ONLINE
[KIT]

Healthcare Shouldn't Depend on Distance. Relay Kit

An offline-capable telemedicine system connecting rural health workers with doctors through portable health sensors, intelligent case management, and store-and-forward communication.

Explore Innovation
99.9%
Relay Reliability
Offline
First Design
AI-Ready
Decision Support
relay://kit-node-01
TELEMETRY STREAMSYNCING
HW
Health WorkerKit

Patient vitals recorded: Fever, cough, 2 days.

10:42:15
HW
Health WorkerKit

BP 120/80, SpO2 98%, Temp 37.5C.

10:42:38
DOCTOR DASHBOARDCases.db
IDPatientStatus
1Patient #8492Synced
2Patient #9921Synced
3Patient #1204Active
AI Decision SupportView Demo →
The Healthcare Gap

When Distance Becomes a Healthcare Barrier

Remote communities face systemic challenges that prevent timely access to professional medical guidance, turning manageable conditions into emergencies.

Limited Access
Geographic Isolation
Patients in remote areas must travel long distances to reach facilities, often delaying care until symptoms become severe.
Primary Challenges
  • Long travel to reach urban medical facilities
  • High costs for transport and lost work days
  • Limited availability of specialized doctors
  • Delayed diagnosis for critical health issues
  • Risk of worsening conditions during transit
Impact Metrics
Travel TimeHigh CostDistanceRisk
Connectivity
Unreliable Networks
Unstable internet connectivity prevents real-time data transmission, leaving health workers without professional feedback.
Technical Barriers
  • Unstable or non-existent internet signals
  • Inability to transmit patient data in real-time
  • Data loss during manual paper-based recording
  • Lack of synchronization with hospital systems
  • Communication gaps between rural and urban
System Status
No SignalOfflineData LossDelay

Privacy & Data Security

All patient data is encrypted and stored securely, ensuring compliance with privacy standards.

Learn More
02 // SYSTEM ARCHITECTURE

A Healthcare Relay Built for the Real World.

Portable diagnostic sensors and offline-first software designed to bridge the gap between rural health workers and urban specialists.

CLINICAL READY
Essential
Infrared Thermometer
Non-contact clinical temperature monitoring.

High-precision infrared sensor for rapid, non-invasive patient temperature assessment in remote field conditions.

Precision:±0.1 °C
Sync Mode:Real-time Sync
Hardware Specs:

Bluetooth 5.0, Medical Grade ABS

Clinical GradeDetails
Vital Sign
Pulse Oximeter
SpO2 and heart rate biometric capture.

Fingertip pulse oximeter providing accurate oxygen saturation and heart rate data for immediate case recording.

Precision:±2% SpO2
Sync Mode:Instant Capture
Hardware Specs:

Optical Sensor, Silicone Housing

Clinical GradeDetails
Vital Sign
Blood Pressure Cuff
Digital upper-arm blood pressure monitor.

Automated digital blood pressure monitor designed for reliable, repeatable readings in rural health settings.

Precision:±3 mmHg
Sync Mode:Automated Log
Hardware Specs:

Nylon Cuff, Digital Pump

Clinical GradeDetails
Core System
Sync Terminal
Ruggedized edge-sync mobile device.

The central hub for case management, storing patient data locally until connectivity allows for secure relay.

Precision:Offline-First
Sync Mode:Auto-Forward
Hardware Specs:

Gorilla Glass, Ruggedized Case

Field ReadyDetails
Innovation
Store-and-Forward
Intelligent data synchronization protocol.

Ensures patient cases are safely stored and automatically forwarded to doctors once network access is restored.

Precision:100% Integrity
Sync Mode:Adaptive Sync
Hardware Specs:

Encrypted SQLite, AES-256

Data SecureDetails
Professional
Doctor Dashboard
Professional case review interface.

Centralized dashboard for doctors to review cases, assess vitals, and send recommendations back to health workers.

Precision:AI-Assisted
Sync Mode:Rapid Response
Hardware Specs:

Web-Based, Responsive

Decision SupportDetails
Offline-First Innovation

Ready to see the relay in action?

Experience how our store-and-forward protocol manages patient data when connectivity is unavailable.

System workflow // Relay Kit

How the system works

A five-stage process ensuring patient data reaches doctors securely, even in remote areas with limited connectivity.

NETWORK: ONLINESYNC STATUS // ACTIVE
STEP 01Recording
Collect
Vital sign capture

Health workers record patient vitals using portable Bluetooth-enabled medical sensors.

LATENCY1.2 ms
CONFIDENCE99.9%
CAPTURE_VITAL -> SENSOR_SYNC(OK)
STEP 02Organizing
Record
Digital case file

The mobile app organizes patient symptoms and vital signs into a structured digital record.

LATENCY2.4 ms
CONFIDENCE99.8%
PARSE_DATA -> CASE_FILE(ID_001)
STEP 03Offline-ready
Store
Local cache layer

If connectivity is unavailable, the case is safely stored locally until network returns.

LATENCY0.8 ms
CONFIDENCE100%
WRITE_LOCAL -> CACHE_ENCRYPTED
STEP 04Forwarding
Relay
Secure synchronization

Once connectivity is restored, the case is automatically synchronized to the doctor dashboard.

LATENCY45.2 ms
CONFIDENCE99.5%
SYNC_CLOUD -> RELAY_COMPLETE

Active process: Collect

System status: Sensor: Bluetooth | Sync priority: High

SELECT STEP:
Telemedicine Relay System

Distance Should Never Delay Care

By combining portable sensing, offline-first technology, and store-and-forward telemedicine, we connect rural health workers with professional guidance.

Offline-first design
AI-assisted support
Secure relay protocol

Secure Data Relay

Patient records are encrypted and stored locally until a secure connection is established.

Offline-First Tech

Continue clinical operations in remote areas without needing constant internet access.

Expert Connection

Bridge the gap between rural health workers and specialists through asynchronous relay.

99.9%
Data Integrity
10k+
Cases Relayed
0 Latency
Offline Sync