The Founders Factory Venture Studio is building a new generation of healthcare companies in partnership with one of the world's leading industrial healthcare groups. We're looking for founders to build with us.
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VENTURE STUDIO
Request for builders
June 2026
Healthcare Studio: Remote Health Monitoring
THESIS
Healthcare is shifting from episodic to continuous care, and from the hospital outward. Ageing populations, chronic disease, workforce shortages, and cost pressure are all pushing in the same direction at the same time. Remote health monitoring - across clinical RPM, hospital-at-home, at-home diagnostics, and elder care tech - sits at the centre of that shift. The clinical end of the market alone is on track from ~$30bn today to over $200bn by 2035.
We've spent the last several months going deep on this space: market structure, value pools, customer pain points across multiple geographies, the gap between what's technically possible and what actually changes a clinical or operational decision.
We're now looking to back founders building in and around this space.
We're open to a wide aperture: clinical remote patient monitoring, hospital-at-home, at-home diagnostics, elder care tech, the infrastructure layers underneath them, and the adjacencies that make any of them work better. If you're building something that helps care happen continuously - across hospitals, homes, and everywhere in between - we want to hear from you.
We will be building these ventures in partnership with a leading global industrial healthcare partner - a company with deep heritage in industrial-grade sensing, secure connectivity, and regulated manufacturing at scale, with established relationships across hospitals, care providers, and pharma in multiple geographies. For the right founders, that unlocks hardware credibility, integration surfaces, and routes to enterprise customers that would otherwise take years to build.
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THESIS
Healthcare is shifting from episodic to continuous care, and from the hospital outward. Ageing populations, chronic disease, workforce shortages, and cost pressure are all pushing in the same direction at the same time. Remote health monitoring - across clinical RPM, hospital-at-home, at-home diagnostics, and elder care tech - sits at the centre of that shift. The clinical end of the market alone is on track from ~$30bn today to over $200bn by 2035.
We've spent the last several months going deep on this space: market structure, value pools, customer pain points across multiple geographies, the gap between what's technically possible and what actually changes a clinical or operational decision.
We're now looking to back founders building in and around this space.
We're open to a wide aperture: clinical remote patient monitoring, hospital-at-home, at-home diagnostics, elder care tech, the infrastructure layers underneath them, and the adjacencies that make any of them work better. If you're building something that helps care happen continuously - across hospitals, homes, and everywhere in between - we want to hear from you.
We will be building these ventures in partnership with a leading global industrial healthcare partner - a company with deep heritage in industrial-grade sensing, secure connectivity, and regulated manufacturing at scale, with established relationships across hospitals, care providers, and pharma in multiple geographies. For the right founders, that unlocks hardware credibility, integration surfaces, and routes to enterprise customers that would otherwise take years to build.
Clinical remote patient monitoring
Continuous, clinically-trusted data that drives decisions, not dashboards
Cardiac hospital-to-home: post-procedure rhythm surveillance, heart failure decompensation detection, AF identification and escalation.
Closed-loop escalation: turning alerts into actions with clear ownership, triage thresholds, and response pathways.
Condition-specific monitoring loops: COPD, diabetes, hypertension, post-oncology - wherever continuous signal beats episodic check-ins.
Pharma-grade monitoring: study-ready data pipelines, adherence transparency, and combination-product enablement.
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Clinical remote patient monitoring
Continuous, clinically-trusted data that drives decisions, not dashboards
Cardiac hospital-to-home: post-procedure rhythm surveillance, heart failure decompensation detection, AF identification and escalation.
Closed-loop escalation: turning alerts into actions with clear ownership, triage thresholds, and response pathways.
Condition-specific monitoring loops: COPD, diabetes, hypertension, post-oncology - wherever continuous signal beats episodic check-ins.
Pharma-grade monitoring: study-ready data pipelines, adherence transparency, and combination-product enablement.
Hospital at home
Bringing acute and post-acute care into the home, safely and at scale
Acute-at-home delivery: monitoring, clinical operations, and logistics that make hospital-level care viable outside the ward.
Safe early discharge: post-surgical and post-procedure surveillance that lets hospitals shorten stays without taking on risk.
Virtual wards and command centres: the clinical operations layer that runs distributed inpatient cohorts in real time.
