real-time tokens-per-second metrics for chat statistics in the DearVa/Everywhere repository, enhancing both the UI and backend to display live performance data as token counts changed. Centralized timing logic within the ChatService improved maintainability and reduced code duplication, while careful management of event subscriptions ensured proper disposal and minimized memory leaks. Leveraging C#, XAML, and software architecture skills, the work delivered a memory-conscious design that improved system stability. These updates provided operators with enhanced observability and actionable performance metrics, supporting data-driven capacity planning and reducing maintenance overhead by streamlining telemetry and performance monitoring across the application’s chat activity.
March 2026 monthly summary for DearVa/Everywhere: Delivered real-time tokens-per-second metrics in chat statistics, centralized timing logic, and hardened telemetry against memory leaks. UI and backend updated to display tokens/sec, with real-time updates as token counts change. Implemented proper disposal of event subscriptions for stability and reduced risk of leaks. These changes improve observability, enable capacity planning, and reduce maintenance overhead with a memory-conscious design.
March 2026 monthly summary for DearVa/Everywhere: Delivered real-time tokens-per-second metrics in chat statistics, centralized timing logic, and hardened telemetry against memory leaks. UI and backend updated to display tokens/sec, with real-time updates as token counts change. Implemented proper disposal of event subscriptions for stability and reduced risk of leaks. These changes improve observability, enable capacity planning, and reduce maintenance overhead with a memory-conscious design.

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