01 / 07

Bringing the von Neumann architecture to fault-tolerant quantum computing.

10x fewer qubits. 10x simpler. 

02 / 07

Mission & Vision

Qarakal’s mission is to deliver practical, application-driven quantum solutions. Our new vision centers on modular design — enabling scalable, hybrid systems that turn quantum potential into real-world impact.

Our advantage

Quantum computing promises transformative power, while most of the industry is focused on long-term, generic solutions that remain years away. The gap between theoretical potential and practical reality creates immediate points for industries under pressure today.

Quantum architecture built like a computer.

Full-stack quantum integration.

Every layer works together to create a unified, scalable quantum computer.

Modular composability.

Scaling is as easy as adding new modules, not redesigning the computer.

Hardware–software co-design.

Each module has a distinct role, with system control built in.

Validated computing principles.

Our quantum bus enables fault-tolerant, von Neumann-like modularity.

03 / 07

04 / 07

Our Advantage

Application-Driven Specialization

From Topology to QPU

05 / 07

Moving from lab to real-world deployment at record speed.

Locality goes a long way

Our state-of-the-art architecture uses local-only connections to natively enable complex long-range logical interactions.

Scaling in all directions

Our 3D chip architecture breaks the planar scaling barrier enabling fault-tolerance across vertically integrated layers.

Speed meets functionality

Every qubit has a purpose, enabling high-throughput quantum algorithms with natural synchronization.

Trusted by

06 / 07

07 / 07

Roadmap

2024

2025

2026

2027

2028

Why Now

Quantum computing 
is at a tipping point

Industries face urgent needs that cannot wait for generic, long-term systems. In short: AI drives new compute needs, energy costs demand optimization, and on-prem accelerates real-world quantum adoption.