Low-Power Optimization Sprint – ESP32

Description

Low-Power Optimization Sprint – ESP32

Poor power management is one of the most common reasons IoT products fail in the field. High current draw, incorrect sleep usage, or inefficient hardware choices can reduce battery life from months to days.

This fixed-scope optimization sprint is designed to identify, fix, and document power consumption issues in your ESP32-based device so you can confidently move toward pilot or production.

You get real measurements, concrete changes, and clear before/after results — not vague advice.

🔍 Scope of Work (What’s Included)

This service focuses specifically on power consumption optimization, including:

• Power profiling of ESP32 firmware

• Identification of high-current tasks and peripherals

• Deep sleep, light sleep, and wake-up strategy optimization

• Duty cycling of sensors and communications

• Wi-Fi / BLE power usage optimization

• Review of hardware-level power consumption risks

• Recommendations for low-power hardware modifications

⚠️ This service assumes an existing firmware baseline. New feature development is not included.

📦 Deliverables (Tangible Outcomes)

You will receive:

• Optimized ESP32 firmware with low-power improvements

• Power profiling report, including:

  • Current consumption breakdown

  • Identified power hogs

  • Before/after comparison

• Hardware modification notes (if applicable)

• Estimated new battery lifetime based on measured data

All outputs are practical, measurable, and ready for internal review.

⏱ Execution Model

• Fixed-scope optimization sprint

• Defined milestones and review points

• No open-ended tuning or scope creep