Systems for the edge of care.
AUTONOMOUS MEDICAL SYSTEMS
Vantorix develops intelligent robotic systems designed to extend critical medical capability into environments where conventional care cannot reliably reach.
ROBOTICS / COMPUTER VISION / HUMAN-MACHINE TEAMING / AUTONOMOUS CARE
THE GAP
The golden hour is getting harder to reach.
Modern conflict, mass-casualty environments, remote operations, and contested logistics are increasing the distance between injury and definitive treatment. Unmanned systems can already reach places that people cannot.
The next generation of unmanned systems will not simply transport casualties. They will help treat them.
INJURY
ACCESS DELAY
AUTONOMOUS INTERVENTION
EVACUATION
DEFINITIVE CARE
01 / REMIO
Robotic vascular access for autonomous casualty care.
RemIO is a robotic medical platform being developed to enable remotely supervised intraosseous vascular access when direct medic intervention is delayed or impossible.
DETECT. POSITION. CONFIRM. INTERVENE.
RGB-D CAMERA
ANATOMICAL LOCALIZATION
3D TARGET POSE
ROBOTIC POSITIONING
REMOTE CONFIRMATION
VANTORIX SYSTEMS
A modular architecture for autonomous casualty care.
01 / REMIO
Autonomous Vascular Access
Robotic targeting and positioning technology designed to enable vascular access from unmanned platforms.
IN DEVELOPMENT
02 / CAVE
Casualty Autonomous Vehicle
Ground-based casualty transport and treatment architecture integrating evacuation, monitoring, and robotic medical capability.
CONCEPT DEVELOPMENT
03 / MODULES
Autonomous Care Modules
Modular robotic systems for future casualty stabilization, monitoring, treatment, and evacuation.
RESEARCH & DEVELOPMENT