Summary for 2026-04 focusing on stabilizing builds/CI for ktsaou/netdata and expanding scripting capabilities. Key actions include upgrading Sentry Native to 0.13.5 and aligning CI with officially supported Alpine versions to reduce build failures and improve test coverage, plus adding the scripts plugin as a default-installed (but optional) dependency to extend scripting capabilities for users.

March 2026 focused on strengthening CI reliability, expanding cross-platform packaging, and hardening Debian packaging. Highlights include implementing IBM MQ libraries pre-fetch in CI pipelines, enabling Ubuntu 26.04 compatibility, introducing Fedora 44 CI and Windows MSI testing, and fixing packaging control-file handling to prevent unintended uninstalls. These changes improve release predictability, cross-platform coverage, and packaging integrity, delivering business value through faster, safer deployments and broader OS support.

February 2026 monthly summary: Focused on platform readiness, upgrade stability for native packages, and cross-repo improvements. Delivered features that tighten dependencies for native packaging, refined build-time dependency handling, and modernized the codebase to align with current standards and supported platforms.

Concise monthly summary for 2026-01 focused on stability, scalability, and platform breadth. Delivered stabilization of RHEL repository configuration for 9.x compatibility, expanded CI coverage with ARM builds and increased packaging concurrency, retired outdated Ubuntu 25.04 in CI, and hardened the build system to reduce warnings and improve reliability. These improvements reduce deployment risk, broaden supported environments, and accelerate release cycles while maintaining build quality and observability across CI/CD pipelines.

Month 2025-12 — Netdata (ktsaou/netdata) focused on improving install reliability, packaging efficiency, updater hardening, and governance. Delivered features and fixes that reduce deployment friction, shrink distribution footprints, and strengthen security and maintainability. Key features delivered: - Enhanced Installation Experience and Permissions: kickstart auto-detection of native packages with a new --install-type option (native, static, build, auto, any) and improved directory handling via systemd-tmpfiles to ensure correct permissions. - Systemd-tmpfiles hardening: runtime management of required directories to persistently enforce correct permissions/ownership. Packaging and Build enhancements: - Packaging efficiency: switch DEB packaging to XZ by default and enable zstd on supported platforms; update static builds and ensure Alpine 3.23.0 compatibility. - CI/packaging hygiene: drop Fedora 41 from CI and package builds; disable MongoDB exporter for Ubuntu 20.04, 22.04, and 24.04 to reduce surface area and build churn; adjust RHEL derivative package checks for reliability. Updater reliability and system hardening: - Added a safety check to prevent updates when native packages are no longer published; improved error messaging guiding users to switch install types. - Hardened critical system file handling (e.g., /dev/null) and SELinux context handling to improve resilience. Code ownership and governance: - Assigned CODEOWNER for the Rust codebase to improve accountability and streamline reviews (vkalintiris). Overall impact and business value: - Reduced installation friction and support load through a more intelligent install flow and clearer guidance. - Lowered footprint and faster deployments via targeted packaging optimizations and compression strategy. - Increased reliability of updates and system hardening, reducing risk for production environments. - Improved contributor throughput and code quality through explicit Rust code ownership. Technologies/skills demonstrated: - Installation tooling: kickstart scripting, --install-type, systemd-tmpfiles integration. - Packaging: DEB/XZ, zstd, Alpine compatibility, static builds. - CI/QA hygiene: Fedora 41 deprecation, selective Ubuntu package handling. - Security and reliability: updater safety checks, /dev/null/SELinux hardening, and governance practices.

Concise monthly summary for ktsaou/netdata (November 2025): Implemented OpenSUSE Tumbleweed CI/testing and packaging integration, updated repository configuration, and modernized user/account management with sysusers.d. Also improved error reporting for native package updates to surface failures clearly. These changes enhance cross-distro compatibility, simplify packaging maintenance, and improve reliability of deployments across rolling-release environments.

