
Worked on enhancing HTTP/2 scalability in the vespa-engine/vespa repository by introducing configurable rate control within the JDisc connector. Developed a new setting, jdisc.http.connector.http2.maxRateControlEvents, to expose Jetty-based WindowRateControl, allowing operators to fine-tune throughput and manage bandwidth usage under high-concurrency workloads. This Java-based backend solution addressed the risk of GOAWAY events during heavy HTTP/2 traffic by enabling precise control over event handling rates. The implementation focused on server configuration and backend development, providing clear semantics for tuning and ensuring more stable service performance for customers running large-scale HTTP/2 workloads in production environments.
March 2026 focused on improving HTTP/2 scalability in Vespa by making rate control configurable in the JDisc connector. Implemented exposure of Jetty-based WindowRateControl through a new jdisc.http.connector.http2.maxRateControlEvents setting, enabling precise throughput tuning to prevent GOAWAY under heavy load and to ensure stable service under high-concurrency workloads. This work provides a measurable path to better performance and predictable bandwidth usage for customers running large HTTP/2 workloads.
March 2026 focused on improving HTTP/2 scalability in Vespa by making rate control configurable in the JDisc connector. Implemented exposure of Jetty-based WindowRateControl through a new jdisc.http.connector.http2.maxRateControlEvents setting, enabling precise throughput tuning to prevent GOAWAY under heavy load and to ensure stable service under high-concurrency workloads. This work provides a measurable path to better performance and predictable bandwidth usage for customers running large HTTP/2 workloads.

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