01
Internal transport
Moving goods autonomously between buildings and zones on a company site.
Back to overview
Division 03In development
Autonomous Mobility
Autonomous vehicles and drones for logistics and inspection.
We develop modular software that lets vehicles and drones perceive, navigate and cooperate on their own — with human oversight at every moment.
Status
- Perception
- Mapping
- Planning
- Navigation
- Fleet coordination
- Safety
In development
Software stack
Six modules, one autonomy system
From perception to fleet coordination, with safety as a constant layer.
- 01
Perception
Recognising people, vehicles and obstacles through cameras, lidar and radar.
- 02
Mapping
Building a current map of the site and determining its own position.
- 03
Planning
Translating a task into a route and a series of executable steps.
- 04
Navigation
Following the route safely and adjusting the moment the situation changes.
- 05
Fleet coordination
Letting multiple units divide tasks without getting in each other’s way.
- 06
Safety
Limits, emergency procedures and full recording of every mission.
Introduction
From software to a dependable autonomous system
A vehicle or drone only becomes usable once it reads its surroundings correctly and picks a safe route by itself. Our software handles that step: from raw sensor data to a decision that holds up.
We focus on bounded environments such as company sites, warehouses and infrastructure. That is where autonomy is realistic, verifiable and responsible today. The platform itself comes from a manufacturer.
The core
Autonomy that stays within the lines
Full autonomy on public roads will remain a research question for years. On a company site, in a warehouse or above a defined inspection area, autonomy is already achievable and responsible today. That is where we focus.
- Bounded environments with predictable rules
- Human oversight and intervention at any moment
- Full recording of every mission for analysis and audit
In development
Application areas
Where autonomy makes sense today
Four domains our software is aimed at.
- 02
Warehouse and distribution
Moving pallets and carts in and around the warehouse, alongside the people working there.
- 03
Infrastructure inspection
Checking roofs, pipelines, masts and installations with a drone instead of a lift.
- 04
Site monitoring
Periodic survey rounds over sites, grounds and agricultural plots.
- 05
Cargo drones for ports
Short, recurring freight movements across port sites and between quay and ship, without adding to road or water traffic.
- 06
Public safety
A quick picture on site during incidents, supporting emergency services and site managers.
Cargo drones
From quay to ship, without the detour
Ports and logistics sites lose time every day to short, recurring transports. Cargo drones can bridge that gap: parts, documents and urgent loads that today cross the site by van or boat.
- Fixed routes above your own site or water
- Fleet coordination for several aircraft at once
- Integration with existing terminal and port systems
How it works
From perceiving to driving or flying safely
Four steps the system runs continuously.
- 01
Perceive
Sensors capture the environment: people, vehicles, obstacles and weather.
- 02
Understand
The software works out what is happening and what it means for the task.
- 03
Act
The vehicle or drone follows the route and carries out the mission.
- 04
Supervise safely
An operator follows along, can intervene, and every mission is fully logged.
Concept gallery
How we picture the application
Concept visualisations of the environments we are developing the software for. Not existing products.
- In development
Inspection from the air
Checking roofs, masts and installations without a lift.
- In development
Port and cargo
Freight movements across site and water, on fixed routes.
- In development
Warehouse
Autonomous internal transport between zones and buildings.
- In development
Company site
Moving goods between production, storage and dispatch.
Development status
Where the project stands today
We are open about what is finished and what still lies ahead.
- 01In place
Autonomy architecture
The structure from perception through to fleet coordination is settled.
- 02In progress
Simulation in ROS 2 and Gazebo
We test navigation, obstacle avoidance and mission flow virtually.
- 03Next phase
Integration on a platform
The next phase: our software on a real vehicle or aircraft.
- 04Partner wanted
Platform and pilot partners
We are looking for a manufacturer and a closed site to test on.
Software and system architecture in development, together with hardware and integration partners. Any deployment takes place within the applicable aviation and traffic regulations.
Collaboration
Four ways to work together
Every track starts small and concrete.
- 01
Software licence
You license our autonomy software for your own platform.
- 02
Joint development
We develop a vehicle, drone or payload together.
- 03
Integration on an existing platform
We bring our stack onto your existing vehicles or drones.
- 04
Pilot project
Controlled testing on a private site, with clear criteria.
Build this system with us
We are looking for vehicle and drone manufacturers, sites for pilot projects and investors.