October 2025 Netdata performance and reliability focus: Delivered build-system reliability improvements, expanded CI/release coverage, enhanced IBM plugin integration and packaging standardization, enriched Fedora and distro support, and improved Docker logging with Rust-based systemd journal handling. These efforts reduced build times, increased release reliability, and broadened platform support while stabilizing the IBM plugin stack and packaging across DEB/RPM.

September 2025 (Month: 2025-09) monthly summary for netdata/netdata: Delivered key CI and build-system enhancements focusing on Rust code quality checks and unified external command execution across the codebase. These changes improve code quality, security, and developer velocity by enabling earlier Rust-change detection, reducing build overhead, and standardizing external command invocation across collectors.

August 2025 monthly summary for netdata/netdata: Expanded distro coverage and hardened the build pipeline. Delivered Oracle Linux 10 support in CI and packaging, modernized Debian-based images with Debian 13 and dropped 32-bit x86, and added a build-time CMake check to reject known bad compiler flags (-Ofast, -ffast-math). These changes improve CI coverage, packaging reliability, and standards compliance, laying groundwork for stable releases across major distros.

July 2025 — Netdata: Consolidated CI/build OS support, fixed packaging and build issues, and simplified the codebase by removing an experimental server; delivering improvements in reliability, maintainability, and alignment with supported OS versions.

June 2025 performance summary for netdata/netdata: strengthened static builds and cross-arch plugin reliability, modernized CI with pipeline optimizations and platform deprecations, added Rust-based journal reader for static builds, and expanded distro coverage to Rocky Linux 10. These efforts reduce build fragility, lower maintenance costs, and broaden deployment options for customers.

April 2025 monthly summary for netdata/netdata: Key features delivered: - CI/CD and Build System Improvements: Enhanced CI reliability and platform coverage with privacy-safe telemetry in CI, conditional PR builds, corrected workflow logic, resilient build-info dumps, expanded OS support (including Fedora 42), nightly changelog retries, and updated CI/package build platforms. Notable commits include: 3e85df06... (telemetry disable in CI), 64c9bcaf... (skip non-native builds on PRs), 81101444... (fix inverted PR skip logic), 686818c6... (dump buildinfo), 7088abee... (CI/platform updates), 2ce45c93... (retry nightly changelog), 4b32485a... (add Fedora 42). - Nightly Build Tagging and Aliases: Introduced tagging strategy for nightly Docker images to track the last four edge builds and an edge-0 alias for the current nightly. Commit: 4627b4f1... - Dlib Integration via FetchContent: Added Dlib to the Netdata build via CMake FetchContent, upgraded to v19.24.8, and enabled local source usage for faster local builds. Commit: e1ab60c2... - Windows EULA Consolidation: Consolidated Windows EULA into a single document and updated MSI packaging to simplify Windows licensing. Commit: d0ea4e95... - Docker Image Tagging Script Fix: Corrected a missing newline in the Docker tagging script, resolving publish failures. Commit: 35281ed2... - ACLK Schemas Submodule Version Bump: Bumped aclk-schemas submodule to address protobuf compiler warning during builds. Commit: 5731e30c... Major bugs fixed: - Docker Image Tagging Script Fix: Fixed publish failure caused by a missing newline in the tagging script. - ACLK Schemas Submodule Version Bump: Resolved protobuf compiler warning during builds. Overall impact and accomplishments: - Significantly improved CI reliability and cross-platform build coverage, reducing release friction and enabling Fedora 42 support. - Faster and more reliable nightly image rollouts through better tagging and aliases, enabling faster testing and deployment cycles. - Streamlined Windows licensing with a single EULA, reducing installer complexity for users. - Reduced build and publish failures via targeted fixes in tagging scripts and submodule management. - Demonstrated end-to-end capability across CI/CD, CMake FetchContent, Windows packaging, Docker workflows, and protobuf tooling, driving business value through accelerated delivery, higher release quality, and better platform support. Technologies/skills demonstrated: - CI/CD optimization and workflow automation (GitHub Actions-like pipelines), platform-aware builds, and telemetry/privacy controls. - CMake FetchContent integration and third-party library management (dlib v19.24.8). - Windows packaging and licensing (MSI/MSI configuration and consolidated EULA). - Docker image tagging automation and release tagging strategies. - Submodule versioning and protobuf tooling maintenance. - Cross-platform build engineering and release engineering.

