Solutions at the cutting edge of complexity

Intersecting computer science and mechatronics

We thrive on some of the world’s most complex problems and are developing ground-breaking software that combines diverse fields of computer science in a way that has never been done before.

We’re pioneering techniques that optimise and autonomise factory production – sparking a sustainable industrial revolution that transforms how the world is made.

Computational Geometry icon
COMPUTATIONAL GEOMETRY
Parallel Algorithm icon
PARALLEL ALGORITHMS
Control Theory icon
CONTROL THEORY
Data Engineering icon
DATA ENGINEERING
Mathematical Programming icon
MATHEMATICAL PROGRAMMING
Computer Vision and Robotics icon
COMPUTER VISION & ROBOTICS

The Autonomous machine

Our technology is already autonomising CNC machines. We’re streamlining expensive and slow processes, minimising human error and optimising machining strategies from millions of potential variables to improve quality and speed up delivery times.

Benefits:
Higher quality • Reliable consistency
Lower cost • Faster delivery

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The autonomous factory

Using AI tech across complex areas like Process Optimisation and Control Theory – we’re revolutionising how factories are organised and autonomising production end-to-end. We’re creating seamless workflows and dramatically reducing inefficiency while removing the potential for human error.

Benefits:
Fewer bottlenecks • Minimal human error • 24-hour production • Optimised scheduling of work • Less waste
Minimal machine downtime

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Autonomous factories at scale

Once we have optimised our first factory, we’re able to roll out the blueprint to create sub-factories whenever the need arises. Using data recorded at each location, we can continually optimise every factory, share workloads to maximise efficiency and autonomise the development of new factories. This is how the world can move to clean, efficient, sustainable production.

Benefits:
Macro-efficient • Real-time capacity decisions
Super sustainable production • Super cheap

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