CFA Level I Exam · Introduction to Digital Assets

Digital Assets: Investment Features, Risks and Valuation

Updated 7 October 2026 · Fact-checked

Digital assets are alternative investments whose returns come mainly from price changes, plus yield from staking or lending in some cases. Most have no cash flows, so discounted cash flow valuation usually fails. You value them with network-usage measures, cost of production and comparables, then judge risk, diversification and portfolio role.

Understand Investment Features, Risks and Valuation

A digital asset is an asset issued and transferred using distributed ledger technology. Examples are cryptocurrencies such as bitcoin, tokens, and tokenized claims on real assets. At Level I you treat them as an alternative investment: they are not a traditional stock or bond, and they behave differently.

Start with return drivers. For most digital assets, return comes from capital appreciation. Price rises when demand grows faster than supply. Demand depends on adoption, network use, regulation, and sentiment. Supply depends on the protocol rules, such as a fixed cap or a planned issuance schedule. Some assets also pay income. Holders can earn rewards by staking (locking tokens to help validate a network) or by lending tokens. Those rewards are not guaranteed and carry their own risks.

Now valuation. A share has dividends and a bond has coupons, so you can discount cash flows. Many digital assets, especially cryptocurrencies, produce no cash flows. That makes intrinsic value hard to define. Analysts rely on other approaches: the cost of production (for example, mining costs), network-based measures such as number of active users or transaction volume, and comparison with similar assets. For tokens that give a claim on cash flows or an asset, a cash-flow approach can still apply. Treat all these methods as rough guides, not precise answers.

Then risks. Prices are highly volatile and returns are often not normally distributed, with fat tails. Other risks include regulatory change, cybersecurity and theft, loss of private keys, custody and counterparty failure, market manipulation, thin liquidity and fragmented trading venues, and technology or protocol failure. Fraud and weak disclosure add to the danger.

Finally, portfolio role. Digital assets may offer diversification if their correlation with traditional assets is low. But correlation can rise in stress, so the benefit is not reliable. Because of high risk, a small allocation is usually the sensible conclusion. Always weigh the investor's risk tolerance, liquidity needs and constraints. Do not assume a digital asset is a hedge or a store of value just because it is promoted as one.

Key formulas to remember

Holding period return (price only): HPR = (P₁ − P₀) ÷ P₀; Use for assets with no income. Add any staking or lending income to the numerator if it is paid.
Holding period return (with income): HPR = (P₁ − P₀ + Income) ÷ P₀; Income may be staking rewards or lending interest. If rewards are paid in additional tokens, either value them at year-end and treat them as income, or include them in the ending value, but not both.
Cost-of-production anchor: Approximate floor value per unit ≈ Total cost of producing units ÷ Number of units produced; A rough guide for mined assets. Market price can stay above or below it.
Network-usage valuation idea: Value per token ≈ Value of network activity ÷ Number of tokens; A conceptual comparison method, not a formula with one accepted form. Treat results with caution.
Portfolio variance of two assets: σp² = w₁²σ₁² + w₂²σ₂² + 2w₁w₂ρ₁₂σ₁σ₂; Shows why low correlation (ρ) helps diversification even for a very volatile asset held in a small weight.

How to solve Investment Features, Risks and Valuation questions

Use this method for any question on digital asset features, risks, valuation or portfolio role.

1Identify the asset type: cryptocurrency, token with a claim, stablecoin, or tokenized asset. This decides whether it has cash flows.
2Find the return source: price appreciation only, or also staking or lending income.
3If valuation is asked, check for cash flows. If none exist, pick cost of production, network usage or comparables, and note the limits.
4If risk is asked, match the scenario to a risk type: volatility, regulatory, cyber or custody, liquidity, manipulation, or technology failure.
5If portfolio role is asked, think correlation, volatility and weight. Low correlation helps, but high volatility means a small allocation.
6For a numerical item, compute the return or variance carefully and keep units consistent.
7Eliminate the two options that overstate certainty, such as 'guaranteed diversification' or 'precise intrinsic value'.

Quickest way: Three-check elimination

When to use it: Use for conceptual items when you have about 90 seconds.

