Device Integration Services
Turn device data into something the care team can actually act on
Medical devices, wearables, and remote monitoring platforms generate more patient data than ever — but only if it reaches the EHR, the care team, and the patient's record in time to matter. Peerbits connects medical devices, IoMT platforms, and RPM solutions to your healthcare ecosystem, securely and at scale.
RPM Device
Wearable
IoMT Sensor
Device Integration Hub
FHIR · HL7 · IEEE 11073 · BLE
EHR
Patient Portal
Analytics
Integration Standards
What Is Healthcare Device Integration?
Connecting the device to the record, in something close to real time
Medical device integration connects clinical and consumer devices to healthcare systems so their readings become part of the patient record automatically. That supports connected care — care coordinated across settings using data that's actually current — and sits inside the broader shift toward IoMT, the network of medical devices and sensors now capable of transmitting data on their own.
Much of this data is patient-generated health data — readings captured outside a clinical visit, at home or on a wearable. Real-time device connectivity is what makes that data clinically useful rather than a delayed export, and it depends on the same healthcare interoperability foundations — FHIR, HL7, and standard APIs — used elsewhere in a connected health ecosystem.
DEVICE-TO-EHR COMMUNICATION FLOW
Device
Gateway
BLE / IEEE 11073 → FHIR / HL7
EHR
Device protocol normalized at the gateway, then delivered via FHIR or HL7.
Our Device Integration Services
Integration work scoped to the device, the data, and the destination
Medical Device Integration
Connect clinical devices to EHRs and healthcare applications for automated, real-time data capture.
Remote Patient Monitoring Integration
Connect home monitoring devices to clinical systems so readings reach the care team without manual entry.
Wearable Device Integration
Bring wearable-generated health data into clinical or patient-facing applications.
IoMT Integration
Connect networked medical devices and sensors into a secure, manageable data pipeline.
Device API Development
Build secure APIs for device data exchange using healthcare interoperability standards.
Device Data Integration
Map and normalize device data so it's usable and consistent once it reaches your systems.
Legacy Device Modernization
Bridge older devices with proprietary or limited connectivity into modern integration pipelines.
Custom Device Connectivity Solutions
Design tailored connectivity for device types or workflows that don't fit a standard integration pattern.
Device Layer
RPM · Wearables · IoMT
Gateway / Hub
Interoperability Layer
FHIR · HL7 · REST
EHR / Clinical Systems
Population Health / Analytics
Medical Device Integration Architecture — device layer, gateway, interoperability layer, and destination systems.
Medical Devices & Platforms We Integrate
Connections built around each device category's own data model
RPM Device Integration
Connecting remote monitoring devices — BP cuffs, glucometers, pulse oximeters — to clinical systems.
Wearable Integration
Connecting consumer and clinical wearables to healthcare applications and records.
Apple Health Integration
Integrating Apple Health data into clinical and patient-facing healthcare applications.
Google Fit Integration
Integrating Google Fit data into healthcare platforms and monitoring workflows.
IoMT Integration
Connecting networked medical devices and hospital equipment into a secure data pipeline.
RPM DEVICE DATA FLOW
RPM Device (home)
Gateway / App
BLE sync
Care Team Review
alerts + triage
EHR Record
From the patient's device through review to the permanent EHR record.
Healthcare Systems We Connect
Where device data needs to land once it's captured
01
EHR Systems
02
Hospital Information Systems
03
Laboratory Systems
04
Pharmacy Systems
05
Telehealth Platforms
06
Patient Portals
07
Provider Portals
08
Practice Management
09
Population Health Platforms
10
Clinical Decision Support
Healthcare Standards We Support
Device connectivity standards, paired with the interoperability layer that carries the data onward
IoMT Sensor
BLE / 11073
network protocol
Cloud Platform
FHIR / REST
Clinical App
IoMT Connectivity Workflow — sensor to network protocol to cloud platform to clinical application.
FHIR
Modern API-based exchange for device-generated clinical data.
HL7
Clinical messaging between devices, gateways, and EHR systems.
SMART on FHIR
Secure application access to device and patient data.
IEEE 11073
Standardized communication for connected medical devices.
Bluetooth Low Energy
Common wireless protocol for consumer and clinical devices.
REST APIs
Standard web APIs for device platforms and integration services.
OAuth 2.0
Scoped, secure authorization for device and application access.
Common Device Integration Use Cases
Where connected devices change clinical and operational outcomes
Remote Patient Monitoring
Chronic Disease Management
Connected ICU Devices
Smart Hospital Solutions
Wearable Health Monitoring
Home Healthcare
Patient Generated Health Data
Telemedicine
AI-enabled Clinical Monitoring
Population Health Management
Our Device Integration Process
A defined path from device data to a supported integration
- 01
STEP 1
Discovery & Assessment
We assess the devices, data types, and connectivity involved, and the systems that data needs to reach.
