Software
The systems people actually use — services, interfaces, and the code underneath them.
01Hong Kong
Technology builtfor the real world.
We engineer across software, intelligence and physical systems — from embedded firmware and computer vision to production lines and the devices that run on them.
02Integration
From code to the machine on the floor.
Most technology companies stop at the software boundary. We work through it — the hand-offs that usually break a project are ours to make.
Intelligence
Computer vision and models placed where the decision is made, not in a demo.
Automation
Control logic that turns a decision into a movement, on a cycle that does not slip.
Hardware
Embedded systems, and the electronics a solution has to run on.
Operation
The line, the vehicle, the building — the conditions the whole thing has to survive.
03Industries
Where the systems end up.
The same engineering, applied in places with very different tolerances for failure.
04Technology
What the systems are built from.
Artificial intelligence is one column of three. Anything that has to keep running inside a plant needs the other two just as much.
SW Software engineering
- Product systems
- APIs and services
- Cloud and infrastructure
- Interfaces and tooling
AI Intelligence
- Computer vision
- Machine learning
- Signal processing
- Decision and control logic
HW Systems and hardware
- Embedded firmware
- IoT and connectivity
- Industrial control
- System integration
05Hardware
Equipment we work with.
Consumer and industrial electronics — specified, integrated, and delivered running with the software on top of them.
Car multimediaHead units and displays, and the software layer that makes them one product.DisplaysPanels and screens for products, vehicles and control rooms.Sensors and modulesEmbedded modules, connectivity, and the firmware that drives them.Industrial controlCabinets, controllers and terminal work for automated lines.Machine componentsPrecision parts specified around the system they have to serve.
06Record