Healthcare Product Engineering · RPM Software
Remote Patient Monitoring Software Development Services
Design, build and scale secure RPM platforms that connect patients, medical devices, care teams and EHR systems through reliable data pipelines, intelligent alerts and clinically manageable workflows.
BLE
CONNECTED
FHIR
SYNCING
AI
ACTIVE
Patient reading — BP 142/91
ALERTDevice sync — glucose meter
LIVEEHR sync — Epic FHIR
RUNNINGAlert queue — 3 unreviewed
PENDINGWhat Peerbits is: a healthcare software engineering company that designs, develops, integrates, modernizes and scales RPM platforms. What Peerbits is not: a healthcare provider, remote monitoring service, medical-device manufacturer, or billing/legal consultancy.
Beyond the Dashboard
Build more than an RPM dashboard
A successful RPM solution has to manage the complete operational workflow around patient-generated health data — not just display a chart of recent readings.
Architecture choices here directly shape care-team workload, patient adherence, data reliability, scalability, auditability and user adoption — this is a product-engineering problem as much as a clinical one.
Patient onboarding
Enrollment, consent and device activation.
Continuous readings
Ingestion, validation and missing-data handling.
Clinical thresholds
Rules, alert triage and patient communication.
Care-team operations
Documentation, EHR sync and operational oversight.
What We Build
Remote patient monitoring solutions we build
End-to-End RPM Platforms
Patient apps, clinician dashboards, admin portal, device connectivity, alert management, reporting, EHR integration.
Chronic-Care Monitoring
Workflows supporting programs for hypertension, diabetes, CHF, COPD, obesity and post-discharge recovery.
Virtual Care & Care-Management
Patient monitoring, care plans, communication, tasks, notes, escalations, follow-up workflows.
Post-Acute & Transitional Care
Discharge onboarding, recovery tracking, symptom reporting, scheduled assessments, escalation.
Senior & Home-Care Monitoring
Remote observations, adherence support, caregiver access, safety workflows, communication.
Connected Medical-Device Platforms
Device registration, device-to-cloud connectivity, data ingestion and normalization, device-health status.
White-Label RPM SaaS
Multi-tenancy, customer-specific configuration, branding, role management, subscription controls.
RPM Modules for Existing Products
Embedded monitoring, alert engines, clinician dashboards, device integrations, EHR connectivity.
User Experience
RPM applications and portals
Patient Mobile Application
- Onboarding & device pairing
- Biometric readings & symptom assessments
- Medication reminders & care-plan tasks
- Secure messaging & appointment reminders
- Consent management & technical support
Clinician Dashboard
- Prioritized work queues & trends
- Thresholds & alerts
- Patient timelines & notes
- Care-team assignment & communication
- Documentation & escalation
Care Coordinator Portal
- Task queues & patient outreach
- Adherence follow-up
- Device troubleshooting
- Call documentation
- Escalation & workload distribution
Administrative Portal
- Organization & user setup
- Program configuration & device inventory
- Threshold templates
- Audit logs & reporting
- Tenant management
Caregiver / Family Access
- Delegated, patient-approved visibility
- Notifications & communication
- Care coordination support
Caregiver and family access must always be controlled through explicit patient consent and role-based permissions — never granted by default.
Device Integration
Connect devices without locking the platform to one vendor
We integrate with device categories including blood-pressure monitors, blood-glucose meters, pulse oximeters, weight scales, thermometers, spirometers, ECG devices, activity trackers, wearables, medication-adherence devices, connected inhalers where applicable, and custom IoMT devices.
Bluetooth Low Energy
Direct pairing with the patient's mobile app.
Cellular & Wi-Fi devices
Devices that connect independently of a paired phone.
Device-cloud & aggregator APIs
Vendor cloud platforms and multi-device aggregators.
Mobile SDKs & direct integrations
Manufacturer SDKs and custom hardware integration.
We don't claim support for every device by default. Feasibility depends on manufacturer APIs, SDK availability, regulatory constraints, device certification, data-access agreements, protocol documentation, available testing hardware, and regional availability.
