Physician Customer Discovery FormCureTech Physician Customer Discovery Form Continuous Cuffless Blood Pressure Monitoring Thank you for participating in CureTech E-Health Inc.'s customer discovery research. CureTech is a Canadian digital health company developing an AI-powered wearable designed for continuous, cuffless blood pressure monitoring. The technology uses PPG and other physiological signals with proprietary machine-learning and signal-processing approaches designed to reduce motion artifacts. The purpose of this survey is to understand current clinical workflows, unmet needs, potential applications, and requirements for adopting new blood-pressure monitoring technologies. This is a customer discovery survey, not a sales presentation. We welcome candid feedback, including concerns, limitations, and reasons why this type of technology may or may not be useful in clinical practice.Section 1 — Physician Background1. What is your medical specialty? Cardiology Internal Medicine Family Medicine / Primary Care Hypertension Nephrology Endocrinology Geriatrics OtherPlease specify2. Approximately how many patients with hypertension do you manage per month? <25 25–50 51–100 101–250 >250Section 2 — Current Blood Pressure Monitoring3. What methods do you currently use to monitor patients' blood pressure? (Select all that apply) Office BP measurements Home BP cuffs Ambulatory BP monitoring (ABPM) Remote Patient Monitoring (RPM) Connected BP devices OtherPlease specify4. What are the biggest limitations you experience with current BP-monitoring methods? (Select up to 3) Measurements are too infrequent Patient adherence White-coat effect Masked hypertension Limited information during daily activities Limited information during exercise Limited overnight/sleep information Difficulty identifying BP trends Data integration/workflow challenges Cost OtherPlease specify5. How valuable would longitudinal BP information across different conditions—such as rest, daily activity, exercise, sleep, and recovery—be in your clinical practice? Not valuable Slightly valuable Moderately valuable Very valuable Extremely valuable6. What clinical decisions or assessments could more frequent or longitudinal BP information potentially support?Section 3 — Clinical Needs7. What information would you need to distinguish an expected physiological blood pressure response to physical activity or exercise from a potentially concerning or abnormal response that may warrant further clinical assessment?8. Would continuous BP data showing a patient's baseline, activity-related BP response, peak BP, and recovery pattern be clinically useful to you? If so, how might you use this information in clinical decision-making?9. Which potential applications would be most valuable to you? (Select all that apply) Hypertension monitoring Treatment or medication response assessment Longitudinal BP trend monitoring Remote patient monitoring Overnight/sleep BP monitoring Activity/exercise-related BP monitoring Patient adherence monitoring OtherPlease specify10. Which additional physiological measurements would be valuable alongside BP monitoring? (Select all that apply) Heart rate (HR) Heart rate variability (HRV) Respiratory rate SpO₂ Sleep-related metrics Stress-related metrics Activity/exercise metrics Other NonePlease specifySection 4 — Adoption & Workflow11. What would be the most important requirements for integrating a new BP-monitoring technology into your clinical workflow?12. What would be your primary concerns or barriers to adopting a cuffless BP-monitoring technology? (Select all that apply) Clinical accuracy/validation Regulatory clearance Data quality/reliability Integration with EHR/RPM systems Patient adherence/usability Physician workload Cost Reimbursement Privacy/cybersecurity OtherPlease specify13. Who would typically be involved in the purchasing or adoption decision in your organization? Individual physician Medical director Practice/clinic administration Hospital/health-system leadership RPM department Procurement IT/Digital Health OtherPlease specify14. How is remote patient monitoring currently reimbursed or financially supported in your practice or organization, if applicable? Government/public payer reimbursement (e.g., Medicare) Private/commercial insurance reimbursement Employer or health-system funding Patient self-pay Practice/organization absorbs the cost We do not currently provide RPM Other Not surePlease specify15. If you are involved in selecting or adopting new technology, how would you prefer your practice or organization to obtain a solution such as CureTech? Purchase the device and software directly Through an RPM platform Through a healthcare technology vendor/integrator Device + software subscription Other Not surePlease specifySection 5 — CureTech ConceptCureTech is developing an AI-powered wearable designed for continuous, cuffless BP monitoring. The system uses PPG and other physiological signals with proprietary machine-learning and signal-processing approaches designed to reduce motion artifacts, with the goal of supporting BP trend monitoring across sleep, daily activities, and exercise.16. Based on this concept, how relevant could this technology be to your clinical practice? Not relevant Slightly relevant Moderately relevant Very relevant Extremely relevant17. If the technology demonstrated appropriate clinical performance, usability, regulatory compliance, and workflow integration, would you consider participating in a pilot? Yes Possibly No18. What would you want a pilot to demonstrate?19. Would you be willing to have a brief follow-up discussion with the CureTech team? Yes Maybe NoFirst NameLast NameJob Title / Role Organization / Practice / Hospital:Professional EmailProviding your name, role, and organization helps us better understand your perspective. Your responses will be kept confidential and used for customer discovery and product development. We will use your contact details to follow up on this research and, if you have told us you are interested, to discuss a potential pilot. See our Privacy Policy.Submit Form