- 02
STEP 2
Integration Strategy
We define how devices connect — direct API, gateway, or middleware — based on protocol and scale.
- 03
STEP 3
Architecture Design
We design the gateway, interoperability layer, and data flow the integration will run on.
- 04
STEP 4
API & Interface Development
We build the APIs and interfaces connecting devices to your healthcare systems.
- 05
STEP 5
Device Testing & Validation
We validate data accuracy, connectivity reliability, and error handling under realistic conditions.
- 06
STEP 6
Production Deployment
We deploy the integration and confirm it performs correctly at production scale.
- 07
STEP 7
Ongoing Monitoring & Support
We monitor connectivity and data quality, and support the integration as devices and standards evolve.
Why Choose Peerbits for Device Integration?
Connectivity expertise that spans devices, data, and the record
Healthcare interoperability expertise
Device integration is core to what we build — not an adjacent service. We understand how device data moves across real healthcare environments.
Connected device architecture experience
We understand the full lifecycle from device connectivity to clinical system delivery — including protocol translation, data normalization, and secure transport.
FHIR & HL7 specialists
Implementation-level knowledge of the standards healthcare systems actually use, applied to your specific device integration requirements.
Secure API development
We design for the data volume, security posture, and compliance obligations your device environment demands.
HIPAA-ready solutions
Every integration is built with PHI handling controls, encrypted transport, audit logging, and access management from the start.
Scalable cloud-native integrations
Architectures designed to handle growing device fleets, increasing data volumes, and evolving connectivity requirements.
Long-term support
Devices and standards evolve over time. We stay engaged to keep your connections working as requirements change.
Healthcare interoperability case studies
Real device integrations, RPM connections, and IoMT data exchange projects from healthcare organizations.
Healthtech ,
Clinical Research EDC Platform: Configurable eCRF & Study Management
Configure studies and eCRFs, manage participants and visits, capture structured clinical data, and maintain visibility and traceability from one unified research platform.
Healthtech ,
AI Prior Authorization: Intelligent Automation for Healthcare Workflows
A working AI prior authorization use case engineered by Peerbits — AI-assisted clinical evidence gathering, payer rule matching, gap identification, documentation drafting, and human review workflows to accelerate prior authorizations while keeping clinicians in complete control.
Healthtech ,
Building an AI-Powered Clinical Documentation Platform
A working AI clinical documentation platform engineered by Peerbits — demonstrating ambient audio capture, medical speech-to-text, structured SOAP generation, clinical validation flags, ICD-10/CPT coding suggestions, physician review, and FHIR/EHR write-back.
Book a Device Integration Consultation
Tell us what devices you're connecting and where the data needs to go.
We'll walk you through a connectivity and integration approach before you commit to anything.
Frequently asked questions
Healthcare device integration services connect medical devices, wearables, remote patient monitoring platforms, and IoMT systems with EHRs and other healthcare applications, so device-generated data flows into clinical workflows automatically.
Device data such as vitals, glucose readings, or ECG traces only helps care when it reaches the right systems and people in time. Disconnected devices mean manual charting, delayed alerts, and incomplete patient records.
IoMT integration connects Internet of Medical Things devices, networked medical equipment and sensors, to healthcare platforms so their data can be captured, transmitted, and acted on securely.
Medical devices typically connect through a gateway or hub that normalizes device protocols, such as Bluetooth Low Energy or IEEE 11073, into standard formats, then delivers that data into the EHR using HL7 or FHIR interfaces.
RPM integration connects remote patient monitoring devices, such as blood pressure cuffs, glucometers, and pulse oximeters, to clinical systems so readings taken at home reach the care team automatically.
Yes, through platforms such as Apple Health and Google Fit, or direct device APIs, bringing wearable-generated data into clinical or patient-facing applications.
We work with FHIR, HL7, SMART on FHIR, IEEE 11073 for medical device communication, Bluetooth Low Energy, REST APIs, and OAuth 2.0.
Device integrations are built with encryption in transit and at rest, scoped authorization such as OAuth 2.0, and HIPAA-aligned handling of patient-generated health data. Specific compliance obligations depend on your organization's own regulatory requirements.
Yes, typically through a gateway or middleware layer that bridges older device protocols to modern interfaces, though the available options depend on what connectivity the device itself supports.
Peerbits combines healthcare interoperability expertise with device connectivity and FHIR and HL7 implementation experience, secure API development practices, and long-term integration support.
Have more questions?
Ask our expertsDevice integration and interoperability insights
Technical guides on medical device connectivity, FHIR-based device APIs, RPM integration, and IoMT architecture.
