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Oscillatory AI Systems that mimic nature's power & efficiency

Unlike today's neural networks, oscillatory networks harness the way that biological systems compute. By leveraging physics instead of fighting it, the systems that we build achieve the energy efficiency and intelligence density that nature demonstrates, implementing a revolutionary new computing paradigm that will take AI to the next level.

The next revolution in computing will be inspired by nature. Come along.

AI for the planet

We build radically new forms of AI that serve both humanity and the environment. Intelligence should not be a black box controlled by a few — it should rather be a transparent, accessible tool for the many. We aim at creating AI systems that deliver measurable impact: for individuals, for industry, and for a more equitable technological future.

01 - The Problem

Today's AI is burning through nature and money

AI will unlock unprecedented progress — but current hardware cannot sustain the pace. Classical digital chips are hitting a wall: soaring energy costs, skyrocketing water consumption for cooling, and a fundamental thermodynamic dead end. Every computation on a conventional chip takes in data, produces a result, and dumps everything else as waste heat. In this paradim, more intelligence means more heat, more cost, and more environmental damage.

02 - The Solution

AI that mimic nature's power & efficiency

We are inspired nature's wisdom to build AI systems that don't fight against physics but work with it. In our systems, computation happens through the parallel dyamics of coupled oscillators unfolding in time, not through billions of digital operations in squence. Our circuits scale with minimal power. The result: hardware and the environment working as one.

Join us

Shape the future of nature-inspired intelligent computing

We are building computing systems inspired by nature's most efficient designs — from oscillatory neural networks to bio-inspired chip architectures. Join a team of world-class researchers, engineers, and visionaries tackling the fundamental challenges that will define how computation evolves.

We are always eager to connect with exceptional talent and welcome speculative applications. Whether you are a scientist, an egineer, an artist or a tinkerer who shares our vision – we want to hear from you. Reach out and let us explore how we can shape the future of computing together.

Senior Research Scientist

NETWORK ARCHITECTURE DESIGN • THEORETICAL ANALYSIS • DYNAMICS & LEARNING ALGORITHMS
You will design, train and analyze novel recurrent network architectures and learning rules inspired by biological principles.

Senior ML Infrastructure Engineer

CLUSTER MANAGEMENT • CONTAINERIZATION & ORCHESTRATION • INFRASTRUCTURE OPTIMIZATION
You will own the hardware and software stack that enables our scientists to make breakthrough discoveries.

Get in touch