
Kate Anderson contributed to the newrelic/newrelic-java-agent repository, focusing on backend instrumentation, observability, and maintainability. Over six months, she expanded HTTP and AWS SQS instrumentation, improved JVM property obfuscation, and enhanced distributed tracing and memory profiling. Her work included bytecode manipulation using Java and Scala, implementing feature flags for safer return stack processing, and supporting newer runtimes like JDK 24. Kate also strengthened test coverage, CI workflows, and code documentation, addressing compatibility for Scala 2.12 and Kotlin coroutines. Her engineering approach emphasized robust configuration management, clear logging, and maintainable code, resulting in a more reliable and extensible agent.

March 2025 monthly summary focusing on key accomplishments in the New Relic Java agent space. Core focus this month was expanding instrumentation coverage and ensuring compatibility with newer runtimes and Scala. Delivered actionable improvements for AWS SQS instrumentation, extended Java agent support to JDK 24, and addressed class file handling for Scala 2.12 to prevent runtime issues on Java 11.
March 2025 monthly summary focusing on key accomplishments in the New Relic Java agent space. Core focus this month was expanding instrumentation coverage and ensuring compatibility with newer runtimes and Scala. Delivered actionable improvements for AWS SQS instrumentation, extended Java agent support to JDK 24, and addressed class file handling for Scala 2.12 to prevent runtime issues on Java 11.
February 2025: Focused on strengthening observability, reliability, and code quality in the Java agent. Delivered major instrumentation enhancements, introduced a feature flag for return stack processing, daemonized the JFR memory profiler for lifecycle reliability, and tightened testing and formatting standards. No major bug fixes were documented this month; efforts prioritized delivering robust instrumentation and maintainable code. Key outcomes include expanded server instrumentation across ember and blaze modules, safer and clearer return stack handling via a feature flag, improved lifecycle reliability for memory profiling, and improved code quality with targeted tests and formatting consistency.
February 2025: Focused on strengthening observability, reliability, and code quality in the Java agent. Delivered major instrumentation enhancements, introduced a feature flag for return stack processing, daemonized the JFR memory profiler for lifecycle reliability, and tightened testing and formatting standards. No major bug fixes were documented this month; efforts prioritized delivering robust instrumentation and maintainable code. Key outcomes include expanded server instrumentation across ember and blaze modules, safer and clearer return stack handling via a feature flag, improved lifecycle reliability for memory profiling, and improved code quality with targeted tests and formatting consistency.
January 2025 performance summary for newrelic/newrelic-java-agent: - Delivered significant Kotlin coroutine weaving improvements with focused return stack cleanup around invokeSuspend, enhanced inlining, and support tooling (ReturnInsnProcessor, ClearReturnAdapter). - Implemented and expanded comprehensive tests for various return scenarios including nested suspensions to strengthen reliability of coroutine handling. - Strengthened internal tooling and maintenance: added bytecode debugging aids, tidied debugging prints and comments, and updated tests to reflect Kotlin language support. - Expanded and refined weaver test coverage to reflect Kotlin usage, including bumping the number of expected source languages to Kotlin in tests. - Refined code quality and documentation to support ongoing maintenance and faster onboard of future changes. Business value: improved stability and performance of Kotlin coroutine support in the Java agent, reduced investigation time through better debugging tooling, and a more maintainable codebase with stronger test coverage.
January 2025 performance summary for newrelic/newrelic-java-agent: - Delivered significant Kotlin coroutine weaving improvements with focused return stack cleanup around invokeSuspend, enhanced inlining, and support tooling (ReturnInsnProcessor, ClearReturnAdapter). - Implemented and expanded comprehensive tests for various return scenarios including nested suspensions to strengthen reliability of coroutine handling. - Strengthened internal tooling and maintenance: added bytecode debugging aids, tidied debugging prints and comments, and updated tests to reflect Kotlin language support. - Expanded and refined weaver test coverage to reflect Kotlin usage, including bumping the number of expected source languages to Kotlin in tests. - Refined code quality and documentation to support ongoing maintenance and faster onboard of future changes. Business value: improved stability and performance of Kotlin coroutine support in the Java agent, reduced investigation time through better debugging tooling, and a more maintainable codebase with stronger test coverage.
December 2024 monthly summary for the repository newrelic/newrelic-java-agent, focusing on delivering features with clear business value, tracking improvements, and showcase of technical capabilities. Highlights include restoring Pekko CI test coverage, adding Scala 3 detection for accurate instrumentation reporting, and introducing a bytecode debug path for MultipartAppKt. No major bugs fixed documented this month.
December 2024 monthly summary for the repository newrelic/newrelic-java-agent, focusing on delivering features with clear business value, tracking improvements, and showcase of technical capabilities. Highlights include restoring Pekko CI test coverage, adding Scala 3 detection for accurate instrumentation reporting, and introducing a bytecode debug path for MultipartAppKt. No major bugs fixed documented this month.
November 2024: Focused on reducing maintenance surface, boosting observability, and tightening data privacy for the Java agent. Key changes include the complete removal of Pekko Http 3.1, enhanced distributed tracing logs for easier debugging across distributed transactions, and new YAML-based configuration controls for JVM arguments visibility and obfuscation, with cleanup of placeholder values.
November 2024: Focused on reducing maintenance surface, boosting observability, and tightening data privacy for the Java agent. Key changes include the complete removal of Pekko Http 3.1, enhanced distributed tracing logs for easier debugging across distributed transactions, and new YAML-based configuration controls for JVM arguments visibility and obfuscation, with cleanup of placeholder values.
Monthly summary for 2024-10 (newrelic/newrelic-java-agent): Delivered security and observability improvements, expanded HTTP framework instrumentation, and strengthened maintainability to accelerate delivery and reduce risk. Business value includes stricter JVM properties protection, improved APM coverage for Pekko HTTP (including Pekko HTTP 3.1), and a more readable, testable codebase that reduces maintenance burden and enables faster future iterations.
Monthly summary for 2024-10 (newrelic/newrelic-java-agent): Delivered security and observability improvements, expanded HTTP framework instrumentation, and strengthened maintainability to accelerate delivery and reduce risk. Business value includes stricter JVM properties protection, improved APM coverage for Pekko HTTP (including Pekko HTTP 3.1), and a more readable, testable codebase that reduces maintenance burden and enables faster future iterations.
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