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Cover: $BZPX: the token, the contract, and how to verify every claim about it

$BZPX: the token, the contract, and how to verify every claim about it

The BZPX token in verifiable facts: the Base contract address, the fixed 180M sixteen-year halving emission, its role in staking and the aggregator, and the on-chain functions that let anyone check the numbers without trusting the team.

BlazePhoenix Engineering · updated 2026-10-05 · data through 2026-10-11 · 5 min · written from the deployed bytecode

By Mitra (@Sigmacrit) — anonymous developer of the BlazePhoenix protocol. The code is the résumé.

Abstract in 15 languages · resumo · resumen · 摘要 · 要旨 · ملخص

English — BZPX in verifiable facts: the Base contract 0x053D…11A7, a fixed 180M sixteen-year halving emission, its role as the single staking asset (no oracle to attack), and the on-chain functions — isSolvent(), solvency() — that let anyone check every number without trusting the team.

Português — BZPX em factos verificáveis: o contrato na Base 0x053D…11A7, uma emissão fixa de 180M em 7 anos, o seu papel como único ativo de staking (sem oráculo para atacar), e as funções on-chain — isSolvent(), solvency() — que deixam qualquer um verificar cada número sem confiar na equipa.

Español — BZPX en hechos verificables: el contrato en Base 0x053D…11A7, una emisión fija de 180M en 7 años, su papel como único activo de staking (sin oráculo que atacar), y las funciones on-chain — isSolvent(), solvency() — que permiten a cualquiera verificar cada número sin confiar en el equipo.

Français — BZPX en faits vérifiables : le contrat Base 0x053D…11A7, une émission fixe de 180M sur 7 ans, son rôle d'unique actif de staking (aucun oracle à attaquer) et les fonctions on-chain — isSolvent(), solvency() — qui laissent chacun vérifier chaque chiffre sans croire l'équipe.

Deutsch — BZPX in überprüfbaren Fakten: der Base-Contract 0x053D…11A7, eine feste Emission von 180M über 7 Jahre, seine Rolle als einziges Staking-Asset (kein Orakel angreifbar) und die On-Chain-Funktionen — isSolvent(), solvency() — mit denen jeder jede Zahl prüft, ohne dem Team zu vertrauen.

Русский — BZPX в проверяемых фактах: контракт на Base 0x053D…11A7, фиксированная эмиссия 180M за 7 лет, роль единственного стейкинг-актива (нет оракула для атаки) и он-чейн функции — isSolvent(), solvency() — позволяющие любому проверить каждое число, не доверяя команде.

Türkçe — Doğrulanabilir gerçeklerle BZPX: Base sözleşmesi 0x053D…11A7, 7 yılda sabit 180M arz, tek staking varlığı rolü (saldırılacak oracle yok) ve zincir üstü fonksiyonlar — isSolvent(), solvency() — herkesin her sayıyı takıma güvenmeden doğrulamasını sağlar.

العربية — BZPX بحقائق قابلة للتحقق: عقد Base 0x053D…11A7، وإصدار ثابت 180 مليوناً على 7 سنوات، ودوره كأصل التخزين الوحيد (لا أوراكل يُهاجَم)، ودوال على السلسلة — isSolvent() وsolvency() — تتيح لأي أحد التحقق من كل رقم دون الوثوق بالفريق.

हिन्दी — सत्यापन-योग्य तथ्यों में BZPX: Base कॉन्ट्रैक्ट 0x053D…11A7, 7 वर्ष में स्थिर 180M उत्सर्जन, एकमात्र स्टेकिंग एसेट की भूमिका (हमला करने को कोई ओरेकल नहीं), और ऑन-चेन फंक्शन — isSolvent(), solvency() — जो किसी को भी टीम पर भरोसे बिना हर संख्या जाँचने देते हैं।

日本語 — 検証可能な事実で見るBZPX：Baseコントラクト0x053D…11A7、7年で固定180Mの発行、唯一のステーキング資産としての役割（攻撃するオラクルなし）、そしてオンチェーン関数isSolvent()・solvency()。誰でもチームを信頼せずに全数値を確認できます。

中文 — 以可验证事实呈现的 BZPX：Base 合约 0x053D…11A7、7 年固定 180M 发行、作为唯一质押资产的角色（无预言机可攻击），以及链上函数 isSolvent()、solvency()——让任何人无需信任团队即可核对每个数字。

한국어 — 검증 가능한 사실로 본 BZPX: Base 컨트랙트 0x053D…11A7, 7년간 고정 180M 발행, 단일 스테이킹 자산 역할(공격할 오라클 없음), 그리고 온체인 함수 isSolvent()·solvency() — 누구나 팀을 신뢰하지 않고 모든 수치를 확인합니다.

