Quantum Computing Meets Energy Digital Infrastructure for the Energy Transition
We build the bridge between quantum computing and the energy sector — delivering intelligent systems for digital infrastructure, measurable savings, and technological sovereignty.
Mathematics and algorithms for the energy systems of tomorrow.
We combine deep expertise in quantum computing and energy markets to build products that make the energy transition smarter, more efficient, and more independent.
Our Products
Three products. One platform.
What we stand for
Three pillars of our work
Our products and research are driven by three convictions: energy systems need intelligent digital infrastructure, optimization must deliver real savings, and European companies deserve technological sovereignty.
Digital Infrastructure
Energy markets are becoming faster and more complex. We build the intelligent systems that let utilities and industrial companies participate — around the clock.
From 24/7 intraday trading on EPEX SPOT to quantum-ready data pipelines, our infrastructure is designed for the demands of modern energy.
Energy Savings
Our optimization algorithms turn volatile energy prices from a risk into an opportunity — delivering measurable cost reductions for our customers.
By combining forecasting, market access, and automated trading, we help companies procure energy smarter and reduce their carbon footprint.
Sovereignty
We believe in technological independence: own algorithms, own data, European hosting. No black boxes, no lock-in.
Our quantum computing research — from state preparation to compiler development — ensures that European companies stay at the frontier of the next computing paradigm.
Ready to explore what quantum-powered energy solutions can do for you?
Let's talk about your challenges.
Trusted by our customers and partners
Our blog
News and Insights
Research, market perspectives, and product updates from the intersection of quantum computing and energy. Read more Posts
Balancing Energy
When Balancing Energy becomes a fundamental component of your own energy procurement.
Why Energy MPC?
How a predictive approach may improve your energy management and reduce energy costs.
Anomaly Detection Systems
Most real world anomaly detection problems involve time series. The discussions about the right algorithm is pointless. Or at least not that important.
Kaggle Competition
Anomaly Detection for the Transition Grid, or "how to win a Kaggle competition without even (really) trying"