Our technology


Quantum computing has the potential to revolutionize global industries. The field is not mature yet, as quantum computers are still under development. Our technology will accelerate the beneficial use of quantum computing with algorithms that are already useful in the current noisy intermediate-scale quantum (NISQ) era.

Bringing the timeline forward


The commercial customer benefits of quantum computing are typically framed as belonging to a distant future, over ten years ahead, relying on technologies yet to be developed. At QMill, our ambition is to bring that moment closer. Using our advanced quantum algorithms, companies and industries will be able unlock quantum advantage for themselves sooner, using hardware that will be available in a few years.

Triggering the era of practical quantum advantage


Current noisy intermediate-scale quantum (NISQ) computers cannot yet successfully execute proven algorithms such as Grover’s or Shor’s algorithm. However, they are already carrying out random quantum computations in a way that classical computers cannot replicate. We expect that soon, NISQ-era computers can carry out select, useful computations for specific use cases faster than supercomputers can.

We will develop algorithms for the first useful NISQ computers and enable quantum advantage for specific business-critical tasks. This will trigger the era of practical quantum advantage.




Latest news

How QMill is approaching classically verifiable quantum advantage.

The beginning of the story how QMill is unlocking quantum advantage, presented by Mikko Möttönen (10min).

The AI-powered service was trained using the computing resources of the LUMI supercomputer.

How quantum mechanical tunneling enables superconducting quantum computers? QMill’s Mikko Möttönen interviewed by Yle Radio.

Inside Finland’s next wave of innovation: 10 promising startups to keep an eye on this 2026!

A list of tech open jobs included roles with QMill.

A six-fold leap towards practical quantum advantage has been achieved by QMill. This breakthrough significantly lowers the bar for demonstrating quantum superiority.

QMill's new simulation results are indicating that its latest quantum algorithm is poised to demonstrate quantum advantage,

Quantum algorithms also benefit from different ways of thinking. Hannu Kauppinen interviewed by TEK.

Our experts are telling what makes QMill a unique place to grow and innovate. (3:27)

Press release: QMill and ÉTS collaborate to conduct deep-tech research as well as to test, and benchmark algorithms relevant to real-world challenges together.

The race toward quantum advantage can be accelerated by controlling the quantum computer with new, unprecedented algorithms.

TM: The race toward quantum advantage can be accelerated by controlling the quantum computer with new, unprecedented algorithms.

QMill hosted one of the busiest booths at Slush, alongside a number of private investor meetings.

Press release: Launching QMill Circuit Compression, an AI-powered service that makes it easy to compress, run, and compare quantum circuits.

This is QMill's new company video, available on YouTube (2:30min).

QMill sets another record in quantum circuit compression – now expanding to Ion Trap and Rigetti gate sets

By leveraging the latest advances in artificial intelligence, QMill recently developed a record-breaking method for compressing quantum circuits, bringing useful quantum computations closer in time.

Former Nokia CEO Pekka Lundmark will join Finnish quantum computing company QMill as an investor and a board member.

Do you want to know more about our technology or the latest research on quantum algorithms?

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