About Qoro Quantum

Qoro Quantum offers a hardware-agnostic software and orchestration stack for distributed quantum computing. Their platform connects quantum processors using classical networking, enabling scalable execution of quantum algorithms across heterogeneous computing clusters and hybrid quantum-classical systems.

<problem> Monolithic quantum computers face inherent scaling limitations, making it challenging to achieve the millions of qubits required for fault-tolerant quantum computing. Integrating quantum processors with classical systems also presents complex system-level challenges. </problem> <solution> Qoro Quantum provides a hardware-agnostic software and orchestration stack designed to enable scalable distributed quantum computing. The platform leverages classical networking methodologies to interconnect quantum computers, facilitating increased performance, privacy, and resilience. It automates quantum algorithm processing, resource allocation, and scheduling across heterogeneous computing clusters, including QPUs, GPUs, and CPUs. This approach allows users to run complex quantum algorithms by distributing computational loads across networked quantum devices, with the option to offload tasks to classical systems when advantageous. </solution> <features> - Hardware-agnostic software stack for orchestrating distributed quantum computing environments. - Utilizes classical networking for interconnecting quantum computers, enabling near-term scalability. - Automated quantum algorithm processing pipeline for efficient execution. - Resource allocation and scheduling across heterogeneous computing clusters (QPUs, GPUs, CPUs, FPGAs). - Cloud-based network controller for synchronizing multi-vendor computing clusters. - Supports hybrid computing by integrating quantum and classical systems. - Divi software package for parallelizing and executing quantum applications, including circuit cutting and optimization. - Maestro for automated simulator selection in batch quantum simulation. - Composer for network-aware scheduling in distributed quantum computing networks. - Conductor for robust orchestration of distributed and hybrid quantum computing. - vQPU (Virtual Quantum Processing Unit) for quantum computer emulation. </features> <target_audience> The primary target audience includes High-Performance Computing (HPC) centers, academic researchers, and enterprises seeking to leverage quantum computing for complex problem-solving and scientific breakthroughs. </target_audience>

What does Qoro Quantum do?

Where is Qoro Quantum located?

Qoro Quantum is based in London, United Kingdom.

When was Qoro Quantum founded?

Qoro Quantum was founded in 2024.

Location

London, United Kingdom

Founded

2024

Employees

6 employees

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Qoro Quantum

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Executive Summary

qoroquantum.de 1K+

Founded 2024 – London, United Kingdom

Funding

No funding information available.

Team (5+)

No team information available.

Company Description

Problem

Monolithic quantum computers face inherent scaling limitations, making it challenging to achieve the millions of qubits required for fault-tolerant quantum computing. Integrating quantum processors with classical systems also presents complex system-level challenges.

Solution

Qoro Quantum provides a hardware-agnostic software and orchestration stack designed to enable scalable distributed quantum computing. The platform leverages classical networking methodologies to interconnect quantum computers, facilitating increased performance, privacy, and resilience. It automates quantum algorithm processing, resource allocation, and scheduling across heterogeneous computing clusters, including QPUs, GPUs, and CPUs. This approach allows users to run complex quantum algorithms by distributing computational loads across networked quantum devices, with the option to offload tasks to classical systems when advantageous.

Features

Hardware-agnostic software stack for orchestrating distributed quantum computing environments.

Utilizes classical networking for interconnecting quantum computers, enabling near-term scalability.

Automated quantum algorithm processing pipeline for efficient execution.

Resource allocation and scheduling across heterogeneous computing clusters (QPUs, GPUs, CPUs, FPGAs).

Cloud-based network controller for synchronizing multi-vendor computing clusters.

Supports hybrid computing by integrating quantum and classical systems.

Divi software package for parallelizing and executing quantum applications, including circuit cutting and optimization.

Maestro for automated simulator selection in batch quantum simulation.

Composer for network-aware scheduling in distributed quantum computing networks.

Conductor for robust orchestration of distributed and hybrid quantum computing.

vQPU (Virtual Quantum Processing Unit) for quantum computer emulation.

Target Audience

The primary target audience includes High-Performance Computing (HPC) centers, academic researchers, and enterprises seeking to leverage quantum computing for complex problem-solving and scientific breakthroughs.