November 2025 monthly summary for sunnypilot/opendbc: Key feature delivered: Steering Control Tuning for Subaru Global Gen2, adjusting steering torque limits and rate deltas to improve steering system tuning and feel. No major bugs fixed reported in this period. Overall impact: improved steering feel and drivability with clear commit traceability; establishes groundwork for Gen2 calibrations and continued safety-focused steering optimization. Technologies/skills demonstrated: control systems tuning (torque/limit/delta adjustments), Git-based change management and documentation, issue/reference tracking (#299), and cross-repo collaboration.

October 2025 performance summary: Delivered broad UI/UX improvements, advanced longitudinal and torque lateral controls, and substantial reliability and release-engineering work across sunnypilot/sunnypilot and sunnypilot/opendbc. Key features include UI enhancements (Display settings panel, Onroad Uploads, true-speed speedometer, HUD optimizations) and comprehensive vehicle-control improvements (Gas Interceptor, MADS, Speed Limit Assist state machine, Torque Lateral Control). Major fixes targeted core reliability (PID initialization, bucket boundary adjustments, revert live params) and speed limit rendering/validation enhancements. Cross-brand support and release automation advanced with Intelligent Cruise Button Management across multiple brands, is_release flags, and a version bump to 2025.002.000. Safety and observability were boosted with audible alerts, dynamic ICBM status, and guarded HUD updates.

September 2025 monthly summary for sunnypilot repositories. This period focused on delivering a cohesive Smart Cruise Control and Intelligent Cruise Button Management (ICBM) package with SCC-V vision support, device/migration workflows for Sunnypilot/TICI, and extensive longitudinal planner enhancements (vTarget/aTarget). UI and map UX improvements were rolled out (Road Name persistence, Speed Limit UI, liveMap bearing parsing, SCC-M integration) alongside backend stability improvements (Panda checks consolidation, DBC community imports, branch name migrations). CI/build improvements streamlined fork handling and finalized-stage cleanup. Notable bug fixes and reversions include reverting ICBM core behaviors where needed, UI-related reversions, Toyota smartDSU and CAN Filter revert, and dashcam compatibility refinement. These changes drive better safety, user experience, and developer velocity, with measurable business value in safety, reliability, and faster feature delivery.

August 2025 performance highlights: Delivered safety-critical PID type safety in the Process Manager, refreshed Sunnypilot branding and CI/CD infrastructure, and advanced lateral control and safety capabilities across Sunnypilot and OpenDBC. Expanded vehicle coverage and reliability with Hyundai Non-SCC platform support, ESCC radar-tracking enablement, and Steer-to-0 MDPS; added Honda Clarity Car Port support and parameterized MADS safety tests. Consolidated maintenance and tooling improvements to reduce regressions and accelerate release cycles. Demonstrated cross-repo collaboration and strong tooling adoption (Docker imagery, submodule management, CI pipelines) to drive measurable business value through safer, faster deployments and broader platform support.

