AI Labs
Embodied AI, autonomy, simulation and platform software development.
AORO PRIME / Campus
AORO PRIME Robotics Campus
A planned campus program for robotics research, AI, prototyping, testing, manufacturing and fleet operations.
Campus Role
A strategic asset for building robotic workforce infrastructure.
The campus program is planned to concentrate research, prototyping, integration, testing, manufacturing and fleet operations in one environment, compressing development cycles and strengthening operational discipline.
Humanoid Prototype Lab
Rapid iteration of form factors, mechanisms and human-environment interaction.
Robotics Manufacturing Facility
Production engineering, assembly strategy and platform manufacturing discipline.
Integration & Systems Test Hall
Controlled verification of robot, software, safety and Fleet OS integration.
Emergency Response Arena
Scenario environments for response, hazardous-site and emergency operations testing.
Defense & Security Testing Range
Governed testing environments for security, perimeter and high-risk operational support.
Fleet Operations & AI Data Center
Planned operational command, fleet monitoring, data workflows and lifecycle support.
Visitor & Innovation Center
Controlled briefings, partner engagement and institutional demonstration spaces.
Why It Matters
Robotics becomes real through testing, manufacturing and operations.
AORO PRIME treats the campus program as part of the product. It is intended to help prototypes become deployable systems and bring field learning back into engineering, manufacturing and support.
Development Velocity
Engineering teams can move rapidly from design to prototype to test to field feedback.
Operational Credibility
Pilot partners can evaluate robots in environments that reflect real work rather than staged demos.
Manufacturing Readiness
The campus links design decisions to production, quality, serviceability and supply chain planning.
Institutional Trust
The campus program is intended to signal seriousness, governance and long-horizon commitment.
Manufacturing and Testing
Planned to move from prototype validation to pilot fleet readiness.
The manufacturing and testing strategy prioritises repeatability, shared componentry, quality discipline and controlled scale-up.
Shared Components
Platform reuse supports manufacturing learning across robot classes.
Quality Gates
Testing and validation are treated as operating requirements before pilot deployment.
Service Loops
Maintenance and lifecycle support inform design for future fleet readiness.
Deployment Training
Operators, partners and pilot customers are intended to be trained around realistic workflows.
AORO PRIME