I will build wearable device firmware with low power rtos

Wearable Device, high speed data processing, or advanced audio decoding on ESP32 I design Dual Core FreeRTOS architectures that deliver maximum throughput, low latency, and stable multimedia performance.

Core Expertise

• Parallel Processing: Optimized task allocation across both cores for video decode, frame handling, audio pipelines, and data processing.
• Real Time Multimedia: Stable A V sync, efficient MJPEG and AAC MP3 decoding, smooth rendering under load.
• DSP Implementations: FFT, filtering, noise reduction, EQ, and real time signal conditioning.
• Industrial Architecture: FreeRTOS primitives, ring buffers, and task affinity for deterministic, mission critical behavior.

Success Highlights

• Delivered an MJPEG video pipeline with 35 percent faster decode and smooth playback.
• Developed a dual core audio engine achieving sub 10 ms latency with ample CPU margin.
• Built an IoT edge data processor that cut cloud bandwidth by 42% using on-device DSP compression and filtering.
• Improved a clients streaming pipeline achieving 25% lower jitter and stable long duration performance.

If you need peak ESP32 performance for multimedia or IoT workloads, I can deliver a prod ready Solution.