Understanding Tokenization

What is tokenization?

Tokenization is the process of creating a digital representation of an asset or financial instrument using a blockchain or similar distributed ledger.

A token is the digital unit used in that representation. A tokenized security is a security-such as a share or note-represented or formatted digitally, with ownership records maintained wholly or partly through a blockchain or similar network. The SEC staff describes several models, with different structures and investor rights. [R02] Plain-English example: A company issues preferred shares. Instead of relying entirely on a conventional ownership database, it uses a system that incorporates blockchain records.

The shares remain preferred shares. The tokenized format supports their recording and administration. The investor’s dividend, voting, and other rights depend on the share terms and applicable law.

SDR explanation: Tokenization gives an investment a digital representation that can support ownership records, transfers, and administration. We first establish what the investor owns, then determine how the technology will represent those rights.

The three parts of a tokenized investment

A useful way to understand a transaction is to separate its economic purpose, legal rights, and technology.

Part What it establishes Example

Economic purpose Why investors and the company would participate Funding software development in exchange for interest payments Legal rights What investors own or can enforce A note specifying repayment obligations and collateral Technology How the investment is digitally represented and administered Tokens connected to investor and transfer records All three parts must work together.

A token can record a claim, but the team must still establish who owes the obligation, what documents create it, and how it can be enforced.

Questions every SDR should understand

• Who is the issuer?
• What security or contractual right is being offered?
• What does each token represent?
• Who maintains the legally authoritative ownership record?
• What happens when a token transfers? The legally authoritative ownership record is the record recognized under the transaction’s governing arrangements and applicable law as establishing the relevant ownership or entitlement.

Essential technology definitions

blockchain Token balances and transfers may be recorded here Offchain Recorded or processed outside the blockchain Legal documents, identity records, and financial information may remain here Wallet Software or a service used to manage blockchain credentials and interact with tokens

It supports access and transaction activity

Wallet address An identifier used to receive or hold tokens on a network It must be connected to the appropriate investor records where required Private key A secret cryptographic credential used to authorize transactions

Its protection is central to operational security

Smart contract Software deployed on a blockchain that executes programmed instructions It may support issuance, transfer conditions, or distributions Permissioned transfer A transfer allowed only when specified conditions are satisfied It can support restrictions on who may receive a security Custody Arrangements for holding and safeguarding assets or access credentials It determines important responsibilities and recovery procedures The SEC staff’s tokenization discussion distinguishes onchain records from offchain records and describes systems that connect the two. [R02] A wallet address does not answer every ownership question: A wallet address identifies a location in the blockchain system. It does not, by itself, establish the person’s legal identity or explain the person’s investment rights.

The transaction may require separate records connecting: The investor’s identity; The investor’s account; The wallet address; The security held; Any applicable transfer restrictions.

What does the investor actually own?

The term “token” describes a digital representation. It does not provide a complete description of the investment. Compare these hypothetical structures: Investment What the investor may hold What must be established Tokenized parent-company shares Ownership in the parent company Share class, voting rights, distributions, and ownership records Tokenized IP-subsidiary shares Ownership in a subsidiary What assets and licenses the subsidiary holds Tokenized preferred shares Equity with specified preferences Dividend terms, liquidation priority, and conversion rights Tokenized secured notes Debt supported by specified collateral Borrower, repayment terms, security interest, and creditor priority Royalty-linked instruments Rights to payments calculated under a defined formula Payment source, deductions, duration, and enforcement rights These examples introduce the five structures covered later in the manual. The actual documents determine the rights.

Example: shares in an IP subsidiary: A subsidiary owns a patent portfolio and issues tokenized shares. Investors may own shares in the subsidiary. They do not necessarily hold direct title to a percentage of each patent.

SDR explanation: The investor’s ownership is in the subsidiary. The subsidiary’s assets and contracts determine the business exposure associated with that ownership.

