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From initial architecture to ongoing support, Bacancy offers the full spectrum of Remote Patient Monitoring services tailored to your clinical workflows and business goals.
We build fully custom RPM platforms with device integration, real-time data collection, dashboards, and EHR connectivity, architected for scale and compliance from day one.
We integrate your RPM solution with leading EHRs using HL7, FHIR, and proprietary APIs, enabling seamless bi-directional data sync and eliminating error-prone manual entry.
We connect blood pressure cuffs, glucose meters, pulse oximeters, and wearables to your platform via cellular and Bluetooth protocols for automatic, real-time data transmission.
Have an existing RPM product? As part of our remote patient monitoring services, we add AI-powered alerts, population health modules, patient engagement tools, billing automation, and more to extend your platform’s capabilities.
We safely migrate your legacy monitoring systems to modern cloud-native architectures, with zero data loss, minimal downtime, and full HIPAA compliance throughout the process.
Our dedicated support teams provide proactive monitoring, bug resolution, performance tuning, and regulatory update management, so your platform stays reliable around the clock.
Every RPM initiative has a different starting point. Some clients arrive with a validated product idea, others with an underperforming platform, and many with internal teams that need specialized RPM expertise. We offer four engagement models built around healthcare delivery realities, so you can pick the one that fits your stage, budget, and risk appetite.
A full-stack, handpicked team that works exclusively on your RPM platform as an extension of your in-house staff. You retain complete control over priorities, sprint planning, and roadmap decisions while we handle hiring, retention, and infrastructure.
A defined RPM build with a locked scope, timeline, and budget. We deliver a working product against signed-off specifications, ideal when you have clear requirements and need cost predictability.
Slot vetted RPM specialists into your existing team to fill gaps in HL7/FHIR engineering, IoMT device integration, cloud healthcare infrastructure, or AI/ML for clinical analytics. You manage them directly; we handle contracts, payroll, and replacement guarantees.
A focused engagement for healthcare organizations running legacy monitoring platforms that need rebuilding, re-architecting, or migrating to modern standards like FHIR R4 and cloud-native infrastructure.
We ensure you’re matched with the right talent resource based on your requirement.
Every platform we build or enhance as part of our Remote Patient Monitoring services includes a robust, clinically validated feature set, customizable to your care model.
Automatic transmission of biometric readings from connected devices directly into the patient dashboard with no manual input required.
Patient vitals, demographics, and care activities sync in near real-time with your EHR, supporting platforms like Epic, Cerner, Athenahealth, and more.
Define thresholds per patient or care program. Trigger email, SMS, or in-app alerts when readings fall outside acceptable ranges, with smart escalation workflows.
Embedded AI tools analyze historical device readings and care notes to surface actionable summaries, emerging risk signals, and care recommendations for clinicians.
Automated text, email, and in-app reminders to patients for readings, medication, and appointments, with multilingual support and low-tech-friendly options.
Monitor entire patient populations at a glance. Segment by condition, risk score, or adherence level, and prioritize outreach based on real-time data.
Track time spent on care management, monitor billing thresholds, and auto-generate superbills with the correct CPT codes (99453, 99454, 99457, 99458) every month.
Support for blood pressure monitors, glucose meters, pulse oximeters, weight scales, and wearables via Bluetooth, cellular, or Wi-Fi connectivity.
All patient data is encrypted end-to-end and stored on compliant cloud infrastructure with full audit trails, role-based access controls, and consent management.
Explore how we have helped healthcare organizations launch, scale, and modernize their Remote Patient Monitoring platforms with measurable clinical and operational impact.
A US-based telehealth provider managing 12,000+ hypertension and diabetes patients relied on manual data collection, spreadsheets, and phone outreach with no EHR integration or automated billing. Bacancy built a full-stack, cloud-native RPM platform with Bluetooth and cellular device support, a real-time clinician dashboard with threshold-based alerts, bi-directional Epic EHR sync via FHIR R4, and an automated CPT billing engine. The platform was delivered in 6 months and resulted in a 43% drop in ER visits, 12,000+ patients onboarded, and a 70% faster billing cycle.
Tech Stack: React, Node.js, Python, FHIR R4, Epic API, BLE/LTE, AWS (ECS, RDS, S3), PostgreSQL, Kafka, HIPAA-compliant infrastructure
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A multi-state physician group’s in-house RPM tool lacked EHR connectivity, generated context-free alerts, relied on manual billing logs, and could not prioritize high-risk patients at scale. Bacancy extended the existing platform with a bi-directional FHIR integration layer connecting five EHR systems, an AI-assisted care summary engine, a rebuilt configurable alert system, a population health dashboard with risk stratification, and an automated superbill module. The expansion delivered a 36% rise in patient adherence, a 70% faster billing cycle, and 5 EHR systems integrated under a single data layer.
