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RehabOS — Hero v3
Tech-agnostic · database-agnostic · cost-smart

Open. Connected.
Cost-smart by design.

RehabOS is built on an open, standards-first integration architecture — using proven open-source components where they deliver full value, and scaling to enterprise middleware only when client size demands it. No vendor lock-in. No unnecessary licensing cost. Full interoperability at every tier.

Mirth Connect RabbitMQ HL7 FHIR R4 Tech-agnostic DB-agnostic Open-source core Enterprise-ready
RehabOS integration stack LIVE
Mirth Connect
HL7 v2 · FHIR · DICOM translation engine
OPEN
RabbitMQ
Async message broker · microservice bus
OPEN
HAPI FHIR Server
Open-source FHIR R4 resource store
OPEN
PostgreSQL / MongoDB
Clinical data · analytics · device streams
DB-AGNOSTIC
Apache Kafka
High-throughput device streaming (enterprise)
OPTIONAL
Azure / AWS / GCP · on-premise
Deployment-agnostic · client's choice
CLOUD-AGNOSTIC
Cost-smart philosophy
We start with open-source tools that handle 90% of integration needs at zero licensing cost. Clients who need enterprise middleware — MuleSoft, Azure Integration Services, InterSystems HealthShare — get those too. You pay for what your scale actually requires.
Tech-agnostic. Database-agnostic. Always cost-smart. (Full-Width)
Cost

Open-source core, cost-smart by default

The integration layer runs on open-source components — Mirth Connect for HL7/FHIR translation, RabbitMQ for async messaging, HAPI FHIR Server for resource storage. These handle 90% of integration scenarios at zero middleware licensing cost, so smaller clinics and cost-sensitive markets get full integration capability without paying for enterprise middleware they don't need.

Mirth Connect RabbitMQ HAPI FHIR Zero licensing
90% of integration scenarios covered at zero middleware cost
Scale

Enterprise middleware, when your scale demands it

For clients running 50+ integration points, multi-national deployments, or connecting to complex enterprise landscapes — Epic at 1,000-bed hospitals, national HIS with 10M+ records — RehabOS supports and integrates with MuleSoft, Azure Integration Services, InterSystems HealthShare, and IBM App Connect. You bring your existing investment; we connect to it.

MuleSoft Azure Integration Services InterSystems HealthShare IBM App Connect
50+ integration points is where enterprise middleware starts paying for itself
Data

Database-agnostic — your data, your database

RehabOS does not mandate a specific database engine. Clinical FHIR data runs on HAPI FHIR with PostgreSQL. Analytics and device streaming data can use MongoDB, ClickHouse, or TimescaleDB depending on read-pattern requirements. For clients with existing enterprise infrastructure — Oracle, MS SQL Server, DB2 — we support ETL pipelines and federated queries. Your data stays in your database of choice.

PostgreSQL MongoDB ClickHouse TimescaleDB Oracle MS SQL
6 database engines supported without vendor lock-in
Deploy

Cloud-agnostic — deploy anywhere

RehabOS runs on AWS, Azure, GCP, or any private cloud infrastructure — in Kubernetes containers or on bare metal. For jurisdictions requiring data residency (GCC, India, EU), in-country deployment is the default option with no architectural penalty. Air-gapped on-premise environments for maximum-security sectors (military, government) are fully supported with the same feature set.

AWS Azure GCP Kubernetes On-premise Air-gapped
0 architectural penalty for on-prem or air-gapped deployment
Standards

Standards-first — no proprietary lock-in

Every integration in RehabOS uses published, open healthcare standards — HL7 FHIR R4, HL7 v2.x, DICOM, X12 EDI, SMART on FHIR, OAuth 2.0, SAML 2.0. No undocumented APIs. If you ever need to replace RehabOS or connect a new system, the data stays in an open format you own — the architecture a Ministry of Health procurement committee can trust.

HL7 FHIR R4 HL7 v2.x DICOM SMART on FHIR X12 EDI
0 undocumented or proprietary APIs anywhere in the stack
Resilience

Event-driven microservices — resilient by design

RehabOS's internal architecture is microservices-based with asynchronous event-driven communication via RabbitMQ (standard deployments) or Apache Kafka (high-throughput enterprise). Each service — therapy planning, device ingestion, billing, reporting — is independently deployable. A device streaming service failing does not take down the clinical documentation service. Resilience without complexity.

Microservices Event-driven RabbitMQ Kafka AMQP
Isolated one service failing never takes down the rest
Open-source — zero licensing cost
Standard tier — included in RehabOS subscription
Enterprise tier — available for high-scale deployments
Every component. Every tier. — RehabOS Technology Stack (Full-Width)
The complete technology stack

Every component. Every tier.Transparent by design.

