MetaMask and opaque token reputation layer

Evidence snapshot

Quick view of core documented facts in this record.

MetaMask record

CIGO contract source is public, verified, and inspectable. Despite that, MetaMask maintained a malicious label without providing a clear technical remediation path.

• April 27, 2026: MetaMask Support stated that malicious flag would not be removed and referred to “known risky/malicious features,” but did not identify a specific contract function, permission, scanner rule, transaction behavior, or remediation path.
• Later support chat: MetaMask referred CIGO to external scanner findings rather than providing a direct MetaMask standard or exact technical remediation path. In documented chat shown in this record, TokenSniffer was explicitly referenced. CertiK findings are included separately in this record as a public scanner reference.
• Follow-up support response: MetaMask stated: “I'm not here to tell you how to make a scam token appear safe,” ended further assistance on same matter, and indicated future chat access would be removed for this issue.
• April 29, 2026 — observed interface restriction: MetaMask no longer allowed normal click-through interaction with CIGO contract warning flow in browser-based owner/admin use.
• Subsequent MetaMask test: A separate non-owner MetaMask wallet was able to complete a CIGO to USDT swap successfully, while owner/admin interaction and contract-warning click-through behavior remained restrictive. This suggests inconsistent or context-specific treatment rather than a total token-wide disablement.
• April 29, 2026 — switch to Rabby Wallet for connectivity: CIGO contract remained operable through alternate EVM wallet infrastructure. Rabby connected and simulated owner/admin calls correctly, confirming that restriction was wallet-side rather than an on-chain failure of contract itself. Contract remained functional; blockage appeared at interface layer.

CertiK-style findings: warning categories versus malicious findings

CIGO’s position is that scanner-identified controls should be disclosed and reviewed specifically, not automatically converted into a malicious designation.

Holder concentration disclosure

CIGO does not dispute that a large percentage of supply is held by major wallets. Concentration is explainable and disclosed.

Naked token trap

Current token reputation environment creates a dangerous incentive. If a new issuer includes defensive controls, scanners may flag a token as risky or malicious. If an issuer removes those controls to satisfy scanner optics, that token becomes more exposed to liquidity extraction, bot activity, whale dominance, and predatory early-market behavior.

That is the naked token trap.

A “clean” token with no meaningful defenses may look better to automated systems, but newly pooled liquidity can be easier to drain, distort, or dominate. For an outsider launching a token, this can become a forced choice between scanner optics and holder protection.

Documented hostile launch environment

Research does not need to isolate every honest deployer loss to prove danger. Millions of measured sniping operations, one-day token lifetimes, and more than $103 million in slow-liquidity-drain losses already show that weak launch structures enter a hostile launch environment by default.

Public research shows that launch environment is highly predatory. One study identified 352,413 sniping operations on Ethereum and 1,716,917 on BNB Smart Chain. Another found that about 60% of tokens were active for less than one day. A separate 2025 study identified 3,117 slow-liquidity-drain pools with more than $103 million in cumulative losses.

Exact public statistics for honest deployers who self-funded a weakly defended launch and then lost all seeded liquidity do not appear to exist as a published category. That absence does not prove pattern is rare. It may simply mean this class of loss is poorly tracked, underreported, or buried inside a broader token market structure that rewards better-capitalized and better-positioned actors.

• Industrial-scale sniping shows that new liquidity pools are actively hunted.
• Extremely short token lifetimes show how quickly fragile launches can be overwhelmed or abandoned.
• Slow liquidity-drain research shows that extraction is not limited to obvious one-step rug pulls.
• Lack of a neat deployer-loss dataset does not make deployer-side liquidity loss unreal.

A hypothetical outsider launch pattern

1. An outsider deploys a verified token contract.
2. Outsider adds newly pooled liquidity.
3. Contract includes defensive controls to protect pool and early holders.
4. Wallets, scanners, or DEX risk feeds label token risky or malicious.
5. Outsider asks for exact technical basis.
6. Response is vague: “known risky/malicious features.”
7. Outsider is pressured to remove protections without a clear remediation standard.
8. If protections are removed, whales, bots, and predatory traders can attack pool more easily.
9. Ordinary users see warnings before they ever review verified contract.
10. Outsider loses trust, time, liquidity, and capital.