July 2025 focused on enabling data-driven lead-vehicle awareness, stabilizing cross-repo data models, and tightening CI/CD automation across Sunnypilot projects. The month delivered feature work that directly improves safety and vehicle control, stabilized sensor data processing, and strengthened release reliability through process improvements. Key features and stabilizations delivered: - Lead Vehicle Data Parsing for RadarState (sunnypilot/sunnypilot): enables car control to access the two closest leads (leadOne/leadTwo) via CarControlSP; introduces LeadData in custom.capnp and updates helpers. Commits: 5b137d666f6b4ce343443c92b4c5d6b6465cafba; 713f8bfc21174f98e04d888ae18de0f71aaa2830. - Radar Lead Data Model (sunnypilot/opendbc): adds a dedicated LeadData dataclass to encapsulate lead vehicle information for radarState parsing, improving data flow and reliability. Commit: 25a5079a6ed31a3de2b4c2444720dbee9d162c52. - Startup Origin Detection Correction: enhances startup event detection to recognize remote origins from both commaai/openpilot and sunnypilot/sunnypilot; adds sunnypilot_remote handling. Commit: 24699f3e540406225ed31bf546c11a58466d3986. - CI/CD Workflow Maintenance and Branch Standardization: refactors and standardizes CI/CD workflows, PR handling, and master-branch references to improve automation and consistency. Commits: e4ac9af4045df260b4ba506966f17d121e5a6815; 72a6c9fd65c68bb79026020abea795e924d5fedb; 259e2fd5af0537068d6c96f45917c13508f209ba; 6e76d0ca86dd4a771f502201ce759aabe5437ff8. - CI Branch Handling Improvements (OpenDBC): fixes to CI config to use master for mutation tests and clarifications on auto_pr_review exclusions, improving reliability across branches. Commits: f4a96734a510db2d8131f93352842d29129ea000; 2a11f9627cf7e43c0d7b0ab25051b7b305f03c1f. Major bugs fixed and stabilization: - Reverted unstable radar lead parsing changes in Sunnypilot to restore baseline stability. Commit: fd8cebf2c334edde3946762d003911d866b0e510. - Startup origin detection alignment to Sunnypilot remote origins to prevent misclassification at startup. Commit: 24699f3e540406225ed31bf546c11a58466d3986 (also listed above as feature update). Overall impact and accomplishments: - Safer, more responsive lead-vehicle awareness streams into car control, reducing following gaps and improving following behavior in complex traffic. - One data model (LeadData) now consistently captures radar lead information across the stack, reducing integration risk and simplifying future enhancements. - Deployment reliability improved through standardized CI/CD workflows and clearer branch strategies, accelerating safe releases across Sunnypilot projects. Technologies/skills demonstrated: - Cap'n Proto data modeling (LeadData) and radar lead parsing integration - Dataclass modeling and data flow stabilization in OpenDBC - CI/CD automation, GitHub Actions workflow orchestration, and branch/PR handling standardization - Cross-repo collaboration and alignment of startup origin handling across open-source ecosystems

June 2025 performance summary for Sunnypilot projects. Delivered data-model enhancements, map data capabilities, UI improvements, and reliability fixes that collectively raise vehicle state fidelity, map coverage, and testing stability, while accelerating future enhancements.

May 2025 monthly summary for Sunnypilot: Delivered cohesive platform enhancements and safety-focused features across sunnypilot/sunnypilot and sunnypilot/opendbc, driving configurability, safer vehicle control, and broader vehicle support. Key outcomes include UI Platform improvements enabling runtime configurability via longitudinal settings, platform init hooks, and panel refresh signals, plus consolidated UI work and CarControlSP live params. Major MADS work delivered a Unified Engagement Mode refactor and prep for further refactoring, alongside Pause -> Enabled transitions and Pause Lateral brake/regen evaluation to improve engagement stability. Hyundai-specific fixes reasserted tunings and added auto radar track enabling for Hyundai CAN to improve reliability. OpenDBC improvements added Rivian and Tesla safety/vehicle support enhancements and parameter exposure, including live CarParams/parameter handling and documentation, enhancing runtime configurability and safety. Ongoing dependency upgrades (Python packages) improved compatibility, security, and stability across repos.

April 2025 performance summary across sunnypilot/opendbc, deanlee/openpilot, and sunnypilot/sunnypilot focused on delivering reliability, safety, and market-ready features. Key features were extended Hyundai radar interface for SCC lead data parsing with ESCC integration, improved Hyundai SCC lead detection parsing, extended firmware fingerprinting attributes for broader model coverage, and branding refresh from 'openpilot' to 'sunnypilot'. Major UI/UX and safety-related fixes included Toyota latActive-based UI updates, and several MADS-related improvements to gear handling, warnings, and driver monitoring integration. CI/build reliability was enhanced through caching, streamlined dependencies, and workflow formatting refinements, accelerating iteration cycles. Reverts and stability fixes (SecOC for Toyota, MADS brake/gear behavior adjustments) reduced risk of unintended disengagement, while targeted NNLC stabilization and UI reliability improvements strengthened model safety and performance. Overall, these efforts increased system reliability, expanded hardware compatibility, improved user experience, and shortened cycle times for safe feature delivery.

