Robotics Lab
Where the Machine Economy Gets Built
A purpose-built robotics and hardware R&D facility for the prototyping, development, testing, and customisation of XE devices, XE OS, and autonomous robotic systems. This isn't a proof of concept. XE Lab represents years of deep research and development – real hardware, real robots, real testing.
By the Numbers
3+ Years
Of focused R&D
5 Platforms
Robotic platforms in the fleet
100+ Prototypes
Hardware prototypes built
24/7 Testing
Continuous reliability testing
Built for Serious R&D
The XE Lab is a dedicated hardware and robotics facility equipped for every stage of the development cycle – from initial concept and 3D printing through to integrated systems testing with live robotic platforms.
Real Robots. Real Integration.
Our lab houses a fleet of robotic platforms for testing XE OS's robotics orchestration layer.
Unitree H1 — Humanoid
Full-body humanoid for testing bipedal locomotion and human-robot interaction.
Unitree Go2 — Quadruped
Quadruped platform for autonomous navigation and multi-agent swarm coordination.
Custom UAV Fleet — Aerial
Multiple drone configurations for aerial autonomy and swarm communication testing.
Deep Technical Infrastructure
The XE Lab is a full-spectrum R&D environment purpose-built for hardware-software co-development.
Mechanical Engineering
3D printing (FDM & resin), CNC prototyping, thermal simulation, and COOJ collaboration.
Electrical Engineering
PCB design and rework, power analysis, signal integrity testing, and EMC pre-compliance.
Embedded Systems
XE OS development, kernel-level robotics integration, NPU optimisation, and OTA update testing.
Robotics Integration
ROS 2 development, real-time control loop testing, multi-robot coordination, and sensor fusion.
Network Testing
Multi-node mesh testing, latency benchmarking, M2M throughput, and relay stress testing.
Security Validation
Hardware root of trust testing, secure enclave validation, and penetration testing.
Born in the Lab. Built for You.
Every XE device is the product of this facility – years of research, hundreds of prototypes, and relentless testing with real robotic systems.