출처 검증 리서치: Iosco Financial Asset Tokenization

Verified source facts

1. IOSCO published its final report on tokenization of financial assets in November 2025. 2. The report draws on commercial use cases including tokenized money market funds and fixed-income instruments. 3. IOSCO describes adoption as growing but still nascent and identifies interoperability challenges and limited credible settlement assets as scaling constraints. 4. The report examines market-integrity and investor-protection implications rather than approving individual products.

Comparison at a glance

1. Rights analysis: Legal claim

Tokenization analysis must follow the legal and operational chain, not the visual token. The legal claim question asks about rights represented by the token. Identify the issuer, tokenization sponsor, recordkeeper, custodian, broker or platform, and every agreement connecting them. Then read the governing documents. A wallet balance alone cannot answer which person or system has the enforceable obligation.

Test the arrangement under a disagreement. If the chain record and master securityholder file diverge, which one controls? If an intermediary fails, is the holder a customer, beneficial owner, secured claimant, or unsecured creditor? If a transfer is technically possible but legally restricted, what process reverses or freezes it? The available sources frame these questions, while court interpretation remains outside the evidence set.

Turn the legal claim finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Read the governing documents before comparing yield, speed, or interface quality. Because court interpretation is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

2. Rights analysis: Authoritative record

The authoritative record question asks about ledger or register that controls ownership. Then identify conflict priority.

The available sources frame these questions, while future reconciliation remains outside the evidence set.

Turn the authoritative record finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Identify conflict priority before comparing yield, speed, or interface quality. Because future reconciliation is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

3. Rights analysis: Interoperability

The interoperability question asks about movement across platforms and networks. Then test the actual supported route.

The available sources frame these questions, while future standards remains outside the evidence set.

Turn the interoperability finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Test the actual supported route before comparing yield, speed, or interface quality. Because future standards is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

4. Rights analysis: Settlement asset

The settlement asset question asks about cash, deposit token or stablecoin used. Then trace redemption and credit exposure.

The available sources frame these questions, while stress liquidity remains outside the evidence set.

Turn the settlement asset finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Trace redemption and credit exposure before comparing yield, speed, or interface quality. Because stress liquidity is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

5. Rights analysis: Custody chain

The custody chain question asks about wallet, custodian and intermediary responsibilities. Then map every control point.

The available sources frame these questions, while insolvency treatment remains outside the evidence set.

Turn the custody chain finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Map every control point before comparing yield, speed, or interface quality. Because insolvency treatment is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

6. Rights analysis: Transfer restrictions

The transfer restrictions question asks about eligibility and compliance gates. Then verify both technical and legal permission.

The available sources frame these questions, while future rule changes remains outside the evidence set.

Turn the transfer restrictions finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Verify both technical and legal permission before comparing yield, speed, or interface quality. Because future rule changes is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

7. Rights analysis: Disclosure

The disclosure question asks about terms, fees, risks and conflicts. Then read issuer-level materials.

The available sources frame these questions, while disclosure quality remains outside the evidence set.

Turn the disclosure finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Read issuer-level materials before comparing yield, speed, or interface quality. Because disclosure quality is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

8. Rights analysis: Redemption

The redemption question asks about route from token to underlying value. Then test timing and cutoff assumptions.

The available sources frame these questions, while future suspension remains outside the evidence set.

Turn the redemption finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Test timing and cutoff assumptions before comparing yield, speed, or interface quality. Because future suspension is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

9. Rights analysis: Market integrity

The market integrity question asks about pricing, manipulation and surveillance. Then identify venue controls.

The available sources frame these questions, while cross-venue behavior remains outside the evidence set.

Turn the market integrity finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Identify venue controls before comparing yield, speed, or interface quality. Because cross-venue behavior is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

10. Rights analysis: Investor boundary

The investor boundary question asks about sector research versus product approval. Then avoid treating the report as endorsement.

The available sources frame these questions, while product-specific outcome remains outside the evidence set.

Turn the investor boundary finding into an ordinary-language rights statement: who owes what, through which record, under which rule, and how the holder can act. Avoid treating the report as endorsement before comparing yield, speed, or interface quality. Because product-specific outcome is not proven, the conclusion must remain conditional and dated rather than borrowing certainty from the token's technical appearance.

Decision scenarios

Scenario 1: when legal claim becomes decisive

Consider a reader whose main constraint is rights represented by the token. The correct response is not to infer a universal platform or product winner. It is to read the governing documents, retain the evidence, and define a stop condition before funds or permissions are committed. If the evidence changes, the decision must be reopened. This produces a repeatable operating rule rather than a one-time opinion.

Scenario 2: when authoritative record becomes decisive

Consider a reader whose main constraint is ledger or register that controls ownership. It is to identify conflict priority, retain the evidence, and define a stop condition before funds or permissions are committed.

Scenario 3: when interoperability becomes decisive

Consider a reader whose main constraint is movement across platforms and networks. It is to test the actual supported route, retain the evidence, and define a stop condition before funds or permissions are committed.

Scenario 4: when settlement asset becomes decisive

Consider a reader whose main constraint is cash, deposit token or stablecoin used. It is to trace redemption and credit exposure, retain the evidence, and define a stop condition before funds or permissions are committed.

Scenario 5: when custody chain becomes decisive

Consider a reader whose main constraint is wallet, custodian and intermediary responsibilities. It is to map every control point, retain the evidence, and define a stop condition before funds or permissions are committed.

Scenario 6: when transfer restrictions becomes decisive

Consider a reader whose main constraint is eligibility and compliance gates. It is to verify both technical and legal permission, retain the evidence, and define a stop condition before funds or permissions are committed.