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, 2026.
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, 2026. 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 · forkMainnet 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, 2026 — 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, 2026 ship date. The raise total is verifiable on-chain.
View the presale →Point a GPU rig at the Ethash pool (Stratum) and earn LIQUA from block 0. PPLNS payouts, rewards bridged to the L1 — claimable to your wallet.
Open the pool →Lock your LIQUA (up to 4 years) to earn a ve-boost and join the validator set. Your lock is shown publicly on the proof-of-lock list.
Stake & validate →In escrow mode, mined rewards are sealed to your instance and claimed after confirmations — the §5 getting-tool, in your browser.
Claim rewards →Liqua isn't a deck — it's running. Read it, get it, run it, verify it.
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.
Mainnet launch — presale + audit, public bootnodes + genesis distribution, the L8 dual-seed wallet, and mainnet genesis committing 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, 2026 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, 2026 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.