Hardware Layer
Robotic bodies, mobility systems, manipulation interfaces, power systems and field-ready mechanical design.
AORO PRIME / Technology
Technology Platform
The AORO PRIME technology platform is being developed to connect hardware, compute, autonomy and operations into a deployable physical AI system.
Platform Layers
Four layers built for pilot and field validation.
The technology strategy is public-facing by design: explain the operating architecture without exposing exact internal engineering specifications.
Compute Layer
On-board and connected compute resources for perception, supervision, reporting and controlled operation.
Autonomy Layer
Embodied AI capabilities for perception, navigation, planning, interaction and mission execution under oversight.
Operations Layer
Fleet OS, monitoring, maintenance workflows, analytics and pilot deployment support for sustained robotic operations.
Embodied AI
AI designed for the physical world.
AORO PRIME treats embodied AI as a control and operations discipline, not a screen-based software feature. The platform is designed to perceive, plan, act and report in environments that are dynamic, physical and consequential.
Perception
Environmental understanding for objects, people, routes, constraints and operating context.
Planning
Mission-level reasoning that translates operator intent into controlled robotic actions.
Interaction
Human-supervised operation, clear status reporting and predictable behaviour around people.
Learning
Pilot and validation experience is intended to improve shared behaviours while respecting privacy, safety and governance requirements.
Robotics Architecture
Modular by design, disciplined in pilot deployment.
The robotics architecture supports different form factors while preserving a common operational foundation across the platform family.
Mobility Systems
Bipedal, mobile and field-adapted systems configured for the domain rather than rebuilt from scratch.
Manipulation
Task interfaces and support payloads selected for the work environment and supervised mission.
Safety Systems
Layered constraints, oversight modes and deployment procedures designed for accountable operation.
Serviceability
Field support, diagnostics and maintenance workflows designed for long-duration enterprise use.
Operating System
AORO Robotics Operating System.
The operating system coordinates the machine, the operator and the fleet. It provides the software foundation for supervised autonomy, status, updates, access control and operational reporting.
Mission Control
Designed to assign, monitor and adapt robotic work across sites and fleet roles.
Fleet Security
Identity, access and governance controls for institutional operations.
Human Oversight
Human-in-the-loop and human-on-the-loop workflows for sensitive environments.
Continuous Improvement
Pilot telemetry is intended to support safer, more predictable and more useful deployments over time.
AORO PRIME