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The SEC is asking a foundational question about the future of securities markets: Can blockchain—including a public blockchain—become part of the legally authoritative record of who owns a stock or other security? If so, the SEC wants to know what rules are necessary to ensure the record remains accurate, auditable, private where required, accessible to regulators, correctable under lawful authority, and protective of investors—even when the underlying blockchain is not controlled by the transfer agent.

This is SEC File No. S7-2026-30, “Transfer Agent Rules.” The SEC is accepting public comments until November 3, 2026, and comments become part of the public rulemaking record.

I submitted a detailed proposal showing how BSV’s Proof-of-Work blockchain could potentially serve as the authoritative record for tokenized securities while keeping transfer agents accountable, investor information private, transactions verifiable, settlement final, and court-ordered asset recovery legally enforceable.

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Based on the verified contract information available on Etherscan, the answer is more nuanced than the typical "QNT has a fixed supply" narrative.

1. Does the QNT contract contain a mint function?
   Yes.
   The verified QNT contract ABI published on Etherscan includes a function named:

mint(address address, uint256 value)

This is visible in the contract interface published for the QNT token contract at address:
0x4a220E6096B25EADb88358cb44068A3248254675 [etherscan.io]
The mere existence of a mint function means the contract was not designed as an immutable "cannot ever mint" ERC-20.

2. Can minting still be exercised today?
   I could not verify from the available sources whether:
   the mint function is still callable,
   it has been permanently disabled,
   ownership has been renounced,
   or the required signing keys still exist.
   The public search results confirm the function exists, but they do not expose the access-control logic around that function. [etherscan.io], [etherauthority.io]
   To answer this with certainty, the actual Solidity source code sections governing:

mint()
onlyOwner
owner
mintingFinished
``

would need to be reviewed directly.

3. Who controls minting rights?
   From the sources retrieved, I could not verify the current controlling address or whether ownership has been renounced. The Etherscan and audit excerpts available through search do not explicitly identify the current privileged owner nor state that minting authority was removed. [etherscan.io], [etherauthority.io]
   Therefore:
   Mint function existence: Verified.
   Current controller: Not verified from retrieved sources.
   Mint authority removed: Not verified from retrieved sources.

4. What is the practical dilution risk?
   I would classify it as:
   Risk FactorAssessmentMarket expectationVery low dilution expectedTechnical possibilityPotentially non-zeroGovernance transparencyModerateHistorical behaviorExtremely favorable
   Here's why:
   Bull case
   Quant has repeatedly represented QNT as a capped-supply token and has operated for years without publicly diluting holders. The burn event in 2018 reduced supply substantially, reinforcing the fixed-supply narrative. [etherscan.io], [coinmarketcap.com]
   If Quant were to unexpectedly mint millions of new tokens, it would likely:
   destroy market trust,
   damage institutional relationships,
   undermine the utility-token thesis.
   The economic incentive to do so appears low.
   Bear case
   A fixed-supply promise is fundamentally different from a cryptographically enforced fixed supply.
   If a privileged mint function remains active and controlled by a private party, then:
   supply expansion is technically possible,
   token holders depend on governance trust,
   dilution risk becomes a governance risk rather than a protocol impossibility.

My conclusion
Economic supply policy: Fixed/capped. [coinmarketcap.com], [etherscan.io]
Contract contains a mint function: Yes. [etherscan.io]
Verified proof minting is impossible: No, I could not find that proof. [etherscan.io], [etherauthority.io]
Practical dilution risk: Probably low from a business and reputational perspective, but not obviously zero unless the mint authority has been provably disabled or ownership renounced.
The next step would be a direct line-by-line review of the verified Ethereum contract source to determine:
whether mint() is protected by onlyOwner,
whether mintingFinished exists,
whether ownership was renounced,
whether any mint transactions have occurred since the 2018 burn.
That would allow a definitive "dilution risk score" rather than an inference from published tokenomics.