Monthly summary for 2025-03 across sunnypilot/opendbc and sunnypilot/sunnypilot. The month delivered safety-focused feature work, broad safety checks, and development hygiene improvements that directly impact safety, reliability, and developer velocity. Highlights span Hyundai CAN FD enhancements, MADS safety migrations, safety replay refinements, NNLC integration, and UI/CI updates that together increase safety coverage, cross-vehicle compatibility, and traceability.

February 2025 (2025-02) monthly summary focused on expanding cross-brand steering interaction, strengthening CAN/CAN-FD architecture, expanding hardware coverage, and improving reliability tooling. Key work delivered across sunnypilot/opendbc and sunnypilot/sunnypilot includes cross-brand steering wheel button parsing with a unified Vehicle Selector, and porting support for Hyundai Nexo 2021 and Kona 2022. CAN-FD/CAN architecture was overhauled to introduce a common DBC across CAN and CAN-FD, simpler cruise button RX checks, and refactored safety TX flows, complemented by wheel-speed parsing and speed conversion improvements. Firmware version entries were added for GV70 Electrified 2024, GV70 2024, and Ioniq 5 2023, expanding hardware compatibility. Implemented CAN Longitudinal enablement for radar-based SCC platforms and safety disablement for HDA2 without an ADAS Driving ECU, enabling safer longitudinal control where applicable. MADS reliability enhancements (gear events handling and Park-mode canBusMissing suppression) were completed to reduce false alarms, and maintenance tooling/test data updates were added to keep references current. Overall, these efforts improve cross-brand integration, safety, data fidelity, and time-to-value for adding new vehicles.

2025-01 monthly summary: Delivered critical market-specific content updates and sensor/architectural improvements across Sunnypilot and related repos, enhancing safety, compliance, and maintainability. Key market updates included Hyundai Ioniq 5 regional documentation and Indian firmware version metadata, and Genesis GV70 Electrified 2022 support for the Australian market, improving accuracy and readiness for regional deployments. Radar integration improvements added automatic radar track enablement for applicable Mando radars in Hyundai CAN, reducing manual configuration and widening sensor enablement. A major internal refactor reorganized Sunnypilot parameters by migrating CarParams and CarControl to dedicated CarParamsSP and CarControlSP cereals, improving code clarity and future extensibility. UI and UX enhancements in Sunnypilot include adding a panel in settings and showing the default driving model name, improving configurability and user understanding for operators. These outcomes, combined with routine submodule maintenance and CI/test log updates across Panda and OpenPilot forks, reduce maintenance overhead, improve reliability, and accelerate future feature delivery.

December 2024 monthly highlights across four repos. Key business value delivered includes stabilizing developer workflows, improving CI reliability, enabling packaging/distribution readiness, and expanding hardware signal coverage for safer vehicle control. Specifics: LFS workflow stabilization through a new LFS Reference Synchronization Script in sunnypilot/sunnypilot, and a rollback of the prior LFS integration to restore stable operations. CI reliability improvements by enforcing simulator failures in CI (reverting previous skip-on-error) and updating test references. Packaging readiness achieved by configuring Sunnypilot packaging as a symlink to streamline packaging/distribution. Cross-platform readiness advanced with macOS-native setup and UI build improvements. Expanded CAN signal handling and gear control support across opendbc, including Hyundai gear shifter parsing and CAN longitudinal support for Camera SCC cars, plus Chrysler LKAS/traction button signals.

November 2024 monthly summary for sunnypilot work across opendbc and sunnypilot repositories. Focused on increasing configurability, improving data reliability, and expanding automated driving capabilities, with targeted feature delivery and critical bug fixes enabling faster validation and safer deployments.