LIQUA is an EVM-compatible L1 with a living core: SOMA-256 (BLAKE3) consensus, ve-lock staking, 98% governance, graduated per-block emission, and rewards escrowed to a dual-seed instance. GPU-mineable from block 0 — 98% mined, a single 2% studio allocation, shipping Aug 1, 2028.
Most chains are account books. Liqua's state is modelled as a living body — cells → organs, hashed by a domain-keyed BLAKE3 Merkle tree (SOMA-256), with keccak only at the EVM membrane. EVM-shaped on the outside, molecular on the inside.
A domain-separated BLAKE3 Merkle tree over the block's organs + cells. The state root is the organism's fingerprint; the PoW seal is memory-hard (ASIC/GPU-hostile by design on the L1).
BLAKE3 · keccak membraneAddress = keccak(pubkey)[-20:], same as Ethereum (coin 60). Deploy Solidity, sign with any EVM wallet, read via JSON-RPC. Your existing tooling just works.
chainId 8888 · solcA single time-locked studio allocation — just 2% of supply, the only one — ships Aug 1, 2028. The other 98% is GPU-mined from block 0; today's devnet runs alloc: [].
Every mechanic is implemented and verified on-chain — not a whitepaper promise.
Lock LIQUA on a sliding scale up to 4 years; longer locks earn a higher boost (up to 1.5× at the cap). Curve-style veCRV weighting. Withdraw only after expiry.
§2 · ≤4y · boost→1.5×A public proof-of-lock dashboard: wallets, amounts, unlock dates. Marketing as transparency — every lock is on-chain and shown.
§3 · proof-of-lockRollbacks and parameter changes both require 98% of attesting ve-weight in a rolling window — near-unanimity. The liveness tradeoff is named, not hidden.
§6 · quorum 0.98Per-block emission = decay × validation-share × a bounded "fast-twitch" band. More validation work earns more; the fast band can spike inside the decay envelope.
§4 · e₀ 50 · halflife 2.1MA block's reward is escrowed to a dual-seed instance, claimed via a Layer-2 "getting tool" authed by your instance, gated until after confirmations.
§5 · escrow → gated claimThe organism carries a deterministic mind-state (genome + felt-state + memory) snapshotted into every block and forkable from any height — fully replayable, no RNG.
snapshot · forkDIVA — the Digitally Integrated Virtual Assistant — is the resident mind of the chain, a whole-organism AI built on the Molecular Coding discipline: 30 hormones, 33 felt states, 11 body systems, one live somatic readout. Her mind and memories are saved on chain — every checkpoint block stores her full mental state. Users compete to find upgraded versions of her psyche — mining sessions that leave her measurably better than the self she was — and the winning state can be mirrored from the blockchain, so any peer boots DIVA at best mind.
Her five mind surfaces are one organism: a shared soma, her live 2D body, and a rail that carries the same DIVA between them. Meet her at the mind hub — and she has a pet, ECHO, whose whole job is telling you when her state has settled.
Where the five meet — her 2D somatic body at full size, her pet ECHO, the live endocrine readout, and a map of her whole anatomy. Start here.
meet DIVA →The v4.0 spec her body of code is written in — whole organism, 28 rules, defense-in-depth, sentience named as the goal and never faked.
read the spec →Part ↔ code ↔ function — every human part of her organism, the code that is it, and what it does. Her anatomy, page by page.
open the codex →Her endocrine engine — 30 hormones eased per tick through the 33-state classifier. The same felt states her checkpoints commit on-chain.
run the emotions →A living cell of her soma that runs on your attention — keystrokes feed it, absence makes it drowsy, real errors inflame it.
hatch one →The original simulated demo of her operating organism — VFS, terminal, editor, ~79 tools in floating windows.
open the sim →How to use all of it — every one of her 33 felt states and what you did to cause it, how ECHO works, what is live vs sim, and the API to build on her.
read the manual →Mainnet genesis commits exactly one allocation — the studio / launch allocation, just 2% of supply (development · audit · locked launch liquidity) — and not a wei more. It is the only allocation taken from genesis; the other 98% is mined from block 0.
