0
Y
0
M
0
D
0
H
0
m
0
s
before unequivocal quantum supremacy

Quip Network:
The World's Shared Quantum Computer

Compute faster with the right quantum processors for your job & get paid for deploying quantum algorithms

Deposit & Earn QUIP

Countdown to Quantum Boom

Soon quantum computers will show unequivocal supremacy by breaking the most commonly used cryptography

0
Years
0
Months
0
Days
0
Hours
0
Minutes
0
Seconds

Build Onchain Apps for Quantum Advantage

Use Quip's quantum miners for quantum computing jobs offering AI training, arbitrage, key recovery, hash mining, intent solving, and more. Take advantage of Quip's SDKs for simple post-quantum encryption.

Mine QUIP with Classical & Quantum Processors

Run a Quip node on CPUs, GPUs, ASICs, or QPUs to execute jobs for the network and earn QUIP. Slice data into smaller graphs, embed graphs on limited chip architectures, or run algorithms directly.

Benefit from Quantum Compute

Quantum computers have diverse applications across finance, distributed computing, logistics, AI, science, and engineering. Don't reinvent the wheel to take advantage of quantum, let us help you scale quickly.

Painlessly Post-Quantum

Quantum hackers can steal your keys even if you use cold storage, a multisig, or multi-party computation wallet (“MPC”). Wrap your existing workflow with a Quip firewall contract and get access to the network.

Compatible
with

Quip Network is preparing the world for an inevitable future with quantum computers

The advent of commercially useful logical qubit processors will transform tasks once considered impossible into the most quotidian trivia. We must establish a unified quantum computing standard and ensure everyone can benefit.

Get Involved

Whether you’re a developer, infrastructure provider, or protocol foundation, we would love to learn more about your needs in the time of quantum supremacy and work together to ensure the seamless transition to a world with quantum computers.

Thank you!

Your submission has been received!

Oops! Something went wrong while submitting the form.