NUADA
About
Nuada is building an integrated hardware and software computation stack grounded in quantum information theory, designed to deliver advanced information processing capabilities on existing digital infrastructure now, and on analogue hardware next.
Nuada's digital prototype couples a holographic tensor network engine with a Field Programmable Gate Array (FPGA), offloading the heaviest computational work to reconfigurable silicon. It is a proof of concept for a different basis of computation, one that processes information by its structure rather than by brute force.
At its core is a patent-pending adaptive truncation mechanism that compresses the attentional layer of information processing. This design philosophy is informed by Nuada's founder's research into attention and cognition in human performance, published in the British Journal of Sports Medicine.
In high performing humans, the quality of attention (which information is processed) maps directly onto cognitive health and performance. The human brain sustains this on roughly twenty watts. Real world intelligence is a matter of what you attend to, not how much you compute.
Technology
Nuada's digital prototype is a working system that encodes information in a compact geometric structure on an FPGA which reconstructs only the signal from the data, the way memory works in nature.
The first application is memory. As systems and LLMs increase in size, the cost of holding their working context grows without bound. Nuada's architecture compresses that working memory into a structured form that can be reconstructed rather than stored in full, easing the bottleneck that constrains large systems today.
The same principles extend beyond reconfigurable silicon. Nuada's roadmap migrates this architecture onto a purpose built magnonic processor designed to operate at room temperature, our patent pending analogue successor to the digital prototype.
Applications
Nuada is currently applying this technology with industry and research partners in the fields of brain dynamic analysis & computational neuroscience, environmental modelling, and high-performance sport, including computational fluid dynamics and predictive modelling.