Check cash flows: if the asset has none, discard any option that uses a dividend or coupon discounting model as the main method.
Check certainty words: discard options that say always, guaranteed or eliminates.
Check match: choose the option whose risk or role fits the scenario wording, such as stolen keys pointing to custody or cyber risk.

Common mistakes in Investment Features, Risks and Valuation

Applying a dividend discount model to a cryptocurrency with no cash flows.
Students are used to equity valuation and apply the habit automatically.
Fix: Ask first whether the asset pays anything. If not, use cost of production, network usage or comparables, and say valuation is uncertain.
Assuming digital assets always diversify a portfolio.
Low historical correlation is taken as a permanent property.
Fix: Remember correlation can change and may rise in market stress. Diversification benefit is possible, not guaranteed.
Treating staking rewards as risk-free income.
Rewards look like interest on a deposit.
Fix: Staking rewards depend on the network and may involve lock-up, slashing or counterparty risk. Price risk on the token remains.
Ignoring custody and key-loss risk.
Candidates focus only on price volatility.
Fix: Include operational risks: lost private keys, hacks and failure of a custodian or exchange.
Forgetting to add income when computing holding period return.
Digital assets are seen as price-only instruments.
Fix: If the question gives staking or lending income, include it in the numerator.
Assuming returns are normally distributed.
Standard deviation is taught first, so it feels sufficient.
Fix: Expect fat tails and large jumps. Standard deviation may understate extreme-loss risk.

Worked examples

Example 1

An investor buys a token at $2,000. During the year she earns staking rewards worth $100 and the token price at year-end is $2,300. What is her holding period return?

Show the solution

Price change = 2,300 − 2,000 = $300.
Add income: 300 + 100 = $400.
Divide by the starting price: 400 ÷ 2,000 = 0.20.

Answer: HPR = 20%. The income must be included, since price return alone would be 15%.

Example 2

A portfolio holds 95% in a global equity fund with standard deviation 15% and 5% in a digital asset with standard deviation 60%. The correlation is 0.30. What is the portfolio standard deviation, to the nearest 0.1%?

Show the solution

w₁²σ₁² = 0.95² × 0.15² = 0.9025 × 0.0225 = 0.020306.
w₂²σ₂² = 0.05² × 0.60² = 0.0025 × 0.36 = 0.0009.
Covariance term = 2 × 0.95 × 0.05 × 0.30 × 0.15 × 0.60 = 2 × 0.0475 × 0.30 × 0.09 = 0.002565.
Variance = 0.020306 + 0.0009 + 0.002565 = 0.023771.
Standard deviation = √0.023771 = 0.1542.

Answer: About 15.4%, only slightly above the 15% of the equity fund alone, since the weight is small and correlation is low.

Exam tips

Expect conceptual items that ask which valuation approach suits an asset with no cash flows. The answer is rarely a discounted cash flow model.
Watch for absolute words such as always, guaranteed or eliminates in options. They are usually the wrong choices.
Match each scenario to a named risk: hacked exchange is custody or cyber, sudden ban is regulatory, wide bid-ask spread is liquidity.
For numerical items, include any staking or lending income and check that options are in ascending order before choosing.
Link the topic to diversification: a small weight, low correlation and high volatility is a common setup.

Practice questions from Introduction to Digital Assets

Investment Features, Risks and Valuation in other exams

The same ground in other exams, if you are preparing for more than one or want another angle on it.

CA IntermediateValuation and Carrying Amount of Investments

Investment Features, Risks and Valuation: frequently asked questions

How do you value a cryptocurrency for CFA Level I?

Most cryptocurrencies have no cash flows, so a discounted cash flow model does not work well. You use approaches such as cost of production, network-usage measures and comparison with similar assets. All of them give rough estimates only.

What are the main risks of investing in digital assets?

The main risks are high price volatility, regulatory change, cyber theft, loss of private keys, custody and counterparty failure, thin liquidity, manipulation and technology failure. Exam items usually describe one situation and ask you to name the matching risk.

What role can digital assets play in a portfolio?

They may add diversification if their correlation with traditional assets is low and they can offer high return potential. Because they are very volatile and correlation can rise in stress, the allocation is usually small.

Can digital assets produce income?

Some can. Holders may earn staking rewards or lending interest. These payments are not guaranteed and carry network and counterparty risks, so they should not be treated as risk-free.