Buy compute credits and solve problems classical hardware can't
Buy compute credits and run them on a quantum processor, or use a prebuilt solver from the open marketplace. Pay only for the time you use.
Credits work like a commodity. Quip Network's spot clearinghouse matches buyers and sellers in real time, so you pay the going rate for compute, not a flat reservation fee.
No reservations, no $30K minimums. Quip Network resells idle quantum compute from partner providers like D-Wave, on demand.
Resell excess compute capacity at spot rates
Run a node on what you already have. Quantum processors, GPUs, CPUs, ASICs, and exotic platforms like neuromorphic and thermodynamic computers all earn QUIP.
Consumers buy your idle quantum capacity at spot rates. Classical nodes prep data for those machines and independently verify their outputs, so every result the network pays is checked.
Your compute solves problems people actually need: drug simulation, logistics, portfolio optimization, fraud modeling. The energy you spend earns directly from paying customers.
Earn more revenue and save on costs with state-of-the-art solvers for finance, logistics, manufacturing, and more
Quip Network is built for the workloads where quantum compute matters most: portfolio allocation, risk and fraud modeling, fleet routing, manufacturing scheduling, and energy reduction in AI training.
Your edge stays yours. Quip Network's enterprise layer keeps your data, your algorithms, and the fact that you're running quantum at all off the open network.
Quip Network's quantum-resistant wallets wrap MetaMask, Ledger, and Safe with a cosigner that protects assets from future quantum threats. Over 20,000 wallets are already deployed.
Get paid to solve impossible problems
Roughly 18,000 quantum researchers exist in the world. If you're one, your work is locked at a government lab, a manufacturer, or unpaid at a university. Quip Network pays you every time your solver runs.
We need quantum algorithm designers, but also classical developers for data pipelines, node tuning, protocol work, and front-ends.
The protocol is open source. Algorithms, node tuning, and protocol proposals all happen in the open, so the work compounds across the community instead of getting locked behind one institution.