ORBIT in a live dining environment
ORBIT moving through a working dining hall, carrying orders from the service counter to guests' tables.
PProjects & Technology
Work you can
see running.
Demonstrations, prototypes and programmes across autonomous mobility, perception, software, education and environmental robotics.
Table-side service hand-off
Guests collect drinks and dishes directly from ORBIT's open trays — designed for a natural, low-friction hand-off.
Expressive face interface
A touchscreen face gives the robot a readable, friendly presence and a surface for interaction.
Onboard robotics software
ORBIT runs its software stack on an onboard Ubuntu Linux computer, with live system logs used throughout development.
Safety by design
A physical emergency stop is built into the robot's column, within easy reach of staff and guests.
AUTONOMOUS MOBILITYIndustrial AMR platform
Industrial AMR platform
Extending mobile-robot capability toward industrial environments and material-movement workflows.
EDUCATIONEducational robotics systems
Educational robotics systems
Hands-on platforms that teach robotics through building and experimentation.
ENVIRONMENTAutonomous lake-cleaning robotics
Autonomous lake-cleaning robotics
Investigating water-based autonomous systems that can help remove surface waste from lakes.
TEngineering Stack
Full-stack robotics, built in-house.
Our robots are engineered end to end — from mechanical structure to the software that drives them.
Mechanical platform
Chassis, drive base and service structures designed and built in-house.
Electronics & compute
Onboard Linux compute, displays, lighting and safety circuits integrated into the robot.
Robotics software
Navigation, behaviour and interface software developed and tested on the physical robot.
Field testing
Prototypes evaluated in the real environments they are designed for.
Autonomous Robotics. Real-World Impact.