
Akshat Agrawal enhanced the espressif/esp32-wifi-lib repository by developing and stabilizing Wi-Fi Fine Timing Measurement (FTM) features and addressing critical connectivity bugs across multiple ESP32 variants. Over three months, Akshat implemented binary-level fixes to improve SoftAP SA Query reliability, added FTM support for the ESP32C61, and resolved dialog token inconsistencies to ensure robust FTM communication. His work involved embedded systems and firmware development, utilizing C/C++ and binary patching to validate cross-variant compatibility. These targeted improvements increased Wi-Fi reliability and measurement accuracy in field deployments, demonstrating a focused, in-depth approach to embedded wireless system engineering and maintenance.

September 2025 monthly summary for espressif/esp32-wifi-lib focused on stabilizing Wi-Fi FTM reliability across ESP32 variants. Key bug fix implemented to reset the dialog token of the last FTM response to zero, addressing cross-variant inconsistencies and improving system-wide reliability in FTM communication. The change was implemented and recorded in commit c34ffa6fcd67211c0350b5f687c7498c7fb64963 (bugfix(wifi): Set the dialog token of last FTM resp to Zero(6a743362)).
September 2025 monthly summary for espressif/esp32-wifi-lib focused on stabilizing Wi-Fi FTM reliability across ESP32 variants. Key bug fix implemented to reset the dialog token of the last FTM response to zero, addressing cross-variant inconsistencies and improving system-wide reliability in FTM communication. The change was implemented and recorded in commit c34ffa6fcd67211c0350b5f687c7498c7fb64963 (bugfix(wifi): Set the dialog token of last FTM resp to Zero(6a743362)).
July 2025: Delivered ESP32 Wi-Fi library enhancements focused on Fine Timing Measurement (FTM) with ESP32C61 and improved reliability at 40 MHz bandwidth. The work included adding ESP32C61 FTM support, updating binary assets across ESP32 libraries to enable new FTM functionality, and fixing critical FTM failures to increase robustness in field deployments. All changes target improved positioning accuracy and deployment reliability for ESP32-based devices, with a clear business impact in performance-sensitive Wi-Fi RTT scenarios.
July 2025: Delivered ESP32 Wi-Fi library enhancements focused on Fine Timing Measurement (FTM) with ESP32C61 and improved reliability at 40 MHz bandwidth. The work included adding ESP32C61 FTM support, updating binary assets across ESP32 libraries to enable new FTM functionality, and fixing critical FTM failures to increase robustness in field deployments. All changes target improved positioning accuracy and deployment reliability for ESP32-based devices, with a clear business impact in performance-sensitive Wi-Fi RTT scenarios.
February 2025: Focused on stabilizing ESP32 Wi-Fi connectivity in the espressif/esp32-wifi-lib repository. Implemented a SoftAP SA Query reliability fix by updating binary libraries across ESP32 variants and validating stability across devices. This work reduces intermittent SA query dropouts and enhances overall Wi-Fi reliability for deployments.
February 2025: Focused on stabilizing ESP32 Wi-Fi connectivity in the espressif/esp32-wifi-lib repository. Implemented a SoftAP SA Query reliability fix by updating binary libraries across ESP32 variants and validating stability across devices. This work reduces intermittent SA query dropouts and enhances overall Wi-Fi reliability for deployments.
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