We publish our stack. No black boxes. Every component is a documented technology decision — chosen for clinical reliability, cost efficiency, and the ability to scale from a 20-bed rehabilitation centre to a national Ministry of Health deployment.

HL7 / FHIR integration engine

Mirth Connect — the open-source integration backbone

Mirth Connect is the world's most widely deployed open-source healthcare integration engine — powering one-third of all public Health Information Exchanges in the UK and exchanging hundreds of millions of clinical messages annually across 800+ integration points in real-world deployments. RehabOS uses Mirth Connect as the primary HL7 v2 / FHIR / DICOM translation and routing layer: it receives HL7 messages from HIS systems, transforms them to FHIR R4 resources, and routes them to the HAPI FHIR Server. When Mirth Connect moved to a commercial license under NextGen in 2023, the open-source community responded with two forks, Open Integration Engine and Bridgelink — RehabOS supports all three, so clients can choose the variant that fits their licensing preference.

Open-source (BridgeLink / OIE) Mirth Connect v4.6 (licensed) HL7 v2.x • FHIR R4 • DICOM HIS • LIS • EHR interfaces TLS • HTTPS • SFTP • AS2
Async messaging layer

RabbitMQ — standard event bus, Apache Kafka — enterprise streaming

RabbitMQ provides the asynchronous message backbone for RehabOS microservices — routing clinical events (session completed, outcome recorded, plan updated) between services with guaranteed delivery and flexible routing. AMQP and MQTT protocol support makes it well suited to IoT device integration. For enterprise deployments with high-throughput device streaming — gait labs producing continuous sensor data, 50+ simultaneous device sessions — Apache Kafka is available as a drop-in upgrade, providing distributed event streaming with replay capability for analytics workloads. Both run on open-source licenses; Confluent Cloud is available as a managed Kafka option for clients who prefer zero-ops infrastructure.

RabbitMQ (standard) Apache Kafka (enterprise) Confluent Cloud (managed) AMQP • MQTT • STOMP Pub/sub • event streaming
FHIR data store

HAPI FHIR Server — open-source, fully compliant R4 resource store

HAPI FHIR is the gold-standard open-source FHIR server — maintained by Smile CDR and used in national health information exchanges, government EHRs, and enterprise health platforms worldwide. RehabOS runs HAPI FHIR as the canonical clinical data store: every patient resource, clinical observation, procedure, care plan, and outcome measure is stored as a FHIR R4 resource, keeping clinical data in an open, portable format at all times — never locked to a proprietary RehabOS schema. For clients requiring certified enterprise FHIR infrastructure, Azure Health Data Services (FHIR Service) and Google Cloud Healthcare API are supported as cloud-managed alternatives.

HAPI FHIR R4 (open-source) Azure Health Data Services Google Cloud Healthcare API PostgreSQL-backed SMART on FHIR • bulk export
Database layer

Database-agnostic — PostgreSQL core, MongoDB for device streams, ClickHouse for analytics

RehabOS uses purpose-fit databases for different data patterns. PostgreSQL backs the HAPI FHIR Server for structured clinical data — ACID-compliant, well-understood open-source, with a massive ecosystem. MongoDB handles unstructured device telemetry and sensor event streams, with a flexible schema and horizontal scaling suited to heterogeneous device data. ClickHouse provides columnar analytics for population intelligence dashboards, with sub-second query performance across millions of rehabilitation records. For clients with enterprise database mandates — Oracle, MS SQL Server, IBM DB2 — ETL pipelines and FHIR import/export APIs bridge existing infrastructure without a schema migration.

PostgreSQL (clinical + FHIR) MongoDB (device streams) ClickHouse (analytics) TimescaleDB (IoT time-series) Oracle • MS SQL • DB2 Redis (caching + sessions)
Device connectivity

BLE gateway • native SDKs • DICOM • CSV normalisation

RehabOS connects to rehabilitation devices through four pathways. Native SDK integration, for devices with manufacturer APIs, streams data into the FHIR store in real time. A Bluetooth Low Energy gateway running on a tablet or Raspberry Pi bridges BLE wearables and sensors to the cloud patient record. DICOM / DICOMweb pulls from gait labs and PACS bring imaging studies directly into the record. CSV and proprietary format normalisation uses per-device parsers that transform exported data into FHIR Observation resources. An open API is available for new device manufacturer integrations, with a typical onboarding time of two to three weeks.

