what is liqr?
liqr is a liquidity launchpad on Solana. You sign up, a Solana wallet is generated for you, and you get one endpoint — in the UI or over HTTP — to create a token through Printr.
The twist: every token launched here has its creator-fee stream claimed on a cron and routed straight back into its own liquidity pool. The LP position NFT is permanently locked the moment it is minted. Every cycle, the book deepens — forever.
what liqr does not do
No platform fee. No buyback token. No burn schedule. No shared treasury. liqr never holds your mint or freeze authority.
Every token has its own isolated creator keypair. The fees it earns stay with that token — either sitting in the creator wallet waiting for the next cycle, or already locked as LP in that token’s own Meteora pool. No cross-token sweeping, ever.
getting started
create an account
sign up with a username and password. a solana wallet is automatically generated for your account. this wallet pays for launches.
fund your wallet
send SOL to your dashboard wallet. you need ~0.1 SOL to cover Printr’s deploy fee and gas, plus whatever you want as your initial buy.
launch your token
fill in the token details. hit launch. we submit to Printr and stash a dedicated creator keypair for the LP worker.
let the lp cycle run
from that point on, a Vercel cron claims fees for that token and adds them as permanent liquidity every ten minutes.
how launches work
Every launch creates a Printr bonding-curve token and registers a dedicated creator wallet for the LP worker.
prepare
your image is base64-encoded, social links attached, and an initial buy amount is chosen (default 0.01% of supply if you skip it).
creator wallet
a fresh per-token keypair is generated and saved encrypted in our DB. Printr registers it as the on-chain creator, so fees accrue to this isolated wallet — not to a shared treasury.
fund
SOL is transferred from your account wallet to the creator wallet to cover Printr’s deploy fee, gas, and the initial buy.
printr /print
we call Printr’s /print endpoint, sign the returned tx with the creator keypair, and submit to Solana mainnet.
confirm + index
the mint address + Printr telecoin id are saved to your dashboard. the LP cron starts polling this token every tick.
the lp cycle
Every ~10 minutes, a cron walks every active token and runs the following for each one — fully isolated to that token’s creator wallet.
1. claim
we call Printr’s on-chain claim_dbc_fees + distribute_telecoin_quote_fees instructions using the token’s creator keypair. our share lands as WSOL, gets unwrapped to native SOL.
2. find the pool
we look up the token’s Meteora DAMM v2 (token, WSOL) pool. pre-graduation no pool exists yet — SOL sits in the creator wallet until the pool lands.
3. 50/50 split
spendable SOL (balance minus a small rent/gas reserve) is split 50/50. half swaps through Jupiter into the token; the other half stays as SOL for the LP pair.
4. deposit + lock
we deposit both sides as a new DAMM v2 position and call permanentLockPosition on the NFT. the position NFT can never be unlocked again.
5. log
the cycle is written to lp_cycles with the claim/swap/add/lock signatures.
fees
liqr itself charges nothing. The only cost at launch is what Printr charges (currently ~0.06 SOL) plus Solana gas plus your optional initial buy.
Creator fees are claimed and routed into LP by liqr’s cron — we do not skim them. 100% of the SOL value goes into the token’s own Meteora pool, minus the tiny rent/gas reserve needed to keep the creator wallet solvent.
safety
All private keys (account wallet + per-token creator wallets) are encrypted at rest with AES-256-CBC. Passwords are bcrypt-hashed. Sessions are signed JWTs in HTTP-only cookies.
The LP position NFTs are permanently locked on-chain — liqr itself could not withdraw them if it wanted to. Every token’s fees are isolated to that token’s own creator wallet.
api
Everything you can do in the UI you can do over HTTP. Generate an API key from your dashboard and POST a multipart/form-data request to /api/v1/launch.
See the developers page for the full reference and code examples.