Wearable personal kinetigraph

Our approach began with a systems engineering process that defined clear technical and user requirements. Outerspace’s design and engineering teams collaborated with Global Kinetics to scope the project, assess risks, and set achievable milestones. A new high-resolution color display and bespoke user interface were introduced to give the watch a modern look while simplifying the patient experience. When global shortages made the preferred microprocessor unavailable, our team quickly pivoted, restructured the electronics, and optimized firmware to deliver the same functionality within existing hardware constraints. Mechanical and industrial designers worked in parallel to develop a sleek new casing, interchangeable straps, and improved charging dock — resulting in a smart watch that balances advanced functionality with everyday usability.

Our systems engineering team set the direction by mapping user needs against regulatory and technical requirements. Electronic engineers developed the screen specification, sourced a custom TFT screen, and integrated it with the hardware, while firmware engineers optimized performance within the limitations of available processors. Technical challenges included maximizing screen refresh rates, refining power efficiency, and ensuring seamless UI operation. The multidisciplinary team also tackled mechanical challenges such as minimizing the electronics footprint, integrating haptic feedback and sensors, and ensuring durability through waterproofing and impact testing. By blending systems engineering, electronics, and firmware development, Outerspace helped Global Kinetics overcome regulatory, technical, and supply-chain hurdles to deliver a world-class medical wearable.