Native SDK APIs BLE gateway (RPi / tablet) DICOMweb • PACS CSV → FHIR parsers Open API (new devices) MQTT (IoT backend)
Identity & security

OAuth 2.0 • SMART on FHIR • SAML • AES-256 • zero-trust

RehabOS runs on a zero-trust security model — every API request is authenticated, every data access is logged, every export is traceable. SMART on FHIR governs authorization for FHIR-integrated applications. OAuth 2.0 and SAML 2.0 support enterprise SSO with Microsoft Entra ID, Okta, and Google Workspace, while SCIM handles automated user provisioning from HR systems. Data is encrypted at rest (AES-256) and in transit (TLS 1.3). Role-based access control is enforced at the FHIR resource level — clinicians see only their own patients, managers see only their sites, executives see the aggregate dashboard — with a full, immutable audit log supporting GDPR compliance and CARF accreditation.

OAuth 2.0 • SMART on FHIR SAML 2.0 • SCIM AES-256 • TLS 1.3 Zero-trust RBAC Immutable audit log • GDPR Let's Encrypt (TLS certs)

Need enterprise middleware? We support that too.

For clients already invested in MuleSoft, Azure Integration Services, InterSystems HealthShare, or Rhapsody — RehabOS connects to your existing integration layer as a FHIR-native application. No middleware reinvestment. You keep your infrastructure; we add rehabilitation intelligence on top.

Enterprise architecture call
World-leading sensors. All connected to one record. — RehabOS (Full-Width)
Body sensors, wearables & biomechanical devices

World-leading sensors.
All connected to one record.

Rehabilitation outcomes are only measurable if biomechanical data is captured objectively. RehabOS integrates with the world's leading research-grade and clinical-grade body sensor systems — from gold-standard motion capture to home-use wearables.

IMU & Motion
EMG & Muscle
Gait & Force
Vitals & IoT
Home & Consumer
→
One connected FHIR record
Xsens (Movella)
MTw Awinda · MVN Animate

Full-body 3D motion capture using 17 IMU sensors without cameras or markers. Gold-standard for biomechanical research and clinical gait analysis in free-living environments. Used globally in rehabilitation research, sports science, and ergonomics.

Outputs

3D joint angles · segment velocities · body CoM · gait events · posture metrics

BLE / WiFiUSBREST APICSV → FHIR
Noraxon
Ultium Motion · myon · myoPRESS

Wireless IMU-based 3D motion capture integrated with simultaneous EMG recording. Used in clinical rehabilitation, sports injury prevention, and occupational health. Noraxon's SmartLeads allow IMU sensors to interface with force, pressure, and goniometer sensors simultaneously.

Outputs

3D kinematics · EMG + IMU sync · joint ROM · segment accelerations · velocity profiles

Wireless (2.4GHz)SDKCSV export
dorsaVi
ViMove2 · ViPerform

Medical-grade wearable IMU system designed specifically for clinical and occupational rehabilitation. Purpose-built for spine and lower limb movement assessment — in-clinic and field-based. Used by physiotherapists and occupational health teams for objective movement documentation.

Outputs

Lumbar ROM · movement quality scores · activity classification · symmetry ratios

BLEiOS / Android appREST API
Shimmer Research
Shimmer3 · ConsensysBASE

Research-grade configurable IMU platform — widely used in clinical trials, rehabilitation studies, and free-living activity monitoring. High configurability (accelerometer, gyroscope, magnetometer, ECG, EMG) makes it the sensor of choice for academic-clinical hybrid deployments.

Outputs

9-DOF motion · activity classification · cadence · step detection · configurable physiological

BLEUARTSDK · Java/Python
Axivity
AX3 · AX6

Ultra-lightweight accelerometry wristband for long-duration free-living activity monitoring. Deployed in rehabilitation research for continuous measurement of physical activity, sleep, and functional recovery between clinic sessions. No charging required for up to 14 days.

Outputs

Acceleration (3-axis) · activity counts · sedentary time · step count · sleep quality index

USB data downloadOpen data formatOmGUI
APDM Wearable Technologies
Opal IMU · Mobility Lab

FDA-cleared wearable IMU system for clinical mobility assessment — validated in Parkinson's, MS, and post-stroke rehabilitation. Opal sensors measure gait, balance, and turning with clinical-grade precision. Mobility Lab software automates report generation for clinician and patient.

Outputs

Gait speed · stride length · cadence · turning velocity · balance sway · tremor index

WirelessREST APIFDA 510(k)
Delsys
Trigno Wireless EMG · NeuroMap

30 years at the forefront of EMG sensor technology. Delsys Trigno provides patented low-noise wireless EMG with proprietary protocol ensuring constant 40m+ range synchronised transmission. NeuroMap enables non-invasive motor unit decomposition — used in neuromuscular rehabilitation research worldwide.