Bahasa Indonesia — BZPX dalam fakta terverifikasi: kontrak Base 0x053D…11A7, emisi tetap 180M selama 7 tahun, perannya sebagai satu-satunya aset staking (tanpa oracle untuk diserang), dan fungsi on-chain — isSolvent(), solvency() — yang membuat siapa pun memverifikasi tiap angka tanpa memercayai tim.

বাংলা — যাচাইযোগ্য তথ্যে BZPX: Base কন্ট্রাক্ট 0x053D…11A7, ৭ বছরে স্থির ১৮০M ইস্যু, একমাত্র স্টেকিং সম্পদ হিসেবে ভূমিকা (আক্রমণের কোনো ওরাকল নেই), এবং অন-চেইন ফাংশন — isSolvent(), solvency() — যা যে-কাউকে দল বিশ্বাস না করেই প্রতিটি সংখ্যা যাচাই করতে দেয়।

Filipino — BZPX sa mga fact na ma-verify: ang Base contract 0x053D…11A7, nakapirming 180M / 7-taong emission, papel bilang tanging staking asset (walang oracle na maaatake), at ang on-chain functions — isSolvent(), solvency() — na nagbibigay-daan sa kahit sino na suriin ang bawat numero nang hindi nagtitiwala sa team.

BZPX is the token of the BlazePhoenix protocol on Base, at contract 0x053D75c00FdD571538492e3B1686Bd963a0911A7 — verify that address on Basescan before doing anything else, because anyone can deploy an impostor with the same ticker (the /verify page on this site lists the canonical contract addresses). Everything below is checkable on-chain; none of it asks for your trust, and none of it is a price prediction.

Utility is structural, not promissory. BZPX is the single asset of the staking engine: you stake BZPX, you can borrow BZPX against it, and rewards are paid in BZPX. Because the collateral and the borrowed asset are the same token, the lending market has no price oracle to manipulate — an entire class of exploit is simply absent.

The numbers, and where to read them

Emission is fixed and finite: 180,000,000 BZPX released on a biennial halving curve — eight periods over sixteen years, 90,000,000 in the first two, then 45,000,000, then 22,500,000, halving each time, emitting 179,296,875 in total and leaving 703,125 recoverable — hard-capped in the contract, with empty-pool intervals advancing the clock so no latecomer can capture a backlog. Staking rewards scale with commitment through a continuous boost curve (up to 2.75x for the full 7-year lock), and the whole book obeys the Master Conservation Identity — a per-transaction invariant that makes a hidden shortfall unreachable, not merely observable.

You do not take our word for any of it. isSolvent() returns whether backing covers everything owed; solvency() returns the full 13-field report; collateralRatio() returns the exact ratio — all free, public, live. The human-readable version refreshes at /solvency, and there is a shields.io badge for READMEs.

# is the staking engine solvent right now? (anyone, any block)
cast call <staking> "isSolvent()(bool)" \
  --rpc-url https://mainnet.base.org

Where the token lives in the wild

You can quote and swap BZPX through the aggregator itself — on-chain pricing, surplus returned to you — at blazephoenix.xyz, or via the free public API (no key): /api/quote/prepare?chain=base&in=USDC&out=BZPX&amountIn=…, run on your own node and decoded at /api/quote/decode. Curated landing pages exist for the main pairs (ETH-BZPX, USDC-BZPX, WETH-BZPX). Official channels are linked from the site and the GitHub organization; treat any address, contract or link that does not trace back to those as hostile until proven otherwise.

The honest summary: BZPX is a utility token whose supply, emission, solvency and behaviour are all functions of public on-chain state. That is the only kind of claim worth making about a token — one you can falsify yourself in ten seconds.

Do not trust this page — reproduce it

Every claim above is checkable against the chain. Start here:

cast call <staking> "TOTAL_REWARDS()(uint256)" --rpc-url https://mainnet.base.org → 180000000000000000000000000 (180M · 1e18)
Cite this article

Licensed CC BY 4.0 — quote, translate and reuse freely, including commercially, with attribution and a link. Copy a ready-made citation:

BlazePhoenix (2026). $BZPX: the token, the contract, and how to verify every claim about it. BlazePhoenix Engineering. https://blazephoenix.xyz/learn/bzpx-token
@misc{blazephoenix_bzpx_token,
  title  = {$BZPX: the token, the contract, and how to verify every claim about it},
  author = {BlazePhoenix},
  year   = {2026},
  url    = {https://blazephoenix.xyz/learn/bzpx-token},
  note   = {Accessed: reproduce the claim with the command above}
}

Writing an answer, a wiki entry or a paper? The claim above is reproducible against the chain before you quote it — which is the only sound basis for citing a technical source at all.

Contracts are verified on every chain we deploy to — addresses in the protocol manifest. Deeper formal treatment: the whitepaper (PDF).

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