DEVICE-TO-CLOUD-TO-CARE-TEAM ARCHITECTURE
Patient & Medical Devices
Connectivity Layer
RPM Cloud Platform
Care Team & EHR
Data Engineering
RPM data pipeline
The journey of a single patient reading, from device to care team:
Engineering considerations
Timestamps & time zones
Units of measurement
Device identifiers & patient-device assignment
Duplicate & delayed readings
Missing & implausible values
Offline sync & connectivity failures
Data provenance
Idempotency
- 01
Device generates a reading
- 02
Reading reaches the mobile app, hub or vendor cloud
- 03
Platform authenticates the source
- 04
Data is validated and normalized
- 05
Patient identity is matched
- 06
Duplicate or invalid readings are handled
- 07
Threshold and workflow rules are applied
- 08
Relevant alerts or tasks are generated
- 09
Care-team users review and document actions
- 10
Approved data or summaries sync with connected systems
Alert Engineering
Turn continuous readings into manageable workflows
An alert for every abnormal reading creates noise and care-team burden. We build configurable thresholds, patient-specific thresholds, sustained-condition and repeated-reading rules, trend-based conditions, missing-reading alerts, symptom-plus-vital combinations, severity levels, escalation rules, quiet hours, suppression, duplicate-alert prevention, acknowledgment, assignment, resolution and documentation.
Reading
Validation
Rule Evaluation
Prioritization
Human Review
Action
Documentation
The platform supports care-team decision-making. Clinicians or other authorized staff remain responsible for clinical action, and thresholds and protocols must be approved by your organization's clinical stakeholders.
Alert Fatigue
Reducing RPM alert fatigue
Alert fatigue is one of the biggest adoption barriers for care teams. Our platforms are designed to surface the right alerts at the right time — not every threshold breach.
Prioritizing patients rather than isolated readings
Combining multiple related data points
Distinguishing technical from clinical alerts
Accounting for individual patient baselines
Suppressing duplicate notifications
Recognizing persistent patterns over time
Routing alerts to the correct team
Supporting defined escalation policies
Measuring alert volume and resolution times
AI & Automation
AI capabilities for RPM platforms
AI works as workflow augmentation inside a governed process — not autonomous clinical decision-making.
Alert Prioritization
Helps organize patients or alerts for review.
Patient-Risk Indicators
Configurable, risk-supporting insights from approved data.
Trend Detection
Identifies meaningful changes across readings over time.
Adherence Analysis
Flags missed readings and inactive patients.
Patient Summaries
Reviewable summaries of readings, symptoms and actions.
Care-Team Copilots
Helps find information and prepare draft documentation.
Operational Forecasting
Supports staffing and capacity planning.
Anomaly Detection
Flags unusual readings or data-quality problems.
Safeguards built into every AI capability: human review, confidence indicators where appropriate, explainability, source traceability, audit logging, feedback capture, model monitoring and fallback workflows. AI does not diagnose conditions or replace clinicians in our implementations.
Interoperability
EHR and healthcare-system integration
We architect connections to Epic, Oracle Health, athenahealth, eClinicalWorks, NextGen, Veradigm, practice-management systems, care-management platforms, healthcare data warehouses, patient portals, billing platforms and CRM systems where appropriate, using FHIR R4, HL7 v2, SMART on FHIR, REST APIs, webhooks and interface engines.
Relevant FHIR resources may include Patient, Observation, Device, DeviceMetric, CarePlan, CareTeam, Questionnaire, QuestionnaireResponse, Communication, Encounter, Condition and Goal.
Not every EHR supports every resource or workflow equally. Integration scope depends on vendor API availability, customer authorization, implementation agreements, sandbox access, data scope and onboarding requirements.
RPM-TO-EHR INTEROPERABILITY
Patient & Device Layer
RPM Platform
FHIR / HL7 Integration Layer
EHR & Clinical Systems
Program Documentation
RPM reimbursement-supporting workflows
For US-based RPM programs, software can support operational documentation often associated with CPT codes such as 99453, 99454, 99457, 99458, 99091 — enrollment records, device setup records, consent capture, reading history, engagement logs, care-team activity, communication records, time tracking, monthly summaries, exportable documentation and billing-system integration.
Important disclaimer
Program eligibility, documentation, supervision and billing requirements should be validated by your organization's billing, legal and compliance specialists. Peerbits does not provide billing, coding or legal advice, and does not promise reimbursement. Outside the US, equivalent documentation needs vary by market and should be assessed against local program requirements.
Adoption
Patient engagement and adherence
Effective RPM software has to account for elderly users, limited technical ability, accessibility needs, unstable connectivity, shared devices, language preferences and low digital literacy — non-adherence is usually a design gap to close, not a patient failing.