Outputs

Surface EMG · motor unit action potentials · muscle onset/offset · RMS · frequency spectrum

Proprietary wirelessUSB baseSDK · MATLAB
Noraxon
Ultium EMG · Core EMG

Multi-modal EMG sensor with built-in IMU — enables simultaneous muscle activity and joint kinematics capture. Lifetime battery replacement guarantee. SmartLeads interface extends the Ultium sensor to force, pressure, and goniometer measurements for comprehensive kinesiological assessment.

Outputs

EMG amplitude · onset latency · muscle co-activation · integrated EMG · fatigue index

2.4GHz wirelessSDKCSV export
Biometrics
DataLOG · SX230 EMG

Clinical and research-grade EMG and goniometry system widely used in occupational health, ergonomics, and physical rehabilitation. Designed for ambulatory long-duration recordings — ideal for workplace assessment in vocational rehabilitation and return-to-work evaluation.

Outputs

Surface EMG · joint angle (electrogoniometry) · force · long-duration ambulatory recording

Wireless dataloggerBluetoothCSV export
OttoBock
MyoApps · Myo electrode system

Clinical EMG systems used in prosthetic control, amputee rehabilitation, and myoelectric prosthesis training. OttoBock's Myo electrode system feeds into prosthetic device control and rehabilitation planning — RehabOS ingests the electrode activation data and correlates it with functional outcome measures.

Outputs

Myoelectric signal · channel activation · prosthetic control quality · training session log

ProprietaryUSBData export
Thought Technology
FlexComp · ProComp Infiniti

Multi-channel biofeedback system supporting EMG, EEG, GSR, respiration, and temperature — used in neurofeedback and biofeedback rehabilitation for chronic pain, anxiety, pelvic floor, and neurological conditions. RehabOS ingests session performance data and correlates it with clinical outcome scores.

Outputs

Multi-channel EMG · EEG bands · GSR · HRV · respiration rate · session performance

USB / opticalSDKCSV
BioSensics
LEGSys · BALANCEplus

FDA-cleared wearable systems for gait and balance assessment in clinical and home environments. LEGSys provides objective lower-limb function measurement validated in PD, MS, and post-stroke populations. BALANCEplus measures postural sway and fall risk — directly relevant to CARF and WHO rehabilitation outcome reporting requirements.

Outputs

Gait quality index · fall risk score · stride symmetry · postural sway · knee extension power

BLEiOS appREST APIFDA 510(k)
Zebris Medical
FDM · FDM-T · WinFDM

High-resolution pressure distribution measurement platforms for gait, posture, and balance analysis. Widely deployed in rehabilitation hospitals, prosthetics centres, and sports medicine. Zebris FDM-T treadmill platform enables dynamic gait analysis at walking speed — the most comprehensive clinical gait lab for rehabilitation.

Outputs

COP trajectory · peak pressure · contact time · gait symmetry · step width · postural stability

USB / LANDICOMCSV export
Biodex Medical Systems
System 4 Pro · BioSway

Gold-standard isokinetic dynamometer for objective muscle strength and endurance testing — critical in MSK rehabilitation outcome measurement. BioSway provides quantitative balance and fall risk assessment. Both systems are used in over 10,000 clinical facilities worldwide and are frequently specified in CARF-accredited rehabilitation programmes.

Outputs

Peak torque · total work · power · fatigue ratio · balance scores · fall risk index · normative comparison

USBCSV exportWindows SDK
GaitRite (CIR Systems)
GaitRite electronic walkway

The most widely used instrumented walkway for clinical gait analysis — over 1,000 peer-reviewed publications. Simple carpet walkway with embedded pressure sensors captures temporal-spatial gait parameters in 30 seconds. Validated outcome tool for stroke, Parkinson's, TBI, orthopaedic, and paediatric rehabilitation.

Outputs

Walking speed · cadence · stride length · step width · single/double support time · symmetry index

USBCSV · PDF exportCertified HL7
Vicon Motion Systems
Nexus · Origin

3D optical motion capture — the gold standard for biomechanical research gait labs in hospitals and universities. Reflective marker-based system captures full 3D joint kinematics and kinetics when combined with force plates. RehabOS ingests C3D and DICOM outputs from Vicon labs directly into the patient clinical record.

Outputs

Full 3D kinematics · joint kinetics · EMG sync · force plate integration · clinical gait report

C3D exportDICOMSDK
BTS Bioengineering
SMART-DX · G-Walk · Freeemg

Italian manufacturer of integrated motion capture, EMG, and force measurement systems. G-Walk wearable inertial sensor provides quick clinical gait assessment in 30 seconds. SMART-DX provides optical motion capture for hospital gait labs. Used widely across European rehabilitation hospitals and research institutions.

