Advanced Robotics Systems

Robotics
Software

A reusable robotics software platform — integration, fleet management, and lifecycle tooling — that gets robotic systems from bring-up to sustained operation.

Our Capabilities

End-to-end robot operations software

6 Core Service Areas

System integration, software platform architecture, fleet management, remote operations, lifecycle updates, and field support tooling.

Bringing Software Stacks Together

System Integration

Integration software that connects perception, control, autonomy, and operator tooling into one working system.

  • Subsystem Integration Layers
    Interface software that connects independently developed modules into a coherent stack
  • Middleware Configuration
    ROS-based and custom middleware setups tuned for the platform's compute and timing requirements
  • Bring-Up & Commissioning Support
    Software and tooling to bring new platforms from first power-on to working baseline quickly
System Integration Middleware Commissioning
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One
Working System
Reusable Software Foundations

Platform Architecture

Software architectures designed to be reused across robot variants and future programmes, not rebuilt each time.

  • Modular Software Stacks
    Component-based architectures that swap hardware and behaviours without a full rewrite
  • Hardware Abstraction Layers
    Abstraction layers that isolate application software from sensor and actuator specifics
  • Configuration Management
    Structured configuration systems for managing variants across a product line
Modular Architecture Hardware Abstraction Configuration Management
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Reusable
Foundations
Multi-Robot Orchestration

Fleet Management

Software for operating multiple robots as a coordinated fleet rather than a collection of independent units.

  • Fleet Dispatch & Scheduling
    Task assignment and scheduling software that balances workload across available robots
  • Fleet-Wide Status Dashboards
    Centralised views of robot status, location, and task progress across the fleet
  • Inter-Robot Coordination
    Coordination logic for shared workspaces, handoffs, and collision avoidance between units
Fleet Dispatch Status Dashboards Coordination
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Fleet
Orchestration
Monitoring & Intervention

Remote Operations

Software that lets operators monitor and intervene on deployed robots from a remote location.

  • Remote Monitoring Platforms
    Dashboards streaming live telemetry and status from deployed robots
  • Remote Intervention & Override
    Secure channels for operator takeover when autonomy needs assistance
  • Alerting & Escalation
    Automated alerts that route issues to the right operator or team
Remote Monitoring Operator Override Alerting
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Remote
Operations
Software Maintenance Over Time

Lifecycle & Updates

Tooling that keeps deployed robot software current, traceable, and safe to update.

  • Over-the-Air Updates
    Update pipelines with staged rollout, validation, and rollback for deployed robots
  • Version & Configuration Tracking
    Traceability of software versions and configurations across the fleet
  • Regression Testing for Updates
    Automated test runs that validate updates before they reach deployed hardware
OTA Updates Version Tracking Regression Testing
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Managed
Lifecycle
Diagnostics & Troubleshooting

Field Support Tooling

Diagnostic software that helps field teams identify and resolve issues on deployed robots quickly.

  • Onboard Diagnostics
    Built-in health checks and fault reporting accessible to field technicians
  • Log Capture & Analysis
    Structured logging and analysis tools for diagnosing issues after the fact
  • Field Recovery Tools
    Software tools for resetting, reconfiguring, or recovering robots on-site
Onboard Diagnostics Log Analysis Field Recovery
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Field
Ready Tooling
One
Working System
Integrated software stack from independent modules
Reusable
Architecture
Modular software designed for reuse across platforms
Fleet
Orchestration
Coordinated operation across multiple robots
Managed
Lifecycle
Updates and diagnostics for deployed software
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Platform
Integration, Fleet &
Lifecycle Software
Our Approach

The software layer that keeps robots running

We build the platform software that sits around a robot's core capabilities — integration, fleet management, and lifecycle tooling that turns working prototypes into systems that run reliably over time.

  • 01
    Built to integrate, not replace
    Our software connects with existing perception, control, and autonomy modules rather than requiring a rebuild.
  • 02
    Designed for reuse across variants
    Modular architecture and hardware abstraction reduce rework as platforms evolve.
  • 03
    Operates at fleet scale
    Dispatch, monitoring, and coordination software scale from a single unit to a deployed fleet.
  • 04
    Supported through its working life
    Update, diagnostic, and recovery tooling keeps deployed robots maintainable in the field.