01
Protected pod
Dome and enclosure concept for environmental control, patient protection, and workflow separation.
Engineering • Critical Care • Autonomous Support
Technology Architecture
AITB combines a protected medical pod, intelligent therapy-bed environment, powered transport chassis, modular support systems, and future AI-assisted clinical and logistics intelligence.
About AITB
A modular medical platform, not a single stretcher.
AITB is envisioned as a platform family that can support ICU overflow, evacuation, remote deployment, aircraft transfer, disaster response, and controlled protected care.
02
Therapy node mattress
Future integration points for pressure relief, warming, sensing, positioning, and treatment support.
03
Powered chassis
Fold-under, raise/lower transport platform inspired by ambulance cot and aircraft loader principles.
04
Data layer
Telemetry-ready design for device state, patient environment, maintenance, power, and readiness tracking.
Future Proof Design
Designed for multiple operating environments.
- Hospital ICU and emergency department surge support.
- Ground ambulance and mobile treatment station compatibility planning.
- Military helicopter and fixed facility transfer scenarios.
- Disaster response, rural access, and remote critical-care deployment.
- Future AI triage support, maintenance prediction, and logistics readiness.
Core Modules
Production roadmap modules.
Clinical Support Module
Patient stabilization, safe access, environmental control, monitoring ports, power routing, oxygen accommodation, and future device integration.
Mobility & Lift Module
Compact surface-area chassis, lift synchronization, lockout logic, emergency lowering, rugged wheels, brakes, and field-service access.
Aircraft Interface Module
Dimensional validation, tie-down points, alignment guides, cabin clearance, floor lock compatibility, and transport vibration controls.
Readiness Software
Power state, maintenance status, environmental telemetry, system diagnostics, usage logs, and secure update workflow.
Manufacturing Path
Prototype CAD, material selection, frame testing, enclosure safety, actuator validation, electronics protection, and serviceability.
Regulatory Strategy
Human factors, risk management, biocompatibility planning, electrical safety, cybersecurity, and clinical validation pathways.
Engineering next step: convert visual concept into a dimensioned prototype package.
The next build should include chassis dimensions, folded/raised states, patient envelope, aircraft door clearance assumptions, maintenance bay placement, materials, tolerances, and test protocols.