What is BlazePhoenix ($BZPX)?

BlazePhoenix is a decentralized, autonomous, fully on-chain DEX aggregator and provably-solvent staking engine on Base, Ethereum, Optimism and Arbitrum. $BZPX is its fixed-supply token (1,000,000,000) on Base. The price you are quoted is computed by the same on-chain function that settles the swap — compute, do not trust.

How do I swap tokens on Base at the best price?

Connect a wallet at blazephoenix.xyz, pick the pair and amount, set your own max slippage (minOut is always your explicit choice), and execute. The on-chain Solver splits the order across the deepest pools — Uniswap V2/V3/V4, Aerodrome, Velodrome, Camelot, Curve and Balancer-class venues — in up to 5 parallel legs, and any surplus above the quote is paid 100% to you.

What is the BZPX airdrop and how do I join?

40,000,000 BZPX (4% of supply) is reserved for the community airdrop. Pull the reel on the Airdrop page — land Satoshi or Vitalik, share, and register your wallet address. One pull per person; claim details are announced on the official channels.

How does BZPX staking work?

Lock BZPX for 90 days to 7 years and earn protocol emission (180,000,000 BZPX over 7 years) plus borrower interest. Longer locks boost rewards up to 2.75×. You can borrow up to 50% LTV against your own stake with no price oracle anywhere, because collateral and debt are the same token. Solvency is enforced as a revert condition on every transaction and anyone can verify it on-chain for free.

Is BlazePhoenix audited?

Not yet. The contracts will be handed to independent auditors as soon as possible. Until then, treat the protocol as unaudited and high-risk: verify every parameter yourself, always set your own minOut, and never commit more than you can afford to lose. The staking engine exposes a free on-chain solvency proof (solvency(), isSolvent(), collateralRatio()) that anyone can check.

Which networks does BlazePhoenix support?

Base (home of $BZPX), Ethereum mainnet, Optimism and Arbitrum One. The interface is non-custodial and works with injected wallets, Coinbase Wallet and WalletConnect — no KYC, no allowlist, no off-chain solver.

What is BlazePhoenix?

BlazePhoenix is an on-chain DEX aggregator and provably-solvent staking engine on Base, Ethereum, Optimism and Arbitrum. Every swap quote is computed on-chain by the Quoter contract — there is no off-chain price feed to trust — and any execution surplus is returned to the user instead of being captured.

Is BlazePhoenix safe and non-custodial?

Yes — BlazePhoenix is fully self-custodial: it never holds your funds or keys, and there is no KYC. Contracts are verified on every chain, staking solvency is verifiable on-chain by anyone via solvency() and auditInvariants(), and every fill emits a public event you can independently check.

Which blockchains does BlazePhoenix support?

Base (chainId 8453), Ethereum (1), Optimism (10) and Arbitrum One (42161). The BZPX token and the staking engine live on Base.

How are BlazePhoenix swap quotes different from other DEX aggregators?

Quotes are computed on-chain by the Quoter contract instead of an off-chain API, so what you see is what the Router executes. When execution beats the quote, the surplus goes back to the user — and anyone can verify quoted-vs-executed from the on-chain events, no permission needed.

Does BlazePhoenix have a free API for bots and developers?

Yes — a free public quote API with no API key and open CORS at blazephoenix.xyz/api (quotes, batch quotes, manifest, OpenAPI spec), plus the open-source @blazephoenix/sdk TypeScript SDK and a zero-custody Telegram bot example. Poll freely: identical concurrent requests are coalesced into one on-chain call.

What is the BZPX token and how do I get the airdrop?

BZPX is the BlazePhoenix token on Base (supply 1,000,000,000). 40,000,000 BZPX are reserved for the community airdrop — open the Airdrop tab on blazephoenix.xyz to enter. Staking BZPX earns boosted rewards and allows borrowing against your position.

What fees does BlazePhoenix charge?

A 0.28% protocol fee on the quoted output. Execution surplus is fee-exempt and goes entirely to the user. The API and SDK are free forever.

Engineering, from the bytecode

These articles are the whitepaper unlocked: how the deployed contracts actually quote, route, clamp and prove — including the measured failure cases that shaped the design. No claim without a command: every article ends with a way to reproduce it against the chain yourself.

