Ground Control Station
the human layerWhere a person plans the mission, watches it run, and takes it back.
ARNOBOT Technology
The autonomy platform for critical ground
Intelligent software, advanced ground control, and robust robotic vehicle platforms for extreme and mission-critical environments.
Purpose-built platforms
See how it worksSpecialized robots.
Purpose-built robotic platforms for different missions — from compact wireless robots to heavy-duty and vertical-climbing systems. Built with the flexibility to operate from RC to semi-autonomous to fully autonomous.
Built for critical missions
Critical Areas
Underground, inside a vessel, along a night perimeter, under a steel hull — the ground our robots work on takes away the satellite fix, the radio link and the operator's line of sight, usually all at once.
Hardware meets intelligence
Hardware & Software
One four-layer core, from remote control to full autonomy. For a new environment we change the body, not the intelligence.
E-stop
Link layerspans all four
Autonomy Engine
the thinking layerRuns on the robot. Fuses the sensors, holds the map, decides the next move.
Real-Time Control
the reflex layerDoes not think. Reacts — thousands of times a second, deterministically.
Robot Hardware
the body layerThe only layer that changes between platforms.
Emergency stop is wired to the reflexes, not the brain — so it works even when the autonomy computer is fully loaded.
Intelligence behind every mission
Software Overview
The software runs on our platform: the operator interface, where missions are planned and monitored; the autonomy engine, which executes missions on the robot with or without a live connection; and the mission record, which is retrieved when the robot reconnects to the operator system.
How the robot thinks
Perceive. Localise. Decide.
One loop, running onboard — with or without a link to the control room.
01Perceive
Laser, camera and inertial data fused on the robot. Detection runs onboard, not in the cloud.
02Localise
Centimetre-grade with a satellite fix. Its own map without one — underground, indoors, under steel.
03Decide
Missions are an area, not a joystick input. It replans around obstacles and resumes the pass.
From data to mission impact
Analytics & Operations
Every pass comes back as data — the map, the route it actually drove, what it saw and when. Reviewed at a desk, long after the robot has left the site.
Built tough. Built reliable.
Robust & Reliable
Hardware qualified for the ground it works on, and a control chain that keeps a fault local.
BUILTSealed for the site
Enclosures, connectors and drivetrains specified for dust, water and washdown — so a shift in the mud, the rain or the dark is an ordinary day rather than an exception.
SAFEFaults stay local
If you lose signal, GPS, or a sensor, the vehicle stops safely on the spot. The low-level safety system holds it still while the software reboots and recovers — no runaway machines, no manual resets.
FIELDServiceable where it works
Attachments come off with standard tooling, and the same core runs on every platform — so a crew trained on one robot can keep the whole fleet moving.
Ready to automate
hazardous operations?
Let's build the future of safe and intelligent operations together.