Next-Generation Computing

Probabilistic Hardware and Software for Optimization and AI

Sqortex builds next-gen computing platform to accelerate large-scale AI and optimization problems faster and more energy-efficiently than classical computers.


The Challenge

The Compute Wall

Exploding Demand

AI compute demand is accelerating faster than hardware supply can scale.

Unsustainable Energy

Data center energy consumption is rising faster than renewable capacity.

Scaling Bottlenecks

Classical scaling is slowing. Quantum promises breakthroughs, but large-scale practical deployment remains uncertain.

Sqortex provides a scalable probabilistic computing architecture designed for optimization — available on a near-term roadmap.


Our Approach

Hardware-Native Probabilistic Computing

Sqortex uses stochastic nanodevices (p-bits) that harness physical randomness as a computational primitive. This enables hardware-level optimization that classical architectures cannot achieve.

Physical stochastic switching
Optimization accelerator architecture
CMOS-compatible roadmap

Applications

Built for Hard Problems

Logistics Optimization
Generative AI
Financial Modeling
Probabilistic Risk Assessment
Materials & Drug Discovery
Energy & Telecom Routing

Team

Leadership

Portrait of Prof. Denis Bandurin

Prof. Denis Bandurin

Founder

Quantum materials experimentalist and device physicist building next-generation probabilistic computing hardware.

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Portrait of Prof. Andrey Ustyuzhanin

Prof. Andrey Ustyuzhanin

Founder

Technology architect focused on scalable stochastic computing systems and hardware acceleration.

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Portrait of Prof. Kostya Novoselov

Prof. Kostya Novoselov

Founder

Nobel Laureate in Physics. Pioneer of graphene and advanced materials science.

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Infrastructure for the Next Era of Computing.

We partner with forward-looking organizations to deploy probabilistic hardware at scale.