IQF Protocol is a deflationary mining system deployed on BNB Chain (EIP-155:56), with its native token $IQF governed by a smart contract at 0xb1cc47ba39b81883cdf2ef9dcb3cdcb0304894f7. The official website describes it as a “super turbo-deflationary smart-contract mining system” where users stake NFT miners to earn IQF from a locked 175M-token pool, while supply shrinks via dual-burn mechanics—Depreciation Fee and Deflation Fee—on every claim. A “Reactive Supply” mechanism increases miner power by +1% when IQF’s price drops 10% over a 7-day epoch, aiming to counteract difficulty inflation. The project positions IQF as a utility token for prediction markets and DAO governance, citing fixed issuance (max supply 270M) and continuous burns. Public data from the API snapshot reports zero circulating supply and total supply of ~268.2M IQF, with no verified on-chain trading volume or user activity metrics provided. Key evaluation questions include: Who pays for mining rewards—and how is that revenue sustained? What real-world demand drives IQF utility beyond internal mechanics? And how does the protocol prevent dilution or central control given the absence of treasury disclosures, audit verification, or team transparency?
IQF presents a novel deflationary mining mechanism on BNB Chain, centered on upgradable NFT miners and dual-burn logic tied to price-triggered epochs. Its website (iqfprotocol.com) describes Reactive Supply, PredictMe prediction markets, and fixed tokenomics (max supply 270M, total supply ~268.2M), but offers no verifiable evidence of contract security or operational execution. Critically, no audit, formal documentation, repository, or on-chain proof of deployed logic is supplied — only an unverified contract address (
0xb1cc...94f7) and third-party API claims (source_2). The API states circulating supply is zero and notes liquidity risks, while the website displays live metrics (e.g., “348,204 IQF Mined”) with no traceable source or verification method. No evidence confirms upgradeability controls, pause functionality, or burn enforcement — all central to its economic claims. Privileged functions like minting, burning, or governance are neither described nor verified. The absence of primary-thesis evidence — such as working contracts, audited code, or independent transaction validation — prevents assessment of core mechanisms. Claims about Chainlink integration, auto-upgrades, and DAO voting remain unsupported assertions.- Contract binding fails: no audit, bytecode verification, or deployment metadata is provided — only an address and unverified API claims (iqfprotocol.com, CoinGecko).
- Privilege mapping is impossible: no evidence identifies who controls upgrades, burns, or pauses; no ownership or timelock details exist in supplied sources.
- Exploit paths cannot be assessed: without verified contract logic or event logs, failure conditions (e.g., epoch misalignment, fee diversion) remain speculative.
- Token supply data conflicts: API reports zero circulating supply; website shows active mining and claiming — no reconciliation or timestamped on-chain proof is supplied.
Overall score: 4/10 Confidence: Low
IQF positions itself as a consumer-facing mining product where users ‘own a stake that compounds’ via upgradable NFT miners on BSC, with deflationary mechanics triggered by price dips and dual-burn fee logic. The website (iqfprotocol.com) details a reactive supply model: a 10% IQF price drop over seven days grants +1% mining power and burns 50% of the next 24h production. It claims live mining, active miners (1,204), and a locked 175M IQF pool—but no verifiable on-chain proof of live claims, burn events, or miner NFT minting is supplied. The API snapshot (CoinGecko) reports zero circulating supply and a max supply of 270M, yet states IQF is ‘designed as a utility token for prediction markets’—a function absent from the website’s description of PredictMe, which shows only binary price-dip betting with no payout mechanism or token utility demonstrated. No documentation, repository, or audit links are provided. There is no evidence of user retention post-incentives, no usability testing data, and no explanation of how value persists when mining rewards decay or token emissions end. The core thesis—that this delivers durable consumer value beyond speculative yield—is asserted but unverified in the snapshot.
Start: User lands on iqfprotocol.com and sees ‘Mine IQF’ prompts. Action: Clicking ‘Own Miner’ or ‘Claim now’ leads to no functional interface or wallet integration path in the static page. Outcome: No observable flow confirms mining initiation, claim execution, or burn transparency. Usability implication: Without working frontend integration, wallet connection, or on-chain verification of miner ownership or burns, the product remains a conceptual prototype—not an operable consumer good.
Overall score: 5/10 Confidence: Low