Issuer-sponsored and third-party tokenization

The SEC staff identifies two broad categories: tokenization by or on behalf of the security’s issuer, and tokenization by an unaffiliated third party. This staff statement explains its views; it does not itself change the law. [R02]

A. Issuer-sponsored tokenization

The issuer or its agent incorporates tokenization into the security’s records or transfer process. For example, a company might issue tokenized shares and connect blockchain records to its official shareholder records.

The blockchain may form part of the authoritative record. Alternatively, it may communicate transfers that must be reflected in a separate record.

Question to ask: Is the blockchain part of the official ownership record, or does it notify another system to update ownership?

B. Third-party tokenization

An unrelated organization creates tokens associated with another company’s securities. The arrangement may provide an indirect ownership interest through custody, or it may provide only a contractual return linked to the referenced security.

These arrangements can introduce additional third-party risks and may not give holders the underlying company’s shareholder rights. [R02] Question to ask: Does the investor hold the underlying security, an indirect entitlement to it, or a separate obligation issued by the third party?

Ownership versus price exposure

Price exposure means an investment’s value or return is linked to another asset’s price. A token linked to a company’s share price does not necessarily make its holder a shareholder.

Example: A third party promises payments based on changes in Company A’s stock price. That promise may expose the investor to Company A’s price movements while leaving the investor with a claim against the third party. Voting and dividend rights in Company A do not automatically follow.

The SEC staff expressly distinguishes these linked arrangements from ownership interests. [R02]

What can smart contracts do?

A smart contract can execute programmed instructions when the relevant conditions are met. Depending on the system, those instructions might support: Creating tokens after an authorized issuance; Allowing transfers between eligible addresses; Blocking transfers to unapproved addresses; Calculating distributions from supplied information; Recording completed transactions.

These are possible design functions, rather than capabilities every token automatically includes. Example: a transfer condition: Assume a security may transfer only to approved investors.

The system can check whether the receiving address is approved before allowing the transfer. However, someone must still establish and maintain the investor’s eligibility, identity records, and approval status.

Example: royalty calculations: A royalty-linked instrument might use software to calculate a payment from reported licensing receipts.

An oracle is a mechanism that supplies outside information to blockchain software. If revenue data enter through an oracle or an administrator, the calculation depends on that information being accurate.

Training point: Software can automate a calculation. It cannot independently establish that all licensing revenue was reported correctly.

A smart contract also cannot ensure that the issuer has the money required to make a payment.

Potential benefits of tokenization

The following are potential benefits to evaluate for a specific project. SEC commentary identifies opportunities to modernize issuance, transfer, settlement, and ownership records. Actual results depend on implementation. [R05] Potential benefit How it may help What determines the result Connected records Reduce discrepancies between participating systems

Integration, governance, and data quality

Automated administration

Reduce repetitive processing Software design and reliable inputs

Transfer controls Apply programmed eligibility conditions Accurate approvals and legally appropriate restrictions Smaller investment units Support accessible investment denominations Offering terms, economics, and platform support Traceable transactions Provide a record of token movements Access permissions and connection to investor records More efficient settlement Coordinate delivery and payment Cash arrangements, custody, and market infrastructure Additional distribution or trading channels Connect a security with supported venues and participants Legal permissions, venue acceptance, and investor demand Settlement is the completion of a transaction through delivery of the security and the corresponding payment.

SDR explanation: Tokenization may improve parts of the investment’s administration and transfer process. We assess the benefit against the company’s existing systems, costs, and investor needs.

Fractionalization: smaller units, clearly defined rights

Fractionalization means dividing an investment interest into smaller units. Hypothetical example: An issuer offers $10 million of securities in 100,000 units priced at $100 each.

The unit size can allow smaller subscriptions than an offering requiring a $100,000 minimum. However: The offering must establish what each unit represents; Investor limits and other requirements still apply; Smaller units do not guarantee investor demand; Traditional securities can also use small denominations.

For IP-related investments, a small unit may represent a share, note, or payment right. It should not be described as direct ownership of part of a patent unless the legal structure establishes that ownership.

Tokenization, tradability, and liquidity

These concepts are different.

A permitted transfer does not establish that a buyer is available. A venue can support trading while individual securities experience little activity.

