Insider Brief

• memQ has released its Distributed Quantum Compiler (DQC) as an open-source framework for compiling and scheduling quantum programs across user-defined distributed quantum networks.
• The compiler supports networks containing different qubit types and hardware from different vendors while accounting for processor connectivity, gate durations and entanglement-generation rates.
• memQ is also publishing a paper describing how the framework can be used to evaluate distributed quantum computing architectures, network topologies, compilation strategies and scheduling approaches.

PRESS RELEASE — memQ™, the industry leader in quantum networking for scalable and distributed quantum computing, announced today the public release of its distributed quantum compiler (DQC). This integral part of a distributed quantum computing environment will be released as a publicly available, open-source offering available on GitHub.

memQ’s DQC is a compilation framework enabling users to compile and schedule quantum programs across fully user-defined distributed quantum networks – even those with different qubit types, from different vendors. The software converts a standard quantum circuit into a distributed program that executes optimally over the user’s network, taking into consideration the actual computing and networking resources available and generates a time-resolved execution schedule. Its modular architecture gives users complete control over qubit connectivity both within and between QPUs, as well as the different connectivity and hardware restrictions such as gate durations and entanglement-generation rates. To speed up usability and deployment, memQ is also releasing a paper describing the framework, which demonstrates how it can be used to explore the distributed quantum computing design space, including the relationships among network topology, processor connectivity, compilation strategy and scheduling.

Distributed quantum computing provides a realistic path beyond quantum’s biggest obstacle: the scaling limits of a single quantum computer. Industry urgency is increasing, as evidenced in the United States Executive Order 14413 issued in June of 2026 directing certain government agencies to develop plans for using quantum networking to enable distributed quantum computing. Achieving this goal requires understanding how to divide a program among processors, coordinate its execution and manage the entanglement resources used to perform these operations between processors. memQ’s open-source framework makes this integrated set of tools available today to researchers, developers and system builders without requiring them to be experts in every layer of distributed quantum computing.

“We already provide the unique ability to connect quantum systems without collapsing the quantum state – but truly reaching utility scale in quantum computing will require even more than that. Quantum users need the ability to easily distribute their workloads across available hardware, networking, software and application layers to truly solve large-scale problems,” stated Manish Kumar Singh, Chief Product Officer for memQ.  “For the first time, the open source memQ DQC framework delivers a practical, accessible way that distributed quantum computing approaches can be built, evaluated and executed.”

“As the quantum industry moves toward distributed architectures, the availability of standardized, qubit-agnostic tools is essential,” said André Konig, CEO of industry analyst firm Global Quantum Intelligence. “By open-sourcing their Distributed Quantum Compiler, memQ is lowering the barrier to entry and accelerating how developers design and evaluate scalable quantum networks.”