Outputs

Gait phases · symmetry · trunk acceleration · EMG timing · 3D motion capture · force data

BLE (G-Walk)LAN (SMART-DX)CSV · C3D
Novel GmbH
emed · pedar · pliance — pressure measurement systems

Novel's pedar in-shoe pressure measurement system enables dynamic plantar pressure analysis during walking — essential in diabetic foot, amputee, and orthopaedic rehabilitation. pliance body sensor system measures soft tissue interface pressure for seating and positioning assessment in spinal cord injury rehabilitation.

Outputs

Plantar pressure distribution · peak pressure · contact area · interface pressure · gait events

USB / wirelessSDKCSV
Philips Healthcare
IntelliVue MX · CarePortal

Industry-standard ward vital signs monitoring — HR, SpO₂, BP, RR, ECG, temperature. IntelliVue integrates directly with hospital HIS via HL7 v2 and FHIR. RehabOS ingests the vitals stream for inpatient rehabilitation — monitoring cardiopulmonary response during active therapy and flagging deterioration early.

Outputs

Continuous HR · SpO₂ · BP · RR · ECG trend · alarm events · temperature · bedside time series

HL7 v2FHIRLAN
Mindray
BeneVision · mNEO

High-value patient monitoring alternative to Philips — widely deployed in Asia, Middle East, and Africa rehabilitation hospitals. BeneVision N series supports HL7 integration for RMS-to-HIS data exchange. Particularly prevalent in GCC government hospital networks where Mindray is an approved vendor.

Outputs

Multi-parameter vitals · ECG · SpO₂ · NIBP · etCO₂ · central monitoring aggregation

HL7 v2LAN / WiFiDICOM
Withings Health
Body Cardio · ScanWatch · BeamO

Medical-grade connected consumer health devices — clinically validated BP monitor, ECG+SpO₂+HRV smartwatch, and 4-in-1 home health hub. Used in remote rehabilitation monitoring — patients measure BP, weight, and heart rate at home and data flows automatically via FHIR API to the RehabOS clinical record. FDA-cleared devices.

Outputs

BP · weight · ECG · SpO₂ · HRV · sleep · daily step count — auto-synced via cloud API

Withings API → FHIRBLE / WiFi
Smart bed / ward IoT
Stryker · Hill-Rom · EarlySense

Smart bed platforms monitor bed occupancy, patient position, HR, and RR through mattress-embedded sensors — without wearables or cables. EarlySense provides contactless continuous monitoring for deterioration detection. RehabOS ingests bed sensor events via MQTT — out-of-bed events, nocturnal RR trends, and position change frequency all feed the recovery AI model.

Outputs

Bed occupancy · out-of-bed events · nocturnal HR / RR · position change count · fall risk signal

MQTT / HL7LANREST API
Polar · Garmin (clinical)
Polar H10 · Garmin Vivosmart

Consumer-grade HR monitors used in cardiac and pulmonary rehabilitation for exercise intensity monitoring. Polar H10 is the clinical-grade reference for HRV measurement — used in stress and recovery assessment. Garmin Vivosmart provides continuous wrist-based HR, SpO₂, and activity data for outpatient rehabilitation programmes.

Outputs

HR · HRV · R-R intervals · SpO₂ · activity · calorie expenditure · exercise zones

BLE / ANT+SDKGarmin Health API
MOBI / BIOPAC
MP160 · AcqKnowledge

Research-grade ambulatory physiological monitoring — multi-channel ECG, EMG, EEG, respiration, GSR, and temperature. Used in clinical research and complex rehabilitation monitoring. AcqKnowledge software enables advanced signal processing. RehabOS ingests BIOPAC exports for correlation with rehabilitation session data in research-active clinical settings.

Outputs

Multi-channel physiological · ECG · EMG · EEG · RSP · EDA · PPG · force · event markers

USB / BLESDK · PythonACQ format → CSV
Apple Health / HealthKit
iPhone · Apple Watch Series

The world's largest passive health data collector — 1 billion+ users. Apple HealthKit aggregates step count, walking speed, cardiorespiratory fitness, stair climbing, HRV, and sleep data. Apple Watch Series provides FDA-cleared ECG and AFib detection. RehabOS pulls HealthKit data via SMART on FHIR / Apple Health FHIR export for home rehabilitation monitoring between clinic sessions.

Outputs

Step count · walking speed · VO₂ max · HRV · sleep · ECG · AFib · stair count · fall detection

Apple Health FHIR exportHealthKit API
Google Fit / Android Health
Android wearables · Pixel Watch

Google Health Connect provides a unified Android health data API — aggregating data from Samsung Galaxy Watch, Wear OS devices, Fitbit, and third-party apps. RehabOS uses the Health Connect FHIR export for home monitoring data from patients using Android devices — activity, sleep, HR, and stress data for remote rehabilitation programmes.

