Robot drivers from a PDF manual
An AI coding agent reads a device's manual and generates the driver and interface code to bring it into the fleet.
Brisbane, Australia · Mobile robotics
Robots that do the work.
Software that keeps them reliable.
RoviPro designs and delivers autonomous mobile robots, mobile manipulators and the robot software behind them for large operators in Australia. Every robot runs on AgentDrive, our onboard controller, and is coordinated by Fleet OS.
AgentDriveOnboard controller, field-proven
Fleet OSAgentic fleet platform
AMR · MM · CareThree robot families
ISO 3691-4Safety design basis
The RoviPro platform
One software stack, from the motor driver to the fleet.
We build the robot and the software as one system. AgentDrive runs on each robot; Fleet OS runs the site. The same stack drives every product in our lineup, so a site can mix transport, lifting and manipulation without mixing vendors.
01 — AgentDrive
An AI-ready robot controller that behaves like industrial equipment.
AgentDrive is our onboard controller: mapping, localisation, planning, task execution and safety in one stack. It is already integrated into our robots and running in the field.
The language model plans. It never drives.
In AgentDrive an LLM never commands the motors directly. It designs a finite-state machine for the task; that state machine is checked and then executed deterministically by the controller. The result is the consistency and repeatability industrial sites expect, with no improvised motion.
- 1Task requestPlain language or Fleet OS job
- 2LLM designs an FSMStates, transitions, conditions
- 3FSM is checkedBefore anything moves
- 4Deterministic executionSame input, same behaviour
- 550 Hz control & safety loopLow-level, always on
Tagless navigation
Integrated 2D/3D mapping, SLAM, path planning and obstacle avoidance. No floor tape, QR tags or reflectors to install or maintain.
Commodity compute
Runs on low-cost boards: Intel N100, NVIDIA Jetson Orin Nano, Rockchip RK3588 and Raspberry Pi class hardware.
One stack, many machines
The same software across AMRs, AGVs, forklifts and mobile manipulators. Integration onto a new platform in as little as one day.
Web UI and FMS ready
Configure, map, drive and tune from a browser. Connects to Fleet OS or an existing fleet management system.
02 — Fleet OS
An agentic platform for running a mixed robot fleet.
Fleet OS connects robots, workflows and plant systems. AI agents take on the slow parts of deployment: writing drivers, composing workflows and handling exceptions, while operators stay in control.
Workflows by drag-and-drop or plain text
A visual designer for multi-step robot workflows. Connect nodes by hand, or describe the process in words and refine the result.
Agent-based fleet management
- Real-time multi-robot monitoring and scheduling
- Dynamic task allocation and collision avoidance
- Exception detection and recovery
Plant integration
OPC-UAModbusMQTT
03 — Robot lineup
Three robot families, one platform.
Each family is built on AgentDrive and managed by Fleet OS, from pallet-level transport to dual-arm assistance.
VisualisationRovi series AMR
Autonomous mobile robots for material transport in factories and warehouses. Tagless navigation, automatic docking and charging, and the full AgentDrive stack on board.
- Payload
- 150–600 kg
- Max speed
- 2.0 m/s
- Charging
- Auto-charging dock
- Navigation
- Tagless, 2D/3D SLAM
Rovi Lite
150 kg class
Swappable 48 V battery and vision-based localisation on a low-cost compute board.
Rovi200
200 kg payload
General-purpose transport platform for carts, bins and top modules.
Rovi600 & lifter variants
600 kg payload
Heavy-load transport; lifter variants raise racks and carts from underneath.
Rovi UL
150 mm height
Ultra-low-profile platform that drives under low carts and fixtures.
VisualisationRovi MM
An AMR base with a collaborative arm, for machine tending, picking and station-to-station handling. End-effectors are selected for each process.
AgentDrive runs navigation and manipulation as one system, so the robot is configured, monitored and integrated through a single interface instead of two.
- Navigation
- Manipulation
- Web UI
- API
One unified platform. Arm and end-effector options are specified per application.
Rovi MM
AMR base + collaborative arm
Compact base with an integrated arm column, battery and controller. Arm, tool and top module are configured per application.
Tools for Rovi MM
End-effector options, selected for each process and managed from AgentDrive.
Electric parallel gripper
Adaptive stroke and grip force for boxes, parts and containers.
Vacuum gripper
Suction cups for flat, sealed or packaged items.
Quick tool changer
Swap end-effectors between tasks without re-wiring.
Wrist camera
Vision for part localisation and pick verification.
Force/torque sensing
Controlled contact for insertion, pressing and placing.
Custom fingers & fixtures
Process-specific tooling designed per application.
In development · Coming 2028
Care Humanoid
A wheeled, upper-body humanoid for aged care and home care: fetching, handing over and reaching tasks that support people living independently. It is currently under development, with field trials planned in Australia.
Images are design renders of the concept under development.
- Arms
- Dual 7-axis QDD, 5 kg per arm
- Gripper
- 2-finger, 0.5–100 N grip force
- Lift
- Wire-driven, shoulder height 600–1,400 mm
- Base
- Omnidirectional, three 2-axis wheel modules
- Safety layer
- 24+ ToF proximity sensors, independent of the AI
- Power
- 48 V battery
04 — Proven in the field
Built with, and for, demanding industrial users.
Our technology has been developed alongside industrial partners and shipped to research and OEM customers. These are the engagements behind it.
4yrs
R&D partnership with Orica
A four-year research and development partnership with Orica, the global mining services company.
1,000+
Orica field units
Our products have been applied to more than 1,000 Orica field units.
5
Agricultural robots delivered
Five agricultural robots delivered to the University of Auckland.
4
Robot OEMs supplied
Controllers and sensor packs supplied to four robot manufacturers.
05 — Safety & standards
Safety sits below the intelligence, not inside it.
AI decides what a robot should do next. It does not get a vote on whether the robot stops. Our safety functions run in a separate low-level layer that the planning software cannot override.
Planning
LLM-designed state machines, checked before execution. No direct motor commands from the model.
Execution
Deterministic FSM execution on AgentDrive for repeatable behaviour, cycle after cycle.
Control & safety loop · 50 Hz
An emergency stop, a safety-controller trip or a stalled wheel stops the robot immediately.
ISO 3691-4
Our mobile robots are designed to ISO 3691-4 requirements, the safety standard for driverless industrial trucks and their systems. The care humanoid adds a proximity safety layer of 24+ ToF sensors that works independently of its AI.
06 — Company
An Australian robotics company, engineering-led from day one.
RoviPro is based in Brisbane, Queensland. We are a small, focused team of robotics engineers who design the robots, write the software and support the deployments ourselves, so customers deal directly with the people who built the system.
- Company
- ROVIPRO PTY LTD
- ABN
- 30 659 486 192
- Address
- Golden Crest Pl, Bellbowrie QLD 4070, Australia
Dr Chanoh Park
Founder & CEO
- PhD in robotics, CSIRO and Queensland University of Technology (QUT)
- Former computer-vision team lead at Orica
- First author, IEEE Transactions on Robotics
- Editor, MDPI Drones
Contact
Tell us about your site.
Planning an AMR deployment, integrating AgentDrive into your own machine, or interested in research collaboration? Send us a note and an engineer will reply.
ROVIPRO PTY LTD Golden Crest Pl Bellbowrie QLD 4070, Australia info@rovipro.com.au