nRF54L10 Medical Wearable
Build a clinical-grade health monitoring wearable with the nRF54L10 — continuous biosignal acquisition with CRACEN hardware security for HIPAA-compliant BLE data transmission at ultra-low power.
Build a clinical-grade health monitoring wearable with the nRF54L10 — continuous biosignal acquisition with CRACEN hardware security for HIPAA-compliant BLE data transmission at ultra-low power.
Platform: nRF54L10
Mid-range nRF54L series SoC combining ARM Cortex-M33 with a RISC-V co-processor. 1MB Flash and 128KB RAM with BLE 5.4, targeting wearables and connected sensors.
Use Case: Medical Wearable
Clinical-grade wearable device for continuous health monitoring including ECG, SpO2, and body temperature, with secure data transmission to healthcare systems.
Why This Combination
The nRF54L10's CRACEN security engine handles encrypted BLE communication and secure key storage, while the RISC-V co-processor offloads always-on sensor monitoring from the main Cortex-M33.
Key Protocols
ble
What FirmwareMaestro Generates
For this solution, FirmwareMaestro produces a complete project package:
- Product Requirements (PRD)
- Firmware Architecture
- Hardware Abstraction Layer (HAL) design
- State Machine specification
- Code Scaffold (
main.c,prj.conf,CMakeLists.txt,Kconfig) - Devicetree overlay for the target board
- AI-pair-programming
.cursorrules - Build and flash instructions
See the Code Scaffolds guide for details.
nRF54L05 Ultra-Low-Power Beacon
Build a next-generation ultra-low-power BLE beacon with the nRF54L05 — combining the latest CRACEN security hardware with the nRF54L series' record-breaking sleep current for 5+ year coin-cell life.
nRF54LM20 BLE Fitness Tracker
Build a high-end BLE fitness tracker with the nRF54LM20 — the most capable nRF54L chip offering 2MB Flash for rich GATT services, sensor fusion, and OTA DFU with ultra-low standby current.