Sub-150ms WebSockets • 60fps Canvas Rendering • Edge Arrhythmia AI

Real-Time ECG & Vitals Telemetry Stream Engine

Ingest high-frequency physiological waveforms from wireless ECG patches, ICU monitors, Apple HealthKit, and Bluetooth sensors with ultra-low latency and zero clinical packet loss.

💬 Chat on WhatsApp
60 FPS Canvas Sweep Speed
< 150ms WebSocket Ingestion
99.6% Arrhythmia Sensitivity
100% FHIR Observation Auto-Sync
EM

Emma Martinez, 42

ID: #MED-88491 • Remote Cardiac Care
Live Stream
Lead II Continuous ECG Monitor
74 BPM
Blood Oxygen (SpO2)
99.1%
Blood Pressure
118/78
Resp. Rate
16 rpm
AI Arrhythmia Anomaly Engine
Normal Sinus (99.6%)
High-Frequency Biomedical Data Pipelines

Telemetry & Waveform Streaming Capabilities

Our biomedical engineers build real-time data pipelines capable of ingesting 500Hz multi-lead ECG packets, rendering smooth 60fps canvases, and classifying arrhythmias with edge AI.

Sub-150ms WebSocket & MQTT Telemetry

Binary protocol buffer (Protobuf) serialization with Brotli/Gzip compression streaming raw microvolt data packets over persistent WSS tunnels with automated reconnect backoff.

WebSockets / WSS MQTT 5.0 Broker Protobuf Binary Codec
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60fps Hardware-Accelerated Canvas Engine

WebGL and HTML5 2D Canvas rendering pipeline drawing continuous lead sweeps with zero garbage-collection stutter, customized grid graticules, and pan/zoom caliper tools.

WebGL / 2D Canvas Digital Calipers 60fps Smooth Sweep
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Edge Arrhythmia & Anomaly Detection

Embedded deep learning models (1D CNN & LSTM) classifying Atrial Fibrillation (AFib), Premature Ventricular Contractions (PVCs), and Tachycardia directly on mobile clients.

1D CNN / PyTorch AFib / PVC Detection CoreML / ONNX Runtime
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SMART on FHIR Observation Writeback

Converts streaming physiological data into standardized HL7 FHIR v4 Observation resources with standard LOINC codes (e.g. LOINC 8867-4 for Heart Rate, 2708-6 for SpO2).

FHIR Observation LOINC Code Mappings Epic / Cerner
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Multi-Sensor Wearable Aggregator

Simultaneous multi-peripheral BLE connections supporting continuous Holter patches, 12-lead ECG machines, pulse oximeters, smart rings, and continuous glucose monitors (CGM).

BLE 5.3 Multi-Connect 12-Lead ECG Drivers Patch Driver SDKs
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HIPAA Encrypted Ingestion Clusters

Distributed time-series databases (TimescaleDB / InfluxDB) encrypted at rest with AES-256 and backed by signed Business Associate Agreements on AWS or Google Cloud.

TimescaleDB / Kafka AES-256 Storage HIPAA BAA Protected
Telemetry FAQs

Frequently Asked Questions About Telemetry Streaming Software

Our WebSocket binary engine handles multi-channel sampling rates up to 1000Hz (samples per second) per channel with sub-millisecond timestamps, maintaining smooth 60fps rendering without draining mobile battery.

When an arrhythmia episode (such as sustained AFib or severe Bradycardia) is classified, the system creates an annotated snapshot snippet and dispatches multi-channel urgent escalations via SMS, VoIP push, and EHR inbox messaging.

Ready to Build Custom Clinical Telemetry Software?

Schedule a technical architecture call with our lead medical IoT and telemetry engineers to review your sensor protocols, streaming infrastructure, and regulatory roadmap.

💬 WhatsApp: +971 50 431 3932