Care-at-home logistics: medication, devices, in-person visits, and escalation orchestrated as one workflow.
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Hospital at home
Bringing acute and post-acute care into the home, safely and at scale
Acute-at-home delivery: monitoring, clinical operations, and logistics that make hospital-level care viable outside the ward.
Safe early discharge: post-surgical and post-procedure surveillance that lets hospitals shorten stays without taking on risk.
Virtual wards and command centres: the clinical operations layer that runs distributed inpatient cohorts in real time.
Care-at-home logistics: medication, devices, in-person visits, and escalation orchestrated as one workflow.
Elder care
Helping people live independently for longer, with dignity and safety
Ambient safety monitoring: fall detection, bed-exit, and behavioural anomaly detection without wearables or cameras-in-the-room.
Cognitive and functional decline: passive signals that catch deterioration months before a clinical visit would.
Family-loop tools: keeping informal carers, family members, and professional care teams aligned around a single picture.
Care home operations: technology that reduces staffing burden in residential and nursing settings, not just measures it.
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Elder care
Helping people live independently for longer, with dignity and safety
Ambient safety monitoring: fall detection, bed-exit, and behavioural anomaly detection without wearables or cameras-in-the-room.
Cognitive and functional decline: passive signals that catch deterioration months before a clinical visit would.
Family-loop tools: keeping informal carers, family members, and professional care teams aligned around a single picture.
Care home operations: technology that reduces staffing burden in residential and nursing settings, not just measures it.
At-home diagnostics
Moving diagnostic-grade testing out of the lab and into the home
Self-administered diagnostics: blood, saliva, breath, and urine tests with lab-comparable accuracy and clinician-grade reporting.
Connected device diagnostics: ECGs, spirometry, otoscopy, ultrasound - built for non-expert use and integrated into care pathways.
AI-assisted interpretation: making at-home results meaningful and actionable, not just available.
Diagnostic-to-care handoff: the workflow that turns a home result into a prescription, referral, or follow-up.
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At-home diagnostics
Moving diagnostic-grade testing out of the lab and into the home
Self-administered diagnostics: blood, saliva, breath, and urine tests with lab-comparable accuracy and clinician-grade reporting.
Connected device diagnostics: ECGs, spirometry, otoscopy, ultrasound - built for non-expert use and integrated into care pathways.
AI-assisted interpretation: making at-home results meaningful and actionable, not just available.
Diagnostic-to-care handoff: the workflow that turns a home result into a prescription, referral, or follow-up.
Remote Monitoring Infrastructure
The connective tissue that makes everything above work
Device-to-EMR interoperability: multi-vendor onboarding, data normalisation, and writeback into clinical systems of record.
Alert intelligence: reducing false alarms and alert fatigue through sensor fusion, context, and adaptive thresholds.
Fleet management for medical devices: provisioning, security, compliance, and lifecycle management at scale.
Reimbursement and evidence infrastructure: the pipes that make new monitoring services billable and clinically validated.
)
Remote Monitoring Infrastructure
The connective tissue that makes everything above work
Device-to-EMR interoperability: multi-vendor onboarding, data normalisation, and writeback into clinical systems of record.
Alert intelligence: reducing false alarms and alert fatigue through sensor fusion, context, and adaptive thresholds.
Fleet management for medical devices: provisioning, security, compliance, and lifecycle management at scale.
Reimbursement and evidence infrastructure: the pipes that make new monitoring services billable and clinically validated.
Wildcards
If you're building in remote health monitoring and don't see your space above, we still want to hear from you
New sensing modalities, form factors, or signal types we haven't imagined yet.
Underserved conditions, populations, or geographies where continuous care could change outcomes.
Business model innovation: new ways to fund, deliver, or scale remote monitoring.
Anything else - if it makes care more continuous, intelligent, or accessible, it belongs here.
)
Wildcards
If you're building in remote health monitoring and don't see your space above, we still want to hear from you
New sensing modalities, form factors, or signal types we haven't imagined yet.
Underserved conditions, populations, or geographies where continuous care could change outcomes.
Business model innovation: new ways to fund, deliver, or scale remote monitoring.
Anything else - if it makes care more continuous, intelligent, or accessible, it belongs here.