February 2026 monthly summary for rdk-wifi-hal. Delivered Dynamic Frequency Selection (DFS) toggle via dmcli, enabling runtime enable/disable of DFS and application of correct driver parameters and radio settings. Fixed a regression (LTE-2862) where DFS could not be toggled via dmcli, implementing proper driver wiring and tests. Result: improved remote configuration, regulatory compliance, and stability for DFS in supported devices.

Delivered Product-Specific AMSDU TID Configuration for the 6G band in the OneWifi repository, introducing a per-product flag controlled via conditional compilation and integrated into relevant builds. This enables configurable AMSDU TID behavior across product variants, reducing cross-product risk and supporting 6G performance optimization. The change is documented with a signed-off commit (XF10-280) by Jayanth Rajan and includes a defined test procedure to validate AMSDU behavior. Overall impact: improved configurability, faster, safer release readiness, and clearer ownership.

Month: 2025-11 — OneWifi (rdkcentral/OneWifi) delivered two key features on Hub4 to strengthen platform compatibility and user onboarding. The work focused on preventing unsupported WiFi standards on Hub4 and enabling WPS for private VAPs, aligned with RDKB-62080 tickets. No separate bug fixes were reported for this period; the updates emphasize platform reliability and a smoother setup experience. Business impact: reduces risk of compatibility issues on Hub4, accelerates onboarding for end users, and sets the stage for cross-Hub4/Hub6 alignment to support scalable deployments.

October 2025 monthly summary focusing on key accomplishments and impact for the rdk-wifi-hal workstream.

Monthly summary for 2025-08: rdk-wifi-hal delivered two critical bug fixes improving security signaling and DFS responsiveness, enhancing network stability and client compatibility. Commits fixed this month: 78422331aeef65967205cd0ac240c54bea860f5f (WPA/WPA2 mixed-mode beacon security configuration) and 6ab26cc0a1d98c9a03e02f5e95f200082161ebe3 (CSA frame triggering after radar detection).

April 2025 monthly summary focusing on feature delivery across two repos (OneWifi and rdk-wifi-hal) with emphasis on build automation, modularity, and HAL enhancements. Key work included integrating Station Manager into the OneWifi build, and extending the Wi-Fi HAL with RRM beacon reporting capabilities. No major bugs fixed were reported this period; the emphasis was on delivering robust features and streamlining build processes. Overall impact includes improved build traceability and network management tooling, enabling faster Station Manager integration and better beacon-based network optimization. Technologies demonstrated include build automation, shell scripting, cross-repo collaboration, and HAL API design.

Concise monthly summary for 2025-03 focusing on feature delivery, debugging support, and foundational work across Wi-Fi hardware abstraction and OneWifi. Highlights include enabling EAPOL packet capture for external client troubleshooting and establishing the initial Station Manager App codebase with build integration.

February 2025 monthly summary for rdk-wifi-hal development focusing on stability and reliability improvements through ACL drop behavior fix.

January 2025 monthly summary focusing on reliability, security policy enforcement, and driver communication across OneWifi and rdk-wifi-hal. Key outcomes include ACL over NL80211 implementation, DFS channel handling fix, and reduced PHY reconfiguration. Business value realized through improved DFS reliability, MAC filtering policy enforcement, and reduced downtime across APs and hubs.

December 2024 performance summary focusing on delivering Eco Mode power management enhancements for WiFi radios across core WiFi subsystems. Key features delivered include Eco Mode support for WiFi radios in OneWifi with a marker-file based wait/retry mechanism and a platform-specific extension for XER10; and Eco Mode/EDPD integration for XER10 in the rdk-wifi-hal layer via conditional compilation and GPIO-based power control. The work advanced reliability and energy efficiency, enabling safer restarts and better power management on compatible devices. The development included iterative commits (initial enable, revert, and final enable) to ensure correctness and rollback safety. Overall, these changes improve device stability during restarts, reduce power leakage, and align with SR213 product requirements.