Current methods of data collection are cumbersome due to the utilization of batteries or tethered power supplies, limiting the operational time and reducing signal fidelity.
Digital medicine offers the ability to gather biomarker and physiological data continuously. This enables automation of information collection and analysis to improve diagnosis, treatment, and management of disease. It is becoming an increasingly powerful tool in modern medicine. Current methodologies of biomarker and physiological data acquisition such as fitness wearables or cumbersome clinical gold standards are not well suited for these applications; their low signal fidelity and dependence on large batteries or tethered power sources make continuous recordings difficult.
We at Senphonics aim to provide users with the first ever long distance, indefinitely wearable platform to deliver patients, clinicians, and researchers with continuous streams of clinical grade biomarker and physiological data without the need for user interaction or tethered power systems. To do this, we have developed a new class of wearable that utilizes advancements in materials science and electronics to enable highly-integrated, patient-specific platforms. These platforms offer skin-like mechanics that can operate wirelessly without dependence on batteries or other limited power supplies.
Phillip Gutruf, Tucker Stuart (ltr)
Our system enables indefinite collection of high-fidelity, multi-modal biomarker and physiological data that would not be possible with conventional systems. Our mission is to create the next generation of digital medicine devices and drive the development of a comprehensive ecosystem for automated diagnostics and therapeutics.
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