Medical Devices
Safe, compliant, high-quality technology for regulated environments.
Consumer Electronics
From early concepts to production-ready, scalable products.
Robotics
Integrated hardware and software systems for intelligent automation.
OUR WORK
Explore real-world projects developed by Focus across medical devices, robotics, and consumer electronics, spanning hardware, firmware, software, and test automation.
An electric bike built as a connected mobility device, combining multi-network connectivity and smart, app-integrated features.
Hardware and firmware development for a first-in-human implantable glucose monitor with 3-year battery life.
Embedded safety engineering for autonomous yard trucks, reinforcing full-stack assurance across a live, certification-bound platform.
Full hardware design of an open-source implantable pulse generator, enabling accessible neuromodulation research worldwide.
Neuromodulation device aimed at treating neurogenic bowel dysfunction in individuals with spinal cord injury.
SLAM navigation and real-time mapping, running live on a quadruped robot platform.
Multi-protocol USB host adapters that turn embedded systems testing and debugging into a one-tool workflow.
500W power distribution, gigabit networking, and multi-sensor integration, packed into a rugged ECU for autonomous field operation
nRF54L15 and Zephyr RTOS: migrating a decade-old educational robot to next-generation silicon without touching the BOM
LLM-orchestrated gestures and real-time human-robot interaction, built on a Unitree G1 humanoid platform.
Smart dumbbells that combine AI coaching, automatic weight adjustment, and real-time workout tracking.
A distributed audio mixing system that connects multiple devices over Ethernet, reducing heavy cabling for live shows, studios, and rehearsals.
Hardware development for a connected pill dispenser designed to improve medication management through secure dispensing, real-time monitoring, and optimized motor control.
A wearable posture tracker rebuilt around inertial sensing fused with its original strain gauge, fully compatible with the production app.
An AVAS for hybrid and electric vehicles that meets new safety regulations while emitting sound frequencies proven to promote plant growth, developed with Ayax SA and Toyota.
GPS precision and LoRaWAN connectivity, engineered for off-grid livestock monitoring at scale.