Outputs

Activity · step count · HR · sleep stages · stress · blood oxygen · menstrual health

Health Connect APIFHIR export
Fitbit (Google) · Garmin Connect
Sense · Versa · Venu series

Widely used consumer fitness wearables deployed in home rehabilitation programmes for patients without clinical wearables. Fitbit's clinical API (Fitbit Health Solutions) provides FHIR-compatible data export for healthcare applications. Used in cardiac, pulmonary, and post-surgical rehabilitation step-down monitoring.

Outputs

Step count · active minutes · HR zones · sleep · SpO₂ · HRV · ECG (select models)

Fitbit Web API → FHIRGarmin Health API
WHOOP
WHOOP 4.0 / 5.0

Continuous recovery and performance monitoring wearable — widely used in sports rehabilitation and high-performance athlete return-to-play programmes. WHOOP's recovery score, strain score, and HRV trend are increasingly used by sports medicine and rehabilitation teams to guide training load progression post-injury.

Outputs

Recovery score · HRV · RHR · sleep performance · strain · respiratory rate · skin temperature

WHOOP API → RESTBLECSV export
Omron Healthcare
Complete · HeartGuide · Evolv

Medical-grade wrist blood pressure monitors validated for clinical use — used in cardiac rehabilitation for home BP monitoring between supervised sessions. OMRON Connect health app integrates with Apple Health and Google Fit. RehabOS pulls OMRON data via HealthKit/Health Connect for cardiac rehabilitation remote monitoring.

Outputs

Systolic/diastolic BP · pulse · irregular heartbeat detection · trend chart · hypertension classification

OMRON Connect APIBLEHealthKit / Health Connect
Doro · AliveCor
KardiaMobile · KardiaBand

AliveCor KardiaMobile is the world's most clinically validated personal ECG device — FDA-cleared, used by cardiologists and cardiac rehabilitation teams for remote rhythm monitoring. KardiaMobile 6L captures a medical-grade 6-lead ECG in 30 seconds. RehabOS integrates KardiaMobile results for cardiac rehabilitation patients between supervised sessions.

Outputs

Single/6-lead ECG · AFib detection · bradycardia · tachycardia · normal sinus rhythm classification

AliveCor APIPDF reportHL7 FHIR
HIS · HMS · HMIS · EMR Systems — RehabOS (Full-Width)

HIS · HMS · HMIS · EMR Systems


Every hospital system.
One FHIR connection.

RehabOS connects bidirectionally to any HL7-compliant hospital information system. One FHIR R4 integration point covers demographics, admissions, lab results, imaging, prescriptions, and discharge summaries — in both directions.

SystemPrimary marketsWhat RehabOS exchangesProtocolStatus
Epic EHR
Enterprise EHR
US · Europe · Australia · MEADemographics · ADT · labs · meds · discharge summary · therapy plan pushbackFHIR R4 · SMARTLive
Cerner PowerChart
Enterprise EHR
US · UK · Gulf · AustraliaADT events · lab ORU · medication list · discharge summaryHL7 v2 · FHIR R4Live
Meditech Expanse
Mid-enterprise HIS
US · Canada · Saudi ArabiaPatient demographics · ADT · orders · results · dischargeHL7 v2 · RESTLive
Allscripts / Veradigm
EMR / Ambulatory
US · GlobalReferral data · clinical notes · outcome scores · billing codesHL7 v2 · FHIRLive
InterSystems TrakCare
Enterprise HIS
Gulf · Africa · SE Asia · UKFull patient record exchange · lab · imaging · ADT · clinical notesHL7 v2 · FHIR · CDALive
iHospital (India)
HMS — India
IndiaPatient registration · billing · clinical notes · ABHA linkingHL7 v2 · REST · ABDMLive
Practo / Clinicspectrum
EMR — India / Asia
India · SEAPatient data · appointment · billing · referralREST API · HL7Live
eHospital (NIC — India)
HMIS — Government
India (NHM)Patient demographics · episode data · ICD-10/11 diagnosis · NHM reportingHL7 v2 · RESTLive
HIS Al Ain / SEHA (UAE)
Government HIS
UAENabidh / Riayati integration · patient record · admission · dischargeFHIR R4 · Nabidh APILive
Hamad HIS (Qatar)
Government HIS
Qatar (HMC)Full patient record · ADT · lab · radiology · QRI rehab sessionsHL7 v2 · FHIRLive
NHS Spine / EMIS / SystmOne
NHS HIS / EMR
United KingdomGP referral · SCR · PDS · NHS number validation · outcome scoresHL7 v2 · FHIR R4 · GP ConnectIn dev
OpenMRS
Open-source HIS
Africa · Asia · Latin AmericaPatient record · clinical observations · diagnosis · episode dataFHIR R4 · RESTLive
DHIS2
National HMIS
40+ countries (WHO AFRO)Aggregate rehabilitation indicators · programme monitoring data · WHO metricsREST API · FHIRIn dev
Any HL7-compliant HIS
Open
AnyStandard HL7 ADT / ORU / ORM / DFT message types via Mirth Connect translationHL7 v2 / FHIR R4Open API
Insurance & Government Schemes — RehabOS (Full-Width)

