Solving embodied control and unlocking automation with neuroplastic AI Our neuroplastic AI stack is the highest intelligence-per-kB AI. It is low-data, low-compute and adaptive to change. Learn More About Our Technology

AI automation is needed to make industry viable in the West

Deep learning cannot deliver in embodied control and edge AI applications, due to the lack of data, compute constraints, and constant change in real-world environments. 

Our neuroplastic AI stack solves these challenges, enabling real-time control and optimisation.

Nano AI

Embedded boards, VFDs etc.

  • Microprocessor Firmware
  • Next-gen intelligent devices

>100 Hz

<1 kB

Micro AI

PLC, DCS, SCADA, EDGE, etc.

  • Generic AI control
  • Application based optimisation

10 - 100 Hz

1 - 25 kB

Mini AI

SCADA, Optimisers, Modellers, etc.

  • System level solutions
  • Advisory and modelling

<10 Hz

>25 kB

Adaptive Intelligence for Peak Performance

Adaptive intelligence overcomes variations in operating conditions and non-linearities in complex processes, by providing real-time optimisation and enhanced resilience that enables operations to achieve peak performance, reduce costs, and minimise environmental impact.

Why Luffy AI?

Real-time control and optimisation with physical ​AI is the last frontier, but existing AI methods cannot deliver in embodied control or at the edge, making automation impossible at scale. Our mission is to enable tomorrow’s sustainable production and robotics through the development of revolutionary neuroplastic and adaptive intelligence systems.

Our groundbreaking Ai-based controllers are designed to exhibit neuroplasticity. The network’s learning system is embedded within the network itself, allowing dynamic “on the job learning”.

The result is exceptionally adaptive and resilient controllers, which can react and successfully adapt to real-life conditions they have never encountered before, and this with no human in the loop.

Success Stories

Get in Touch

We work with your team to develop system models and a training curriculum that accommodates physical tolerances, safety limits, process scenarios and control uncertainties, while simultaneously and continuously optimising around your value drivers.

Get in Touch

We work with your team to develop system models and a training curriculum that accommodates physical tolerances, safety limits, process scenarios and control uncertainties, while simultaneously and continuously optimising around your value drivers.

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