Market-access control layer

Blockchain may be public, but ordinary user confidence is filtered through private and semi-private interfaces: wallet warnings, scanner feeds, DEX risk labels, explorer token profiles, support desks, reputation APIs, liquidity optics, audit badges, and hidden remediation standards.

This creates a market-access control layer around tokens.

Established launch operators may already know how to design around scanner heuristics, wallet warnings, LP optics, metadata requirements, audit badges, and risk-feed expectations. Independent issuers often discover this only after deployment, after spending real money, and after their token has already been publicly labeled.

Hypothecation hypothesis

Hypothecation means using an asset as collateral while ownership or exposure is reused through financial layers. Rehypothecation extends that logic further, allowing claims, collateral, and leverage to multiply beyond what ordinary users can easily see.

CIGO’s broader hypothesis is that token-casino economy often functions as a dilution machine: attention, liquidity, and wages are pulled into endless synthetic assets, while ordinary people are encouraged to chase digital claims instead of holding durable value.

In that environment, opaque labels become powerful. They can bless one token, bury another, steer liquidity, shape user confidence, and preserve same hierarchy that dominates legacy finance.

Dollar dilution and token casino

Deeper issue is not only one warning label on one token. Deeper issue is endless dilution of real purchasing power into speculative digital casinos, where new token claims, wrapped claims, synthetic claims, and reputation-filtered claims compete for liquidity while hard assets remain older monetary anchor.

In COSIGO’s view, gold and silver remain and reign supreme. They do not depend on a wallet interface, scanner feed, DEX label, or explorer profile to exist. They do not need a third-party API to confirm that they are real.

A system that can endlessly manufacture digital claims while privately controlling which claims receive trust is not neutral. It is a control structure. It can function like debt pressure relief for insiders and liquidity extraction for outsiders — erasing paper stress one hypothecated token at a time.

That is hypothesis. COSIGO will document evidence and let users decide for themselves. CIGO remains exposed to the market-facing side of that environment.

Questions MetaMask and third-party labelers should answer

CIGO’s position

CIGO supports legitimate security review, public contract verification, disclosure of treasury wallets, disclosure of distribution wallets, disclosure of owner/admin wallets, disclosure of LP status, scanner findings, and contract controls.

CIGO does not support vague third-party labels that classify a verified public contract as malicious without identifying exact function, permission, transaction behavior, scanner rule, data source, or remediation path.

Transparent defensive controls are not malicious behavior.

A verified public contract can be inspected line by line. A vague malicious MetaMask label cannot.

Months of work went into building a verified and publicly inspectable token. At this stage, outcome no longer appears to depend only on code quality or contract transparency. Outcome appears to be shaped by a higher label chain made up of wallets, scanner feeds, risk providers, exchange interfaces, and support filters that can affect market treatment without giving a clear technical remediation path.

CIGO does not claim every actor in that chain is formally coordinated. CIGO does state that combined effect is powerful: a token can be verified, public, and inspectable on-chain, yet still be pushed into a reputational penalty box by opaque labels and vague support responses.

Latest MetaMask support response reinforced that concern. After repeated requests for a specific technical basis and remediation path, MetaMask stated: “I'm not here to tell you how to make a scam token appear safe.” MetaMask then ended further assistance on same matter and indicated future chat access would be removed for that issue.

Because of that, CIGO is not going to burn unlimited time and energy chasing an approval outcome that may never be available on transparent terms. Record will remain public. Evidence will remain public. Contract remains verified. Project can continue on its own terms rather than discarding a functioning token simply because label systems refuse to explain themselves clearly.

Public evidence log

This section holds primary references, screenshots, support replies, scanner captures, transaction references, and public documentation.