Insurance portals & Government Insurance schemes

RehabOS auto-generates billing codes from the clinical record and submits claims to insurance portals and government social security systems — eliminating manual coding, reducing claim rejection rates, and ensuring no session is under-billed.

GC
GCC — Private insurance
DAMAN · Oman Insurance · Bupa Arabia · MedNet · Allianz Care
Gulf region private health insurers require electronic pre-authorisation and claim submission via DHA/HAAD-approved formats. RehabOS auto-generates pre-authorisation requests at admission and submits claims at session close — ICD-10/11 coded, CPT-coded, with clinical documentation attached.
  • Electronic pre-authorisation submission at admission
  • Session-level claim generation — ICD-10/11 + CPT codes
  • HAAD / DHA claim format compliance
  • Denial management — rejection reasons mapped to clinical record
  • Remittance advice reconciliation
SS
GCC — Government social security
GOSI (KSA) · PIFSS (Kuwait) · SIO (Bahrain) · GPSSA (UAE)
Government social security bodies require structured rehabilitation outcome reports — not just billing codes. RehabOS generates the complete case file: ICD-11 diagnosis, ICHI interventions, FIM/Barthel outcome trajectory, return-to-work status, and cost-per-episode summary — in the format each body requires.
  • GOSI work injury rehabilitation case file — automated
  • Return-to-work certificate generation
  • Residual disability assessment for benefits determination
  • Weekly milestone reports to social security portal
  • Cost-per-episode breakdown for audit
IN
India — Government health schemes
Ayushman Bharat PM-JAY · ESIC · CGHS · State insurance schemes
India's Pradhan Mantri Jan Arogya Yojana (PM-JAY) covers 500 million beneficiaries for hospitalisation including rehabilitation procedures. ESIC covers 140M+ workers. RehabOS generates claims in the NHA-specified format for PM-JAY and ESIC billing — linked to the patient's ABHA health ID.
  • PM-JAY claim submission — NHA format, procedure package codes
  • ESIC billing codes — rehabilitation procedure classification
  • CGHS claim format for central government employees
  • State-specific schemes — RSBY, PMJAY variants
  • ABHA patient ID linkage for all claims
EU
Europe — Social insurance & private
NHS (UK) · BG Kliniken · INAIL · Försäkringskassan · Major TPAs
European social insurance bodies require structured outcome evidence alongside billing. NHS tariff coding (HRG), German DRG (G-DRG), and Italian DRG codes are auto-generated. Social insurance bodies (Försäkringskassan, INAIL) receive rehabilitation milestone reports in the required national format.
  • NHS HRG tariff code generation — rehabilitation episodes
  • German G-DRG and BG Kliniken case documentation
  • INAIL Italy rehabilitation case file
  • Försäkringskassan Sweden — milestone report format
  • GDPR-compliant cross-border claim data handling
TP
International — TPAs & corporate self-insurance
Cigna · Aetna International · AXA Health · Zurich International
International third-party administrators covering expatriate and corporate employee populations across GCC, Asia, and Africa accept electronic claims in FHIR-based formats. RehabOS generates clean claims with attached clinical evidence — reducing rejection rates and pre-authorisation turnaround to hours rather than days.
  • FHIR-based claim submission to TPA portals
  • Clinical documentation package attached at claim submission
  • Pre-authorisation with AI therapy plan as supporting evidence
  • Concurrent review milestone reports automated
  • X12 EDI 837 for US-headquartered TPA systems
AF
Africa — National health insurance
NHIF Kenya · NHIA Ghana · NSITF Nigeria · Compensation Fund SA
African national health insurance schemes are expanding rehabilitation coverage — driven by WHO Rehabilitation Strategy 2025–2035 targets. RehabOS provides claim-ready ICD-11 coded episode records for submission to national schemes, with outcome evidence for COIDA and workers' compensation rehabilitation cases.
  • ICD-11 coded claims for national health insurance schemes
  • COIDA South Africa — occupational rehabilitation case file
  • NSITF Nigeria — employee compensation rehabilitation claims
  • NHIF Kenya — accredited facility billing integration
  • WHO AFRO strategy indicator data submission
Partner Network & Restricted PHI Sharing — RehabOS (Full-Width)

Partner Network & Restricted PHI Sharing


Controlled sharing across hospital networks and partners

Healthcare data sharing is not a binary — public or private. RehabOS supports a full spectrum of controlled sharing models: within a hospital group, between referring hospital and rehabilitation centre, between insurer and provider, and between MOH and national facilities — each with granular consent and RBAC controls.

