Build on the worldwide quantum computer
Post-quantum protection for assets on chains you already use, and optimization jobs that run on real quantum hardware. Pick a path below for the install command and the page that continues it.
- Chain ID
- 20033
- TS SDK
- @beta
- Python
- xquad[quip]
- Updated
- 2026-10-20
Quickstart
Pick the path that matches what you need Quip forPut a post-quantum lock on assets you already hold
A Quip Account is a contract-based lockbox on a chain you already use, secured by hash-based signatures rather than elliptic curves.
npm install @quip.network/ethereum-sdk@betaInstall the @beta tag. The default latest tag still resolves to 0.1.7, published in 2025, and predates the current signer.
Send an optimization problem to real quantum hardware
XQuad expresses a problem once as an Ising model. XQSA points it at a solver: your own CPU while you iterate, then the network's miners without rewriting the model.
pip install "xquad[quip]"Requires Python 3.13 or newer. Solve locally with SolverDWaveCPU before reaching for the network backend.
Join the testnet and earn from useful work
Quip pays for solved optimization problems rather than discarded hashes. Run the desktop node manager on one machine, or deploy the compose stack for an always-on node.
git clone https://gitlab.com/quip.network/nodes.quip.networkPrefer the desktop app for a first run: it ships a GUI and a TUI for Windows, Linux, and macOS.
Paths
Three groups, almost no overlap in what they read firstBuild on quantum compute without owning a machine.
- npm or Python 3.13+
- A chain you deploy to
Earn from hardware you already run, classical or quantum.
- Docker Compose v2
- An always-on machine
- CPU, GPU, or QPU
Check what the network does before committing to it.
- Nothing
Build with AI
Agents read these docs more than people doDocs index, testnet endpoint, and the right package names.
You are helping me build on Quip Network.
Docs index: https://developers.quip.network/docs/llms.txt. Any docs page returns markdown if you append .md to its URL.
Testnet EVM JSON-RPC: https://evm-rpc.aglais.quip.network (chain ID 20033). Verify on-chain results against https://explorer.aglais.quip.network.
Confirm you are on the right chain by genesis hash 0x542a9915acf840b8940d35ca6de242f669a0c6e3b40f9a8d8c14b9bf7b8ebecb, not by chain ID.
TypeScript SDK: @quip.network/ethereum-sdk@beta. Python compute toolchain: xquad[quip], which installs the xqsa solvers and the Quip Network backend.Network
Currently in testnet. Tokens hold no value and balances can reset.https://evm-rpc.aglais.quip.network- Chain ID
- 20033 · 0x4e41
- Token
- AGLS · 18 decimals
- Network name
- Aglais Testnet (Quip Network)
- Genesis
- 0x542a9915…8ebecb
- Chain spec
- aglais-network.json
curl -X POST https://faucet.aglais.quip.network/request \
-H 'content-type: application/json' \
-d '{"dest":"YOUR_ADDRESS"}'Dispenses 10 AGLS, rate-limited per destination. Accepts an SS58 address, a 0x-prefixed AccountId, or an EVM address. The API sends no CORS preflight, so call it from a terminal or a server, not from a browser.
Read live in your browser from the public bootnode RPC, genesis-checked against this network. No account, no node, nothing to install.
324 nodes across 90 cities, in 33 clusters at this zoom. Read from the hosts operators publish on chain at block 57,192, then placed at city level — every node in a city shares one point, and no finer position is published. 93 of 417 are omitted: their host is private or does not resolve.
9 of 440 registered miners have landed at least one proof.
Code
AGPL 3.0. GitLab is canonical; GitHub mirrors it.@quip.network scope
Help and feedback
Gaps in these docs are worth reportingSomething here sent you somewhere unhelpful, or a command did not work? File it on the feedback board. It is read, and it is the input that decides what gets fixed next.
One board for every Quip product, not developer-only. Say which surface you were on so it routes correctly. A dedicated developer channel does not exist yet.