Product profile
SHYLD
SHYLD is an edge-AI spatial-intelligence platform for clinical rooms. It combines lidar, radar, infrared sensing and a live three-dimensional room model to...
Facts
- Company
- Shyld AI
- Product type
- clinical spatial-intelligence and environmental-control platform
- Status
- commercial
- Primary capability
- autonomous disinfection
- Website
- https://www.shyld.ai/
About SHYLD
SHYLD combines lidar, radar, infrared sensing and edge GPU processing to maintain a live three-dimensional model of a clinical room. The system recognises occupancy, movement and workflow state locally, allowing hospitals to analyse room utilisation, turnover, traffic and missing equipment without relying on conventional identifiable video.
Integrated UV-C modules can apply light to defined unoccupied zones and record the delivered coverage, but disinfection is one application of the broader spatial-intelligence platform. The system can trigger workflow alerts, document room status and receive over-the-air updates while retaining operational processing at the edge. SHYLD installs within existing care rooms as a fixed environmental-control and spatial-intelligence platform.
Market context
autonomous disinfection
Summary
Type: Healthcare robot
Core: UV-C targeting
Function: Remove debris
Audience: Healthcare providers
Specifications
- c_difficile_treatment_time
- 30 seconds s
- candida_auris_treatment_time
- 60 seconds s
- core_functions
- autonomous disinfection; physical automation platform
- installation
- Compact wall-mounted system
- mrsa_treatment_time
- 20 seconds s
- pathogen_inactivation
- 99.9% for listed high-risk pathogens %
- room_turnover_time
- 4–5 minutes min
- treatment_distance
- 6.5 ft / 2 m m
Operations
- Environment
- hospital operating rooms, clinical environments
- Primary user
- operating room teams, hospital infection-control teams
- Role
- UV-C disinfection, clinical workflow sensing
- Interaction model
- fixed wall-mounted autonomous environmental control
- Mobility class
- fixed installed system