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Translating Clinical Rehabilitation Into a Home-Based Connected Treatment Experience
The client was developing a therapy solution aimed at individuals undergoing musculoskeletal rehabilitation, particularly those requiring structured muscle stimulation programs. Traditionally, such treatments are delivered in supervised clinical environments, where therapy intensity, duration, and consistency are managed by trained professionals. However, maintaining frequent clinic visits is often impractical for patients dealing with mobility limitations, long recovery periods, or geographic constraints. The project involved building a connected system where a therapy device could be controlled and monitored through a mobile application. The intention was not to replace clinical care but to extend it beyond physical settings, allowing patients to continue prescribed treatment routines independently. ePhoenix was responsible for engineering the mobile application layer and enabling stable communication between the therapy hardware and digital interface. This required aligning device behaviour, clinical treatment logic, and user interaction design into a coherent system that patients could operate without technical assistance. The resulting platform functions as a digital therapy companion, guiding users through structured treatment sessions while maintaining consistency with clinical protocols.
Phased product development with continuous hardware-software integration cycles
Healthcare
ePhoenix helped us translate complex therapy workflows into a digital system that patients can confidently use at home. Their ability to align device behaviour with real-world treatment needs was critical to the success of this platform.

Clinical Product Lead
The work began by understanding how therapy sessions are structured in real clinical contexts. These sessions were then broken down into discrete digital steps that could be sequenced logically within the application.
Device communication layers were engineered to prioritise reliability over feature complexity. Special attention was given to how pairing, calibration, and session control interactions behaved in real-world usage scenarios.
User interaction design focused on reassurance rather than efficiency alone. Visual and behavioural cues were implemented to help patients understand therapy progression without requiring medical interpretation.
Continuous collaboration with device engineers ensured that therapy parameters remained synchronised between firmware logic and application workflows.




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