Autonomous airside tugs, a haulage truck and an agricultural tractor working together at dusk

Meet ARLO

The Operator of The Future

Our primary technology stack, the Autonomous Robotic Logic Operator (ARLO) is our affordable and scalable autonomous intelligence system. Using AI vision and AI-enhanced 4D radar, it can automate existing vehicles and machines or integrate directly into new OEM platforms.

See How ARLO WorksDiscuss Your Product
EVIE autonomous product development

We Design and Develop Autonomous Products

Learn More
Retrofitting autonomy onto existing vehicles

We Make Your Existing Products Autonomous

Learn More

AI Enhanced 4D Radar

Explore EVIE's AI-enhanced 4D radar for advanced environmental perception, alongside our wider AI capabilities in image processing, object classification, semantic segmentation and custom neural network training.

Learn More
AI-enhanced 4D radar point cloud
Where autonomy can take you

Why
Autonomy & Where it Can Take You

Learn More
The route to autonomous integration

The Route to
Autonomous
Integration

Learn More
Safety built into the system architecture

Safety, Built
into the System

Learn More
EVIE autonomous rover platform

Frequently Asked Questions

Find clear answers to the most common questions about our technology, integration process, safety systems and autonomous capabilities.

In most cases, yes. EVIE can retrofit ARLO to existing vehicles and machines, allowing you to add autonomous capability without replacing your current fleet. We begin with a technical assessment of the machine, its controls and the task you want it to perform. Where necessary, we can also integrate drive-by-wire or other control hardware.

ARLO is vehicle, machine and powertrain agnostic. It can integrate with electric, combustion, hydraulic and hybrid platforms across sectors including agriculture, airports, logistics, mining, defence, construction and industrial operations. From tractors and baggage vehicles to mining machines and specialist robots, ARLO is configured and trained for the specific vehicle and job.

Safety is designed into every part of the system. EVIE combines multiple sensors, real-time monitoring, defined operating zones, obstacle detection and fail-safe controls. Our independent Watchdog safety layer continually supervises ARLO and the vehicle. If it detects an unsafe condition or a system operating outside its permitted limits, it can slow, stop or place the machine into a safe state.

ARLO is the intelligent operator that understands the environment, plans the task and controls the machine to complete the required job. Watchdog is the independent safety supervisor that continuously checks ARLO, the vehicle and its surroundings, ensuring the machine remains within its authorised operating and safety limits. Put simply: ARLO does the job; Watchdog makes sure it is done safely.

4D radar measures the distance, direction, height and movement of objects around the machine. EVIE’s AI processes this information alongside cameras and other sensors to build a reliable, real-time understanding of the environment. Radar continues to perform in darkness, dust, rain, fog and other difficult conditions, helping ARLO detect people, vehicles, obstacles and changing hazards.

Yes, many customers begin with one machine/asset, one task and one operating location. Once the system has been proven in your working environment, the same autonomous capability can be deployed across additional machines, sites and applications. This allows you to demonstrate the operational and commercial benefits before committing to a larger rollout.

The timeframe depends on the machine/asset, its existing control systems, the complexity of the task and the operating environment. A straightforward pilot can typically be completed within a few months, while more complex or safety-critical applications may require a longer development and validation programme. Following an initial technical assessment, EVIE will provide a clear integration plan, timetable and route from pilot to full deployment.