BlazePhoenix Whitepaper (Version 2.0)

Q: What is BlazePhoenix ($BZPX)?

BlazePhoenix is a decentralized, autonomous, fully on-chain DEX aggregator and single-asset staking engine with solvency enforced on every state-changing call 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.

Q: 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 venues — in up to 5 parallel legs, and any surplus above the quote is paid 100% to you.

Q: 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.

Q: How does BZPX staking work?

Lock BZPX for 90 days to 7 years and earn protocol emission plus borrower interest. Emission is a 180,000,000 BZPX budget on a biennial halving curve — eight periods over sixteen years, 90M then 45M then 22.5M and so on, emitting 179,296,875 in total with 703,125 recoverable afterwards. Longer locks boost rewards up to 2.75×. You can borrow against your own stake with no price oracle anywhere, because collateral and debt are the same token; the limit is 50% of net equity, which works out to a third of the stake, and liquidation only begins at 95%. Solvency is enforced as a revert condition on every transaction and anyone can verify it on-chain for free.

Q: Is BlazePhoenix audited?

No independent external audit has been completed. What exists instead is verification rather than attestation, and the honest picture is asymmetric. The contracts are immutable — no upgradeable proxy, so the code cannot be changed — and source is verified on all four live chains, with Robinhood Chain deploying. Staking solvency is enforced as a revert condition and anyone can read it free at any block (isSolvent(), solvency(), collateralRatio(), auditInvariants()). The router repository gates every merge on two symbolic proofs under Halmos, a static-analysis run that fails on high severity, and a bytecode-size gate stricter than the protocol limit; the staking repository runs neither a prover nor a static analyser. Eight findings have been disclosed and fixed — seven in staking, one in the router — reported by three external researchers. Verify parameters yourself, always set your own minOut, and never commit more than you can afford to lose.

Q: Which networks does BlazePhoenix support?

Five chains from one identical bytecode: Base (home of $BZPX), Ethereum mainnet, Optimism and Arbitrum One live today, with Robinhood Chain deploying next. The interface is non-custodial and works with injected wallets, Coinbase Wallet and WalletConnect — no KYC, no allowlist, no off-chain solver.

Mitra

Whitepaper v2.0

Mitra · published 2026-08-16 · CC BY 4.0 · PDF · markdown digest

Abstract

BlazePhoenix is a fully on-chain DEX aggregator and solvency-enforced staking engine in which the quote shown to the user is computed by the same contract logic that executes the swap. The whitepaper specifies the protocol end to end: on-chain quoting and routing over a universal AMM primitive; the Iron Law Φ output floor, hard-clamped at 80% with per-leg floors enforced as revert conditions; pool vitality and fitness scoring; the Uniswap V4 integration end to end, native-ETH pools included; the staking Master Conservation Identity, under which an insolvent state is unreachable rather than monitored; and the BZPX tokenomics. Appendix E enumerates every primitive equation (E1–E27) and Appendix INV every enforced invariant (INV-1–INV-20) with stable numbering, so citations can address one equation rather than the document. Every economic claim carries a reproduction path against public blockchain state.

How to cite

Cite a numbered object, not the document: the appendices give every primitive equation (E1–E27) and enforced invariant (INV-1–INV-20) a stable identifier. Machine-readable claims from the paper live in /facts.json; the zero-argument on-chain ones re-execute live at /api/verify.