Enterprise Remote Patient Monitoring (RPM) App Development
Transform continuous physiological telemetry into actionable clinical interventions. We engineer medical IoT gateways, Bluetooth wearable mobile apps, and automated Medicare reimbursement pipelines.
RPM Biometric Gateway
Continuous IoT Edge IngestionEnd-to-End Medical IoT & RPM Architecture
We build fault-tolerant, HIPAA-compliant device drivers, mobile pairing interfaces, and high-throughput ingestion clusters.
BLE 5.3 & Cellular Device Ingestion
Direct background Bluetooth Low Energy (BLE) pairing with standard medical GATT profiles (Pulse Oximeter, Blood Pressure, Glucose, Weight Scale, Thermometer) and cellular hub gateways.
Apple HealthKit & Google Health Connect
Unified consumer wearable aggregation importing real-time resting heart rate, ECG events, sleep stages, VO2 max, and step counts securely with user consent management.
Clinical Thresholds & Alert Engine
Customizable clinical rules engine evaluating incoming vitals in real time. Dispatches immediate multi-channel escalation (SMS, voice, push notification, EHR inbox) for anomalous readings.
CMS CPT Reimbursement Automation
Automatic compliance validation for Medicare RPM billing: tracks device setup (CPT 99453), 16 days of monthly readings (CPT 99454), and 20-minute clinical staff time logs (CPT 99457 / 99458).
HL7 FHIR Observation Writeback
Biometric packets are automatically transformed into standard HL7 FHIR v4 Observation and DiagnosticReport resources and pushed to hospital EHRs via secure mTLS endpoints.
FDA SaMD Software Lifecycle
For algorithms performing clinical diagnosis or anomaly classification, our engineering follows FDA Software as a Medical Device (SaMD) controls and ISO 13485 design history files (DHF).
Frequently Asked Questions About RPM Software
We integrate with all major Bluetooth and Cellular medical devices including Omron, Withings, Dexcom, Abbott FreeStyle Libre, iHealth, Welch Allyn, Masimo, BioIntelliSense, Nonin, and custom BLE proprietary sensors.
Our mobile SDK features local encrypted SQLite/Realm caching. When patients are offline, vitals are queued locally with microsecond timestamps and automatically synced using delta-compression upon reconnection.