About Qoro

Qoro Quantum develops network software that integrates quantum and classical computing systems, enabling distributed quantum computing across various hardware platforms, including GPUs and quantum processors. The platform automates quantum algorithm execution and resource allocation, facilitating the practical deployment of multi-node quantum applications.

```xml <problem> Quantum computing's potential is limited by the scalability challenges of individual quantum processors and the difficulty of integrating them with existing classical computing infrastructure. Complex quantum algorithms require distributed execution across multiple quantum nodes, but current networking solutions lack the necessary synchronization and resource allocation capabilities. </problem> <solution> Qoro Quantum develops network software that enables scalable, distributed quantum computing by integrating quantum and classical computing systems. Their platform automates the execution of quantum algorithms across diverse hardware, including GPUs and quantum processors, facilitating the deployment of multi-node quantum applications. The software provides a cloud-based network controller that synchronizes multi-vendor computing clusters, optimizing resource allocation and ensuring efficient communication between quantum and classical systems. By building a network stack that supports the integration of multiple quantum processors, Qoro Quantum aims to unlock the potential for solving complex problems that single-node quantum systems cannot handle alone. </solution> <features> - Automated quantum algorithm processing pipeline for efficient execution across hybrid computing environments - Cloud-based network controller for synchronizing multi-vendor quantum and classical computing clusters - Seamless integration between quantum processors, GPUs, CPUs, and FPGAs - Scalable infrastructure designed to support distributed quantum computing workloads - Secure and synchronized communication between quantum and classical systems - Support for multi-node quantum applications, enabling the solution of complex problems </features> <target_audience> The primary target audience includes quantum computing researchers, developers, and enterprises seeking to leverage distributed quantum computing for advanced applications. </target_audience> ```

What does Qoro do?

When was Qoro founded?

Qoro was founded in 2024.

Who founded Qoro?

Qoro was founded by Dan Holme and Stephen DiAdamo.

Dan Holme - CEO
Stephen DiAdamo - Founder

Founded

2024

Employees

7 employees

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Qoro

Score: 100/100

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Executive Summary

qoroquantum.uk 1K+

Founded 2024

Funding

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Team (5+)

Dan Holme

CEO

Stephen DiAdamo

Founder

Company Description

Problem

Quantum computing's potential is limited by the scalability challenges of individual quantum processors and the difficulty of integrating them with existing classical computing infrastructure. Complex quantum algorithms require distributed execution across multiple quantum nodes, but current networking solutions lack the necessary synchronization and resource allocation capabilities.

Solution

Qoro Quantum develops network software that enables scalable, distributed quantum computing by integrating quantum and classical computing systems. Their platform automates the execution of quantum algorithms across diverse hardware, including GPUs and quantum processors, facilitating the deployment of multi-node quantum applications. The software provides a cloud-based network controller that synchronizes multi-vendor computing clusters, optimizing resource allocation and ensuring efficient communication between quantum and classical systems. By building a network stack that supports the integration of multiple quantum processors, Qoro Quantum aims to unlock the potential for solving complex problems that single-node quantum systems cannot handle alone.

Features

Automated quantum algorithm processing pipeline for efficient execution across hybrid computing environments

Cloud-based network controller for synchronizing multi-vendor quantum and classical computing clusters

Seamless integration between quantum processors, GPUs, CPUs, and FPGAs

Scalable infrastructure designed to support distributed quantum computing workloads

Secure and synchronized communication between quantum and classical systems

Support for multi-node quantum applications, enabling the solution of complex problems

Target Audience

The primary target audience includes quantum computing researchers, developers, and enterprises seeking to leverage distributed quantum computing for advanced applications.