Quip.Network launches quantum-classical blockchain testnet, opens doors to global research community

More than 13,000 researchers sign up to participate in testnet to facilitate research and development in secure, trustworthy distributed quantum computing

CASPER, Wyo., April 2, 2026 /PRNewswire/ -- Postquant Labs, the developer building Quip.Network, the first worldwide distributed quantum compute network, announced today that it has launched a publicly available quantum-classical blockchain test network (testnet). More than 13,000 people have signed up to participate in the testnet, which enables the global research community to experiment, collaborate, and contribute to advancing the intersection between quantum computing, blockchain technology and distributed quantum computing.

Built in consultation with D-Wave Quantum Inc. ("D-Wave"), the world's leading quantum computing company, the testnet is designed to support the development and adoption of a global quantum blockchain standard. It is planned to also assess the role quantum computing could play in enabling a more secure and energy-efficient blockchain within a distributed computing network. The testnet uses D-Wave's Advantage2™ annealing quantum computers to solve complex optimization problems along with other computing platforms.

"Today, annealing quantum computers are starting to show performance advantages on useful optimization applications across logistics, manufacturing, and beyond, often delivering better results, faster, and at lower energy cost than classical-only solutions," said Colton Dillion, CEO and co-founder of Postquant Labs. "Our goal is to make this quantum advantage accessible across a blockchain network, and we can begin to build the foundations for this today."

Quip.Network's testnet mining protocol is built around solving a set of computationally challenging optimization problems — a class of problems where D-Wave's Advantage2 annealing quantum computer has demonstrated competitive performance relative to classical computing approaches. Researchers and developers are invited to participate in the testnet and compete for QUIP token incentives by solving these benchmark problems using quantum and classical computing resources, including CPUs and GPUs.

"The convergence of quantum computing and blockchain represents a powerful new frontier for secure, energy-efficient, and distributed computing," said Dr. Trevor Lanting, chief development officer at D-Wave. "Quip.Network's testnet provides a pathway for researchers to explore, understand and accelerate how quantum computing could enhance blockchain performance."

"Quip.Network is open-source because quantum advantage shouldn't be a marketing claim, but rather a verifiable result," said Dr. Richard Carback, chief technology officer and co-founder of Postquant Labs. "We want the community running nodes and helping us harden the infrastructure. We want researchers to challenge our implementations and submit proofs of work optimized for their own processors."

The network's cross-chain architecture means users don't need to move funds to a new blockchain to participate, and its post-quantum secure design protects user assets against emerging quantum threats. Quantum-resistant wallets are already deployed on EVM and Solana networks, with Bitcoin and other network support in development.

Join the Testnet

Documentation and node setup guides are available on Gitbook. The codebase is open-source on GitHub.

About Postquant Labs

Postquant Labs is building Quip.Network, the first decentralized, worldwide quantum computer. The network incentivizes both quantum and classical operators to contribute computing power, creating a trustless marketplace for quantum computing. Quip.Network's quantum-resistant wallets are already deployed across multiple blockchains.

For more information, visit Quip.Network or follow @quipnetwork on X.

SOURCE Postquant Labs