Cadence selected as second participant in FDA’s TEMPO digital health pilot
Cadence’s HypertensionOS joins the FDA’s TEMPO pilot as the second participant. The AI-driven SaMD supports clinicians in managing Stage 2 hypertension. Cadence currently manages over 100,000 patients across 20+ health systems, reporting a 70% relative increase in blood-pressure control.

*this image is generated using AI for illustrative purposes only.
Cadence, a clinical AI company focused on automating chronic disease treatment, announced that its HypertensionOS software has been selected by the U.S. Food and Drug Administration (FDA) as the second participant in the Technology-Enabled Meaningful Patient Outcomes (TEMPO) for Digital Health Devices Pilot.
HypertensionOS is classified as prescription software as a medical device (SaMD). It incorporates AI-assisted functionality designed to support clinician-supervised medication initiation and titration for patients diagnosed with Stage 2 hypertension. The system operates within predefined eligibility criteria and deterministic safety checks, intended for use by licensed healthcare professionals with prescriptive authority, such as physicians or Advanced Practice Registered Nurses (APRNs).
Regulatory Context and Scope
The TEMPO pilot was launched by the FDA in connection with the Centers for Medicare & Medicaid Services Innovation Center’s Advancing Chronic Care with Effective, Scalable Solutions (ACCESS) Model. The initiative aims to promote access to specific digital health technologies while safeguarding patient safety and generating real-world evidence on their performance in everyday care.
Participation in the TEMPO pilot does not constitute FDA approval or clearance of HypertensionOS, nor does it represent an FDA determination regarding its safety or effectiveness. The effectiveness of devices selected for TEMPO has not been evaluated by the FDA for the intended uses being evaluated through the pilot.
Operational Foundation
Cadence enters the pilot with an established clinical and operational foundation. The company partners with more than 20 leading health systems and treats over 100,000 active patients with chronic disease. Peer-reviewed research indicates that Cadence drives a 70% relative increase in blood-pressure control among hypertension patients, alongside reductions in hospitalizations and total cost of care across chronic-disease populations.
Through the TEMPO pilot, Cadence plans to generate and report real-world data related to the safety, performance, and patient outcomes associated with HypertensionOS. This evidence is intended to inform how clinical AI systems are built, evaluated, and regulated going forward.
What the Numbers Show
The company’s scale of operations provides a substantial base for the pilot’s data generation. With over 100,000 active patients under management across more than 20 health systems, Cadence has moved beyond early-stage validation to large-scale deployment. The reported 70% relative increase in blood-pressure control suggests that the AI-assisted model is already delivering measurable clinical outcomes at this scale, which will form the core dataset for the FDA’s real-world evidence requirements under TEMPO.
How might the real-world evidence generated by Cadence in the TEMPO pilot influence future FDA regulatory frameworks for AI-driven Software as a Medical Device (SaMD)?
What are the potential implications for healthcare reimbursement models if Cadence's reported 70% increase in blood-pressure control leads to widespread adoption under the ACCESS Model?
Could Cadence's success in hypertension management serve as a blueprint for expanding its AI platform to other chronic conditions like diabetes or heart failure?

