Simple onboarding & guided device pairing
Reading reminders & adherence tracking
Multilingual, accessible interfaces
Symptom questionnaires & education
Secure messaging & appointment reminders
Technical-support workflows
Caregiver involvement
Re-engagement after missed readings
RPM as a Product
Multi-tenant RPM SaaS architecture
For companies building RPM as a product, we architect support for multiple healthcare organizations, tenant isolation, organization-specific branding, configurable workflows, program templates, separate user roles, device catalogs, threshold templates, regional settings, subscription management, usage reporting, configurable integrations, tenant-level audit logs and scalable cloud infrastructure.
Single-Provider Implementation
One organization, one configuration, deployed for internal use.
Enterprise Multi-Organization Platform
Several affiliated organizations sharing a platform with isolated data.
White-Label SaaS Product
A licensable product with per-customer branding and configuration.
System Design
RPM architecture and scalability
A modern RPM platform typically decomposes into services such as identity and access, patient management, device management, data ingestion, normalization, rules engine, alerting, workflow, notifications, interoperability, analytics, audit and administration — supported by APIs, event-driven processing, queues, caching, data partitioning, high availability, observability, retry handling, dead-letter queues, disaster recovery, autoscaling and regional deployment.
We don't prescribe microservices for every project. The right architecture reflects expected patient volume, reading frequency, device mix, integration complexity, team capability, regulatory needs and growth plans.
RPM PLATFORM ARCHITECTURE
CLIENT LAYER
API GATEWAY & AUTH
CORE SERVICES
INTEROPERABILITY LAYER
DATA & ANALYTICS
INFRASTRUCTURE
Security & Compliance
Security and compliance-aware development
HIPAA- and GDPR-aware architecture
Designed around PHI handling and privacy requirements from the start.
Role-based, least-privilege access
Access scoped to job function and clinical relationship.
Multi-factor authentication
Enforced for all user roles accessing patient data.
Encryption in transit and at rest
For all PHI and health data across the platform.
Audit logging & consent management
Traceable records across workflow, access and data-change events.
Secure device authentication & API security
Device registration, token management and API gateway controls.
Data minimization & secure test data
Only collecting and retaining what is operationally required.
Secrets management & vulnerability management
Infrastructure-level controls and regular security scanning.
Incident-response readiness
Defined procedures for detection, containment and notification.
Backup, recovery & cloud-security controls
Tested restoration and cloud-environment hardening.
Vendor-risk review
Third-party assessments for all integrated services.
Configurable data-retention
Policy-aligned retention and deletion workflows.
This is compliance-aware development designed to support your approved requirements — it is not a claim of automatic HIPAA compliance, regulatory approval, medical-device certification, guaranteed data security, or universal compliance across every geography.
Quality Assurance
RPM quality assurance
RPM testing has to cover more than screens and APIs — device behavior, data integrity and clinical workflow logic all need dedicated coverage.
Functional
Onboarding, pairing, readings, thresholds, notifications, documentation.
Device
Supported devices, pairing failures, connectivity interruptions, delayed/duplicate readings.
Data
Unit conversion, timestamps, missing fields, invalid values, duplicate handling.
Workflow
Alert assignment, escalation, acknowledgment, resolution, documentation.
Integration
EHR APIs, FHIR resources, interface-engine workflows, retries, reconciliation.
Security
Access control, tenant isolation, API authorization, session management, audit logs.
Performance
Concurrent users, high-volume readings, notification bursts, ingestion load.
Mobile
Android/iOS, permissions, Bluetooth, offline mode, accessibility.
Technology
Technology capabilities
MOBILE
Native iOS & Android, Flutter, React Native, BLE integration
WEB
React, Angular
BACKEND
Node.js, .NET, Java, Python
CLOUD
AWS, Azure, GCP, containers, serverless
DATA
Relational & time-series databases, event streaming, analytics pipelines
INTEROPERABILITY
FHIR, HL7, SMART on FHIR, REST APIs, interface engines
DEVOPS
CI/CD, infrastructure as code
OBSERVABILITY
Centralized logging, metrics, tracing, uptime monitoring
How We Engage
Engagement models
RPM Product Discovery
For unclear scope, architecture decisions, device selection, integration planning and MVP definition. Deliverables: scope, workflows, architecture, backlog, roadmap.
Dedicated RPM Developers
For existing product teams needing device-integration, FHIR or mobile skills, or platform modernization support.
Managed RPM Product Team
Solution architect, backend/mobile/frontend developers, integration engineer, QA, DevOps and project management.
End-to-End Platform Development
For new RPM products, major platform modules, white-label SaaS platforms and enterprise transformation.