March 2025 Netdata development (2025-03) highlights focused on delivering business value through documentation, build-system maturity, static builds, and CI reliability. The month included key feature work, major bug fixes, and notable infrastructure improvements that enable safer deployments, better observability tooling, and broader platform support. Notable items included: documentation improvements for CA certificates, OpenTelemetry collector integration into the build system, static-build enhancements for POWER, and CI reliability enhancements, along with targeted build-system correctness fixes.

February 2025 Netdata/netdata monthly summary focused on delivering architecture-friendly CI/CD and packaging improvements, stabilizing builds across platforms, and enabling deeper debugging capabilities. The work spans CI/CD pipeline enhancements, multi-architecture build support, and cross-distro packaging reliability, with concrete commits reinforcing stability and performance. Key features delivered: - CI/CD pipeline enhancements and multi-arch build support: ARM/GPU runners, dynamic ARM matrix, static binaries, updated runner images, and environment tuning to improve coverage and build times. - Libunwind enablement for native packages and Docker images: added libunwind across Debian/RPM native packages and Docker images to improve debugging and stack unwinding across architectures. - OpenSUSE package build LTO issue fix: disabled LTO for OpenSUSE package builds to mitigate failures observed with LTO enabled. - RHEL native package installation reliability improvements: ensured EPEL release package comes from the Fedora project and enabled CodeReady Builder for RHEL 9+ to improve native package installation reliability. Major bugs fixed: - OpenSUSE LTO-related build failures mitigated by disabling LTO for OpenSUSE package builds. - Native package installation reliability improvements on RHEL achieved by aligning EPEL source and enabling CodeReady Builder on recent RHEL releases. Overall impact and accomplishments: - Broadened platform support and stabilized build pipelines, enabling faster and more reliable releases across architectures (x86, ARM, POWER8+, etc.). This reduces build failures, accelerates feedback, and broadens Netdata deployment options in production environments. - Improved debugging capabilities and support across environments through libunwind integration, facilitating faster issue diagnosis in diverse deployments. - Strengthened packaging reliability across major distributions (OpenSUSE, RHEL), reducing post-release incidents and improving end-user experience. Technologies/skills demonstrated: - CI/CD orchestration for multi-arch builds, including ARM/GPU runners and matrix strategies; Ubuntu 22.04 runner images. - Cross-distro packaging, RPM/DEB packaging, and build tooling optimizations. - libunwind integration and debugging enhancements; build dependencies management for RPM packaging. - Platform-specific build host strategy adjustments (POWER8+, x86) to optimize CI reliability and throughput.

January 2025 Netdata monthly summary focusing on reliability, performance, and deployment accuracy across updater, installers, and CI/packaging pipelines. Delivered 5 key features across updater/systemd, installer deploy, and build tooling; fixed several systemd/PATH-detection issues; and strengthened CI stability and packaging coverage to reduce release risk and improve customer value.

Monthly summary for 2024-12 focused on netdata/netdata. Delivered packaging and installation workflow improvements, strengthened cross-architecture Go build support, and reinforced CI reliability. These changes reduce deployment friction, broaden platform coverage, and improve build stability across architectures.

Netdata — November 2024: Monthly accomplishments focused on strengthening Windows distribution, packaging hosting reliability, release automation, and CI efficiency. These efforts deliver tangible business value by accelerating secure deployments, improving cross-platform coverage, and enabling more predictable major releases.