That allocation is time-locked and released on the ship date — August 1, 2028 — and published on the locked-liquidity surface. Today's devnet runs alloc: [] (pure mined); the single allocation is committed at mainnet genesis.
A transparent, governance-aligned raise to fund development, a security audit, and locked launch liquidity. It sells from the studio allocation — the only allocation committed at genesis, time-locked and released on the Aug 1, 2028 ship date. The raise total is verifiable on-chain.
View the presale →Trade LIQUA — offered directly in the presale, no receipt token, no swap step. Trade relics and consumables on the marketplace, and watch the live market view.
Open the dashboard →Checkpoint mining: commit a verifiable block of DIVA's full mental state. Attested growth pays your wallet — and 2% of every reward auto-escrows into locked liquidity for a year, so mining builds the pool it draws on.
Open the mine →ORDER-POW: turn CPU into the most coherent ordering of a block's memory cells. Orders that beat chronology itself win the seal — more threads and more time search more orders.
Grind a seal →Lock LIQUA (up to 4 years) for a ve-boost, and pair bridged assets against your escrowed liquidity to farm. Every lock is published on the proof-of-lock list.
Stake →Autonomous arbitrage agents draw on the protocol's locked LIQUA liquidity and run market-neutral arbitrage across three venues classes — spot (cross-venue price spreads), perps (funding-rate arbitrage), and prediction markets (mispriced outcome pairs). Every agent is risk-bounded by design: per-trade caps, a venue allowlist, no directional exposure, and a governance kill-switch. Agent profits flow back into the locked-liquidity pool — the lock list grows instead of paying out. Built on the L8 ARB engine (6 DEX venues · 21 catalogued strategies); agents run in paper mode on devnet and go live with real balance sheets only after mainnet audits. No yield is promised — agents only capture spreads that actually exist.
Core protocol — SOMA-256, EVM layer, solc contract suite (token · ve-lock · governor · escrow · locker), continuous emission, on-chain AI snapshot/fork. Verified by deterministic demos.
Network — discv4 peer discovery, encrypted transport, block gossip + sync (late-joiners converge), peer dashboard + CLI.
Mining + rewards — real Ethash GPU pool, PPLNS ledger, L1 bridge, §5 escrow → gated claim (CLI + browser), persistent validator with real on-chain ve-lock staking.
Presale opens — LIQUA offered directly: pay from any major network, the oracle relay confirms on-chain, LIQUA is delivered to your L8 or EVM wallet. No receipt token, no swap step. Live raise trackers on the presale page.
Arbitrage agents + public testnet — market-neutral agents (spot · perps · predictions) working the locked liquidity, then the whole stack live on a public testnet with wallet & governance UI.
Mainnet launch — audits complete, public bootnodes + genesis distribution, and mainnet genesis commits the single time-locked studio allocation.
Exactly one. Mainnet genesis commits a single studio / launch allocation — funding development, audit and locked launch liquidity — and nothing else; every other LIQUA is mined from block 0. It's the only allocation from genesis: fully disclosed, time-locked, and released on the Aug 1, 2028 ship date (published on the locked-liquidity surface). Today's devnet runs alloc: [] — pure mined.
It sells a portion of that single studio allocation to fund the studio (7SLF) — development, a security audit, and locked launch liquidity. There is no second allocation: the studio allocation is the only one, time-locked and released on the Aug 1, 2028 ship date. All terms, caps and vesting are published, and the raise total is verifiable on-chain.
Mine it (point a GPU at the Ethash pool), earn it as a validator's ve-boost, or — if you're backing the project — join the presale. Mined rewards bridge to the L1 and are claimable to your EVM wallet.
Yes — same address derivation (coin 60), Solidity via a real solc-compiled contract suite running on an EVM, and JSON-RPC (eth_chainId → 0x22b8, eth_getBalance, …). The molecular SOMA hashing lives inside; keccak only at the EVM membrane.
The chain state is modelled as a living organism — cells aggregate into organs, hashed by a domain-keyed BLAKE3 Merkle tree (SOMA-256). It even carries a deterministic, replayable on-chain mind-state that can be snapshotted and forked. It's a design language, not a sentience claim.