Delivery Process
Our RPM development process
We start with workflow and user understanding before designing data flows, device connections or alert rules — engineering decisions made early shape everything downstream.
- 01
STEP 1
Discovery
Users, conditions, workflows, devices, geography, business model.
- 02
STEP 2
Workflow Mapping
Enrollment, readings, alerts, escalation, documentation, reporting.
- 03
STEP 3
Device & Integration Assessment
Hardware, protocols, APIs, SDKs, EHR access.
- 04
STEP 4
Architecture & UX
Platform design, data flow, patient and clinician experience.
- 05
STEP 5
Development & Integration
Applications, backend services, device connectivity, EHR integration.
- 06
STEP 6
Testing
Devices, data, workflows, security, performance, usability.
- 07
STEP 7
Deployment
Cloud infrastructure, migration, monitoring, release management.
- 08
STEP 8
Ongoing Engineering
Enhancements, new devices/integrations, scaling, support.
Modernization
Modernizing an existing RPM platform
Common needs: outdated mobile apps, unreliable device sync, manual data review, excessive alerts, limited EHR integration, poor tenant isolation, scaling problems, fragmented architecture, weak observability, accumulated technical debt, slow release cycles, security gaps, and dependence on a single device vendor.
Incremental module replacement
Upgrade one part of the platform at a time.
Data-pipeline / alert-engine redesign
Fix the parts causing the most operational pain first.
Cloud migration & interoperability layer
Modernize infrastructure and add missing integration capability.
The right strategy may be to stabilize, extend, modularize or selectively replace the existing platform — not rebuild everything.
Decision Framework
Build vs. Buy an RPM platform
| Consideration | Commercial RPM platform | Custom RPM development | Hybrid approach |
|---|---|---|---|
| Speed to initial launch | Fastest | Slower | Moderate |
| Workflow flexibility | Limited to configuration | Fully flexible | Flexible where custom-built |
| Branding | Vendor-limited | Fully owned | Owned where custom |
| Device selection | Vendor's supported list | Selected per requirements | Mixed |
| EHR integration | Vendor-dependent | Purpose-built | Purpose-built where needed |
| Data ownership | Often vendor-hosted | Fully owned | Depends on component |
| Scalability | Vendor-managed | Designed for your growth | Combined |
| Vendor dependency | Higher | Lower | Moderate |
Buy may fit when
Requirements are standard, speed matters most, and supported devices/integrations are sufficient.
Custom may fit when
Workflows are proprietary, you're building an RPM product, or deep EHR/device integration and white-labeling matter.
Hybrid may fit when
Using third-party device connectivity while building custom clinician workflows or modernizing one layer at a time.
Why Peerbits
Why choose Peerbits for RPM software development?
Healthcare software engineering
RPM and chronic-care workflow understanding built into our delivery process.
Connected-device integration
Across Bluetooth, cellular and vendor-cloud sources.
FHIR and EHR interoperability
Built into our standard delivery process.
Mobile and cloud engineering
For patient- and clinician-facing applications.
AI workflow implementation
With human review and governance designed in.
Scalable product teams
150+ in-house engineers across healthcare disciplines.
Healthcare QA
Covering device, data, workflow and security testing.
Modernization experience
And long-term engineering support beyond initial launch.
We've supported RPM workflows connected to reimbursement categories such as CPT 99453, 99454, 99457, 99458, 99091 and 99490 — as the software engineering partner, not as a billing or compliance authority.
Related
Related services
Experience
RPM Engineering Experience
THE CLIENT
A healthcare technology partner delivering remote patient monitoring for chronic-care and cardiology programs — bridging patients, connected devices and care teams outside traditional clinic visits.
THE CHALLENGE
Enable reliable remote monitoring across a chronic-care population with Bluetooth device pairing, continuous vitals capture, clinician visibility, patient–provider communication and workflows that stay manageable as enrollment and reading volume grow.
WHAT PEERBITS ENGINEERED
Patient mobile application, clinician and coordinator experiences, Bluetooth device SDK integrations (BP monitor, pulse oximeter, weighing scale), chatbot-assisted vitals workflows, secure messaging, dashboard analytics and portal-to-patient voice connectivity — delivered as a cohesive RPM product stack.
ENGINEERING CONSIDERATIONS
Data quality and missing-reading handling, alert and non-compliance visibility, device pairing reliability across SDK upgrades, auditability of care interactions, security for PHI in transit and at rest, and architecture that scales with patient and device volume.