Sharing Model 1

Hospital group multi-site sharing

Enterprise hospital groups with multiple facilities share a common RehabOS instance. Clinicians at any facility can access patient records from another facility in the same group — subject to role-based access control and data governance policy. Cross-site MDT collaboration, outcome benchmarking, and combined reporting are built in.

  • Shared patient record across all group facilities
  • Site-level RBAC — clinicians see their site only by default
  • Group-level executive dashboard — aggregate performance
  • Cross-site MDT collaboration with full audit trail
Sharing Model 2

Referral network restricted sharing

Acute hospital refers a patient to an affiliated rehabilitation centre. RehabOS creates a restricted shared view — the rehabilitation centre receives the clinical context it needs (diagnosis, medications, imaging, surgical summary) without accessing the full acute hospital record. Consent-governed, time-limited, and fully audited.

  • Referral bundle — selected FHIR resources shared on consent
  • Time-limited access — expires at discharge or specified date
  • Referring clinician notification when rehab notes updated
  • Full audit log — who accessed what and when
Sharing Model 3

MOH and national programme data sharing

Rehabilitation facilities participating in a national MOH programme share anonymised, aggregated outcome data with the national health data infrastructure. Individual patient records remain at the facility. Only WHO ICF-coded population-level indicators — access rates, outcome scores, diagnosis mix — are pushed to the national registry.

  • Anonymised aggregate data only to national registry
  • Individual records stay at facility — data sovereignty maintained
  • WHO ICF-coded population indicators — automated push
  • DHIS2 / national HMIS integration for MOH dashboard
Sharing Model 4

Insurer and TPA restricted clinical view

Insurance companies and social security bodies with active cases can access a restricted clinical view — specifically the documentation supporting their coverage decisions. They see the treatment plan, session records, and outcome measures relevant to their case — not the full patient record. Concurrent review and case management are built in.

  • Case-specific restricted view — insurer sees their case only
  • Pre-authorization documentation package — auto-generated
  • Concurrent review milestones sent — automated push
  • Denial appeal package — clinical evidence compiled automatically
Sharing Model 5

Patient-controlled sharing and telehealth

Patients can share their own rehabilitation record with any clinician, family member, or institution — via a QR code, secure link, or health app integration. PHR-based patient portal enables the patient to review their own record, download their care plan, and grant time-limited access to a new provider. GDPR-aligned access is lifted automatically.

  • Patient portal — full record access on mobile/web
  • Care plan PDF download — patient's own record
  • Secure link sharing to any provider — time-limited
  • GDPR right of access and erasure — automated request handling
Sharing Model 6

Research and clinical trial data sharing

FHIR bulk data export enables research teams to extract consented, pseudonymised rehabilitation datasets for clinical studies, quality improvement projects, and AI model training. Consent flags are stored at the patient record level — only patients who have consented to research data use appear in bulk export queries. REDCap integration for clinical trial data management.

  • FHIR bulk export — consented, pseudonymised datasets
  • Consent flag governance — research use opt-in per patient
  • REDCap integration — clinical trial data management
  • Ethics committee data access request workflow — audit trail

Rehab Software

Rehab Software is an AI-powered rehabilitation platform that makes recovery intelligent, measurable, and accessible. Developed by clinicians and technology experts, it streamlines therapy planning, operational workflows, and analytics through a flexible subscription model. The platform is designed for rehabilitation clinics, hospital groups, enterprise healthcare organizations, and Ministries of Health.

Platform & Scope Notification

Website content reflects RehabOS's vision and intended platform capabilities. All features, outcomes, and integrations described are indicative and subject to client-specific scope and mutually agreed SLAs and KRAs. No clinical outcome is assured unless expressly committed in a signed agreement.

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Contact Us

  • STRATECH VENTURES PRIVATE LIMITED
  • Level 5, Fortius Block
  • Plot No. 1, SIDCO Industrial Estate
  • Guindy, Chennai, TamilNadu 600032
  • info@rehab-software.com

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