Tech Stack: React, Django REST, FHIR R4/HL7, Cerner/Athenahealth APIs, Azure (AKS, Blob), MongoDB, OpenAI API, RabbitMQ, HITRUST-aligned security
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A large home health agency serving 30,000 patients ran RPM on an aging on-premise system that could not support modern devices, lacked an API layer, suffered frequent downtime, and carried compliance gaps. Bacancy executed a phased cloud migration with zero data loss, rebuilt the platform on a microservices architecture on GCP, introduced a FHIR-compliant API gateway, modernized device connectivity for cellular and BLE, and implemented auto-scaling, real-time monitoring, and end-to-end encryption. Completed in 8 months with no care disruption, the modernized platform now sustains 99.9% uptime, recorded zero data loss incidents, and successfully migrated 30,000+ patients.
Tech Stack: React Native, Go (microservices), FHIR R4, BLE/Cellular (LTE), GCP (GKE, Cloud SQL, Pub/Sub), PostgreSQL, Terraform (IaC), SOC 2/HIPAA compliant
DiscoverBeyond building software, we help you deliver measurable clinical and operational outcomes.
Proactive monitoring and timely alerts help care teams intervene before conditions escalate, significantly lowering ER visits and unnecessary readmissions for chronic patients.
AI-assisted outreach and automated reminders drive consistent patient engagement, resulting in higher adherence rates and more accurate longitudinal health data.
Our experienced healthcare developers reduce your build cycle with reusable components, pre-built FHIR integrations, and an agile delivery model, getting your product to market faster.
Built-in billing support ensures you capture every eligible CPT code, optimize reimbursement under CMS guidelines, and maintain compliance with documentation requirements.
Whether you’re monitoring 500 or 500,000 patients, our cloud-native solutions scale seamlessly, with no performance degradation and minimal infrastructure overhead.
EHR sync, automated alerts, and billing generation eliminate manual workflows, freeing your clinical and administrative teams to focus on patient care, not data entry.
Over the years, as a leading Remote Patient Monitoring Company, we’ve worked with telehealth providers, multi-state physician groups, and home health agencies to build, scale, and modernize RPM platforms that handle real clinical workflows under real regulatory pressure. That focus means our team doesn’t need a learning curve on FHIR, EHR APIs, or HIPAA-compliant architecture; we bring that depth from day one and apply it directly to your product. When you choose Bacancy as your remote patient monitoring software development company, you’re getting a team that has solved these exact problems before, across platforms of every size and complexity.
Bacancy provides end-to-end remote patient monitoring services, including building RPM platforms from scratch, integrating connected health devices, EHR interoperability, AI-powered analytics, alert systems, billing automation, and ongoing support. We work with startups, health systems, and telehealth platforms at any stage of their RPM journey.
Yes. We specialize in bi-directional EHR integration using HL7, FHIR R4, and proprietary API frameworks. We’ve successfully integrated with Epic, Cerner, Athenahealth, Allscripts, and other major EHRs, enabling real-time sync of vitals, care notes, demographics, and billing data without disrupting your existing workflows.
A foundational RPM platform with device integration, a patient dashboard, an alert engine, and EHR connectivity typically takes 4-6 months from discovery to launch. Timelines vary based on the complexity of integrations, device types, compliance requirements, and feature scope. We provide detailed project timelines during the discovery phase.
Absolutely. HIPAA compliance is embedded throughout our development lifecycle from architecture design to data storage, access controls, audit logging, and third-party integrations. We build on HIPAA-eligible cloud infrastructure (AWS, Azure, GCP) and follow best practices for PHI protection at every layer of the stack.
Yes, feature enhancement and platform modernization are core parts of our RPM services. Whether you need AI-powered insights, new device support, improved billing workflows, a patient mobile app, or population health dashboards, our team can assess your current codebase and deliver targeted enhancements without disrupting what’s already working.
We support a wide range of FDA-cleared connected health devices, including blood pressure monitors, glucose meters, pulse oximeters, weight scales, heart rate monitors, and wearables. We work with devices communicating via Bluetooth Low Energy (BLE), cellular (LTE/4G), Wi-Fi, and Zigbee, and we can onboard new device types based on your clinical program needs.