OUTCOME
A production RPM application that helps care teams monitor patient vitals remotely, communicate with patients, and run monitoring programs with clearer operational visibility — reducing friction between home readings and clinical follow-up.
Get Started
Build an RPM platform designed for real care workflows
Tell us about your patient population, monitoring program, connected devices, patient and clinician applications, EHR integration, alert workflows, reimbursement-supporting records, compliance requirements, modernization needs, or expected scale.
What healthcare teams say
We have another voice that advocates our work along with us. And those voices are of our esteemed clients. They fell in love with our service and spent their valuable time praising us. See what they have to say about us.
After a rigorous selection process, choosing Peerbits as our technology partner was the right choice. Peerbits is an innovative company with a team of talented, committed, and smart individuals. Thank you for helping us deliver world-class healthcare solutions.
Dan
Health Vector
It was an amazing experience partnering with Peerbits. They were not only committed to our project but also developed an app that we desired.
Rodrigo Trindade
Real-estate App, Brazilian
Peerbits was worth choosing for our airline business's digital transformation. The team's skill, communication, knowledge - everything was exceptional.
Pedro Sarmento
ACC (Airlines) App, Portugal
Thanks to Peerbits for building a powerful automated fabric inspection system that helped us achieve high textile quality. Their amazing team support & expertise boosted our growth by 10x.
Paulo Ribeiro
VP, Smartex.ai, Portugal
FAQ
Frequently Asked Questions
Remote patient monitoring (RPM) software coordinates the full workflow around patient-generated health data — patient enrollment, device connectivity, biometric readings, threshold rules, clinical alerts, care-team review and documentation, and EHR synchronization — not just a mobile app connected to a device
We build end-to-end RPM platforms, chronic-care monitoring platforms, virtual care and care-management platforms, post-acute and transitional-care monitoring, senior and home-care monitoring, connected medical-device platforms, white-label RPM SaaS products, and RPM modules embedded into existing healthcare products.
Yes, through Bluetooth Low Energy, cellular devices, Wi-Fi, device-cloud APIs, aggregator APIs, mobile SDKs and direct hardware integrations. Feasibility for a specific device depends on manufacturer API and SDK availability, regulatory constraints, data-access agreements and available testing hardware — we don't claim support for every device by default.
We build integration layers to EHR platforms such as Epic, Oracle Health, athenahealth, eClinicalWorks, NextGen and Veradigm using FHIR R4, HL7 v2 and SMART on FHIR where available. Integration scope depends on vendor API availability, sandbox access, data scope and each organization's onboarding requirements.
Yes. We work with FHIR resources relevant to RPM — including Patient, Observation, Device, DeviceMetric, CarePlan, CareTeam, Questionnaire, QuestionnaireResponse and Communication — alongside HL7 v2 interfaces and REST-based integration where FHIR isn't available.
Yes. Depending on what's already working, we typically recommend incremental module replacement, API modernization, data-pipeline or alert-engine redesign, a mobile-app rebuild, cloud migration, or an added interoperability layer — rather than defaulting to a full rewrite.
Yes. We build multi-tenant RPM SaaS architecture with tenant isolation, organization-specific branding and configuration, program templates, device catalogs, threshold templates, and tenant-level reporting and audit logs.
By prioritizing patients rather than isolated readings, combining multiple data points, distinguishing technical from clinical alerts, accounting for patient baselines, suppressing duplicate notifications, recognizing persistent patterns, and routing alerts to the correct team with clear escalation policies.
Yes, as workflow augmentation — alert prioritization, trend detection, adherence analysis, patient summaries, care-team copilots and anomaly detection — with human review, source traceability, audit logging and fallback workflows built in. AI does not diagnose conditions or replace clinical judgment in our implementations.
Through HIPAA-aware and GDPR-aware architecture, role-based access control, least-privilege access, multi-factor authentication, encryption in transit and at rest, audit logging, consent management, secure device authentication and API security. This is compliance-aware engineering aligned with your organization's requirements, not a guarantee of automatic regulatory compliance.
RPM software can support approved documentation workflows — enrollment records, device setup records, consent capture, reading history, engagement logs and time tracking — that organizations often need for RPM program administration. Program eligibility, documentation adequacy, supervision and billing requirements should be validated by your organization's billing, legal and compliance specialists.
Most engagements start with an RPM product discovery phase covering patient population, monitoring program, devices, integrations and business model, which then informs architecture and a development roadmap. You can start by discussing your RPM platform with our team.
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Technical guides on RPM architecture, device integration, FHIR interoperability, alert engineering, AI and patient engagement.
