Firmware engineering and consulting for connected devices — from architecture definition to production deployment.
BLE with Nordic nRF52/nRF53/nRF54 series. STM32 and ARM Cortex-M systems. TI MSP430. Peripheral integration, low-level hardware bring-up, and low-power design.
Modular firmware architecture for scalable products. Communication protocol design. Firmware structure for long-term product evolution. Risk-aware technical planning.
Cybersecurity practices for connected embedded devices. Secure communication and data integrity in IoT systems. Threat-aware firmware design from the ground up.
Firmware code review and architecture assessment. Technical guidance for early-stage hardware products. Documentation and structured development practices.
Assessment of existing firmware or guidance on architectural decisions. Covers modularity, hardware abstraction, scalability, and long-term maintainability.
Adapting agile methodologies to firmware and hardware constraints. Sprint structure, definition of done, testing strategies, and documentation that scales.
Modular, documented, production-oriented firmware — designed to be maintained by someone other than the original author.
Start a Conversationarrow_forward