On-chain quoting: why the price you see is the price the contract computedHow BlazePhoenix computes DEX-aggregator quotes fully on-chain via previewPlan and revert-extraction, why that removes the trusted-API problem, and what exact-mode requoting means for execution guarantees.6 min · updated 2026-07-17
Phantom liquidity: when pools advertise depth they do not holdThe capital-anchor doctrine: how BlazePhoenix filters quote-manipulation by anchoring route selection on real token balances, with a measured case where two dead pools outvoted a $401k pool.7 min · updated 2026-07-17
The two-tier capacity clamp: refusing trades a pool cannot absorbWhy BlazePhoenix caps per-pool trade size against real holdings — with the measured case of a 117x phantom quote and a 27% loss that the clamp turns into a refusal.6 min · updated 2026-07-17
The iron floor: a minimum output the contract re-derives for itselfHow BlazePhoenix computes minOut on-chain at execution time — callers can tighten it but never relax it — and why per-leg floors stop sandwich decomposition.6 min · updated 2026-07-17
The surplus doctrine: when execution beats the quote, the user keeps the differenceBlazePhoenix returns positive slippage to the trader, fee-exempt, enforced in Router bytecode — not a marketing promise. How it works and how to verify it per fill.5 min · updated 2026-07-17
Provable staking solvency: an invariant anyone can check, any blockThe BlazePhoenix staking engine exposes isSolvent() and a 13-field solvency() report on-chain. What the invariant covers, how the live report works, and how to reproduce it.6 min · updated 2026-07-17
The Hub: a self-curating pool registry with fitness evictionHow BlazePhoenix keeps its candidate-pool set honest on-chain: a packed 256-bit slot registry capped at 16 slots, where a challenger must beat the incumbent by a 25% fitness margin to evict it.6 min · updated 2026-07-17
EIP-1153 transient storage: route context that cannot outlive the transactionWhere BlazePhoenix uses transient storage (TSTORE/TLOAD): reentrancy locks and fee-on-transfer flags that reset to zero at transaction end by protocol law — cheaper than SSTORE and immune to stale-state bugs.5 min · updated 2026-07-17
Renouncing power without abandoning the protocol: the control/curator splitBlazePhoenix separates CONTROL (parameters, upgrades, funds — renounceable) from CURATION (candidate maintenance — operational), so decentralization does not have to mean neglect. Plus EIP-7702 as a first-class entry path.6 min · updated 2026-07-17
One on-chain call for a thousand clients: quote coalescing at the edgeHow the BlazePhoenix public API absorbs traffic spikes without hammering RPCs: request coalescing (singleflight), one-block edge caching, and a meta.cache field that tells every client exactly what happened.6 min · updated 2026-07-17
Any ticker, one honest answer: resolving symbols by deepest real liquidityHow the BlazePhoenix API turns an arbitrary token symbol into an address: choose the candidate with the deepest verified liquidity, echo the resolution back, and let addresses stay the precision path.5 min · updated 2026-07-17
CREATE2 discovery: verifying a pool is who it claims to beHow the BlazePhoenix Hub uses deterministic CREATE2 addresses (EIP-1014) to derive where a pool MUST live before trusting it — impersonation becomes an address mismatch instead of an exploit.5 min · updated 2026-07-17
Pool vitality: liveness as a measured property, not an assumptionRegistries rot: pools die, liquidity migrates, incentives dry up. BlazePhoenix treats a pool's right to receive order flow as something continuously re-earned through measured vitality — real depth, real quoting, real recency.5 min · updated 2026-07-17
The Master Conservation Identity: making insolvency unreachable, not just observableOne equation the whole staking book obeys — balance + badDebt = net principal + reserves + accrued-unpaid — enforced per-transaction by a conserves guard. A tx that would leak value reverts itself.7 min · updated 2026-07-17
The self-cleaning book: keeper-free maintenance carried by ordinary transactionsBlazePhoenix staking has no keeper requirement: every user transaction sweeps a rotating, gas-bounded window of borrowers, liquidates anything underwater and pays the surplus to whoever carried the gas.6 min · updated 2026-07-17
Lending without a price oracle: deleting an attack surface instead of defending itIn BlazePhoenix staking the collateral IS the borrowed asset (BZPX both sides), so no price oracle exists anywhere — oracle manipulation, the cause of hundreds of millions in DeFi losses, has nothing to attack.6 min · updated 2026-07-17

Formal treatment with proofs and diagrams: whitepaper (PDF) · quick overview: litepaper (PDF).