Digital Assets: Claims, Networks and Custody
A digital asset is a digital representation of value or rights, but the rights differ by design. Distinguish a native network token, a reserve-backed claim and a tokenized security before analyzing valuation, custody and liquidity.
The key decisions, at a glance
| Concept | What to do | Watch for |
|---|---|---|
| Native token | Ask what use, scarcity and network activity support demand. | A token is not automatically an equity claim. |
| Reserve-backed token | Investigate reserve assets, redemption rights and issuer risk. | A target price is not an unconditional guarantee. |
| Tokenized asset | Read the legal claim on the underlying property or security. | A blockchain record alone does not establish enforceable ownership. |
| Custody | Identify who controls keys, approvals and recovery. | A liquid market cannot restore a lost signing key. |
1. Native token
Ask what use, scarcity and network activity support demand.
Watch for: A token is not automatically an equity claim.
2. Reserve-backed token
Investigate reserve assets, redemption rights and issuer risk.
Watch for: A target price is not an unconditional guarantee.
3. Tokenized asset
Read the legal claim on the underlying property or security.
Watch for: A blockchain record alone does not establish enforceable ownership.
4. Custody
Identify who controls keys, approvals and recovery.
Watch for: A liquid market cannot restore a lost signing key.
Original worked case
A price peg and an enforceable claim are different
Given: Token A targets $1 and promises redemption through an issuer. Token B also targets $1 but has no direct redemption right and relies on trading incentives.
01 Identify the claim
A has an issuer and stated redemption process; B relies on a different mechanism.
02 Inspect backing
For A, examine reserves and access conditions. For B, inspect the mechanism and its stress assumptions.
03 Test the exit
Ask whether the holder can redeem or must find a buyer when confidence falls.
Answer and interpretation
The same quoted price can hide materially different credit, liquidity and mechanism risks.
Change one assumption
Even fully backed reserves may not provide immediate access if redemption is suspended or the holder is ineligible.
Independent teaching example with the stated assumptions. Not an official exam question, marking key or observed market trend.
Understand the method
Part 1
Understand what the ledger records and what it does not
A distributed ledger maintains records across participating systems under an agreed validation process. A transaction is signed, checked against protocol rules and included in an accepted ledger history. Consensus addresses agreement on that history; it does not by itself establish that an off-chain asset exists, that an oracle is accurate or that the investment has economic value.
Public and permissioned networks differ in who may participate and validate. Finality may depend on the protocol and the number of confirmations or explicit finality rules. Operational procedures should reflect those mechanics. A transfer visible on a block explorer may still require checks for the intended network, correct address and the recipient’s ability to control or redeem the asset.
Part 2
Classify the claim behind the token
A native network token, an issuer-backed stablecoin and a tokenized fund share are different claims. The first may depend on network use and market demand without a contractual claim on cash flows. The second relies on backing, redemption arrangements and intermediaries. The third may represent rights connected to an existing security or asset. Similar wallet interfaces can hide very different economic and legal structures.
Read the rights and restrictions rather than inferring them from a token’s name. Ask who owes what to the holder, in which currency, when redemption is possible and what happens if an intermediary fails. Tokenization can change recordkeeping and transfer processes while leaving credit, valuation and underlying liquidity risk intact. Faster transfer does not create buyers for an illiquid underlying asset.
Part 3
Map the complete custody and transaction chain
Private keys or signing arrangements authorize transfers. Self-custody makes key protection and recovery a direct operational responsibility. Third-party custody transfers some operational work to a provider but introduces dependencies on that provider’s controls, segregation, access processes and recovery arrangements. Neither choice makes loss, fraud or operational error impossible.
A practical map follows assets from purchase venue to settlement wallet, custodian, any staking or lending protocol and finally redemption or sale. Identify who can initiate and approve each movement. Address allowlists, independent approval, withdrawal limits and recovery exercises address different failure modes. A provider’s reputation alone is not evidence that a particular account configuration is secure.
Part 4
Translate an allocation idea into a funded and governed position
A thesis might concern adoption, diversification or a specific contractual cash flow. State it in measurable terms and list conditions that would invalidate it. Historical correlations can change, especially during liquidity stress. An allocation should therefore be evaluated with drawdown, concentration and cash-needs scenarios as well as a historical covariance estimate.
Implementation introduces spreads, fees, custody costs and tracking differences between spot holdings, funds and derivatives. A derivative can require collateral at an inconvenient time; a pooled vehicle can trade away from its reported asset value. Establish position limits, monitoring responsibilities and an exit process before treating a model allocation as investable.
The interface can look the same while the claim differs
Native token
- Economic question
- What supports demand and network use?
- Implementation question
- How are keys and transaction finality managed?
Issuer-backed stablecoin
- Economic question
- What backs the promise and who can redeem?
- Implementation question
- What are the issuer and custody dependencies?
Tokenized asset interest
- Economic question
- What underlying rights does the holder receive?
- Implementation question
- How do transfers, registers and redemption reconcile?
Crypto derivative
- Economic question
- What reference price determines the payoff?
- Implementation question
- What collateral and liquidation terms apply?
More worked practice
Original teaching cases. Use the stated assumptions; these are not official exam questions or marking keys.
A small allocation can dominate a drawdown contribution
Given: A portfolio holds 4% in a digital asset and 96% in other investments. In the scenario, the digital asset falls 60% and the rest falls 8%. Ignore rebalancing and costs.
- 1Digital contribution to portfolio return is 0.04 × -60% = -2.40 percentage points.
- 2Other holdings contribute 0.96 × -8% = -7.68 percentage points.
- 3Total scenario return is -10.08%.
Interpretation: The 4% allocation accounts for about 23.81% of this scenario loss. Capital weight alone does not describe contribution to a particular downside outcome.
Check your understanding
Answer first, then open the explanation. These checks are original practice and do not generate an exam score.
1. Does an immutable record prove the recorded external fact is true?
No. An incorrect oracle input or false off-chain assertion can still be recorded consistently.
2. Does third-party custody remove operational risk?
No. It changes the control responsibilities and introduces provider dependencies that require diligence.
3. Does tokenization guarantee continuous underlying liquidity?
No. Transfer technology and economic liquidity are separate. Redemption and settlement can still depend on traditional assets and intermediaries.
Common questions
Does tokenization make an illiquid asset liquid?
Not by itself. Trading eligibility, buyer demand, market infrastructure and the underlying asset’s cash flows still matter.
Is custody only a password issue?
No. It includes authorization, segregation, key generation and storage, backup, recovery, service-provider controls and incident response.
Sources and scope
The sources below establish their stated framework or subject context. Calculations and cases are our own teaching material; these sources do not endorse them or establish complete exam coverage.
- CAIA contributor: Institutional digital asset custody (2025)
Contributor discussion of custody models and operational dependencies. Background context, not an official curriculum statement or current legal assessment.
- CAIA curriculum and study tools
Official curriculum, companions and required readings for the exam year. The current page now links to 2027 materials.
- BIS / FSI: Financial stability implications of tokenisation
Tokenized financial assets and their liquidity, operational and interconnected risks. Not a legal assessment of a particular token.
- CAIA 2027 curriculum overview
Published topic categories and Emerging Topics reading titles for 2027. The overview is not the complete learning-objective list.
By MiloPrep editorial team. Updated 10 October 2026. Independent study notes, not affiliated with or endorsed by CAIA Association. How we prepare our content.
Notes
- * Study scope: Selected study concepts, not complete curriculum coverage. Match your sitting to the official exam-year materials; CAIA’s current resource page now links to 2027. ↩ Return to content