Robots that understand what is going on around them.
We build agentic robotics: robots that use vision to see what is in front of them, take their instructions from Core and pick the next step themselves. From a single arm at a packing table to a complete line.
Research alongside universities. For our research into agentic robotics we worked with universities, TU Eindhoven among them.
See, decide, act
This is how every robot solution we build is put together, from a single arm to a complete line.
See
Cameras and vision models recognise products, positions and anomalies. The robot knows what is in front of it, not merely that something is.
Decide
The logic runs as flows in Core, right next to your orders and stock. What the robot does follows from your process, and you can get at it.
Act
Arms, grippers and lines carry it out. The same control layer that already runs entire distribution lines for our customers.
What agentic robotics actually means
A classic robot repeats exactly what it was programmed to do. An agentic robot is given a goal and works out the steps in between for itself. Both have their place, and we build both.
Fully autonomous if you want it
An agentic robot can work without a human in the loop: give it a goal and it works out the steps. You can demonstrate a task, but you do not have to. How much autonomy the robot gets is a quality decision we make together, process by process.
Or simply repetitive, around the clock
Not every process calls for intelligence. The same arm will happily run the same motion day and night, reliably and without fuss, if that is what your line needs.
Hardware suited to your floor
We select and adapt grippers and tooling to whatever passes through your hands: suction cups for boxes, soft grippers for fragile products, stainless steel for wet environments.
Ordinary hardware talks to Core natively too
Robotics rarely starts at a robot arm. Core has a built-in local devices manager that drives equipment on the floor directly, with no vendor layer in between.
Everything shows up as a device in your environment and can be used from your flows, just like any other step in your process.
- Conveyors, sorters and weighing cells
- Sensors and IoT equipment
- Label printers, scanners and robot arms
- Native DOBOT blocks: straight over TCP to arm, gripper and camera
Sorting line at W.K. Heyl, driven from Core
In simulation first, on the floor second
Before a single robot arrives at your door, we rebuild the cell in our simulator. Grip points, cycle times and exceptions are tested digitally, so the physical installation holds no surprises.
- You see how the cell performs before you commit
- Changes are tested digitally before they go live
- Informed by research with TU Eindhoven, among others
RUAL simulator, pick & place with vision
Robotics is never a side project here
The same people who build your software and your warehouse design the robot cell. It all comes together in one system, from order to gripper.
Wondering whether robotics is right for your operation?
We are glad to think it through with you, including when the conclusion is that a robot is not the best investment right now.