Reckonworks

Sustainable AI

The Hemweg power station in Amsterdam in 1953: a long hall under seven tall chimneys, a coal conveyor rising to it.

The entire human brain uses less than 20 Watts, yet simple LLMs consume orders of magnitude more.

Our systems combine smart software and the latest hardware to create extraordinary experiences without extraordinary power bills.

Rudie Verweij, smiling, in a blazer over a T-shirt, cut out like an old print.

Raw performance is often wasted by lazy developers

As the former CEO of a data center cooling company, I have experienced the waste of compute firsthand. The more power we have, the less efficiently we tend to work. That is why we gave ourselves strict limitations from the very beginning.

Rudie Nolasco Verweij, Founding Partner of Reckon Works.

The Hardware

  • The Brain

    The 8nm quad core processors are the conductor of our symphony.

  • Thinking

    By leveraging dedicated neural processing units, we do heavy computations with a fraction of the power.

  • Memory

    LPDDR5 RAM transfers data from chip to chip, resolving bottlenecks where it's most needed.

  • Visual system

    Parallel computing is done on the GPU in order to create stunning images in real time.

Bas de Beer, his hand at his chin, cut out like an old print.

True intelligence lives at the edge

The best teams empower people at all levels, allowing them to make fast decisions where it counts. We apply the same thinking to our AI by integrating local intelligence inside the hardware itself.

Bas Nino de Beer, Founding Partner, Reckon Works.

Our efficient compute is used to power Reckon Limbic, the world's first operating system optimized for feelings instead of reasoning.

Learn more about Limbic