Hypothetical example: An investor wants to sell $20,000 of tokens. Only one buyer is interested, and that buyer offers $12,000.

The token’s digital format has not assured a sale near the investor’s purchase price. Crypto asset securities can involve substantial illiquidity and operational risks. [R06] SDR explanation: Tokenization may support transfers and potential trading access. Liquidity depends on buyers, sellers, trading arrangements, and market conditions.

How tokenization fits with Regulation A

Regulation A addresses a securities offering pathway. Tokenization addresses how the investment is digitally represented and administered.

receive?

Offering disclosures

What rights does each token represent?

Governing documents and system design

How are investors and transfers recorded?

Ownership and operational arrangements

Where may trading occur? Separate trading and market-infrastructure analysis The SEC staff explains that representing a security on a blockchain does not remove the applicable securities-law requirements. [R02] A Regulation A offering can use conventional records. A tokenized security can be offered through another legally available pathway.

The specialists determine the appropriate combination.

Tokenization functions across the instruments

These are design possibilities, not automatic features. The legal and operational systems must work together; accurate data and available funds remain necessary.

Instrument May support Does not establish by itself

Secured notes Recording noteholder positions; applying programmed transfer conditions; tracking issuance and retirement of units; payment administration; connecting records with investor accounts.

A security interest, perfection, first priority, cash for repayment, an IP foreclosure or an active secondary market.

Royalty-linked instruments Recording positions; transfer conditions; allocating calculated payments; tracking cumulative payments toward a cap; digital transaction records.

Verification of every licensee sale, undisclosed agreement or offchain receipt. An oracle, administrator or other data process may supply information. Accurate records, available funds and enforceable agreements are still needed.

Preferred shares Recording holdings and transfers; transfer conditions; dividend administration; recording conversion or redemption; coordinating digital records with the official shareholder system.

Authorization of a dividend, legally available funds, establishment of a preference, guaranteed redemption or trading liquidity.

Digital records must reflect the share rights and authoritative ownership arrangements.

IP-subsidiary shares Recording subsidiary interests; transfer conditions; voting or distributions; issuance and ownership changes; connecting investor accounts and digital records.

Transfer of patents into the subsidiary, license rights, parent support, dividends, removal of minority-investor risk or guaranteed liquidity.

Parent-company share records and administration are addressed in Chapter 11. All models require the provider, recordkeeping and trading arrangements described in Chapters 14 and 16.

What tokenization does not establish by itself

Proposed claim What still needs to be established

“The token is backed by IP.” Ownership, relevant documents, liens, licenses, and the investor’s actual rights “The asset is worth $50 million.” Valuation method, assumptions, supporting evidence, and purpose “Investors own the patent.” A legal structure that actually conveys the stated ownership “The token can trade immediately.” Transfer permissions, venue arrangements, and operational readiness “Payments are automatic.” Payment obligations, accurate inputs, available funds, and functioning systems “The investment is secure.” Specific legal protections and operational controls, alongside remaining risks A blockchain entry records information. The team must verify the underlying facts and explain the investment accurately.

Valuation and accounting treatment will receive separate treatment in Chapter 5.

Operational risks the team should understand

An SDR should know enough to identify these issues and direct detailed questions to the responsible specialist.

The relevance and severity of these risks depend on the system. Custody and third-party arrangements can also affect what investors can recover if a provider fails. [R02] Useful questions include:

• Who protects the credentials?
• How are ownership records reconciled?
• Who can pause or correct transactions?
• What happens if an investor loses access?
• What happens if a service provider fails?

Discovery example: “We want to tokenize our patents”

Prospect: We have a patent portfolio and want to tokenize it to raise capital. SDR: We would begin by understanding who owns the patents, whether they generate revenue, and what rights the company wants to offer investors. The specialists can then evaluate an appropriate financing structure and how tokenization could support it.

Information to gather

Discovery question Why it matters

Which entity owns the patents? Identifies the asset owner Are the patents licensed to anyone? Establishes existing contractual relationships Do they generate revenue? Helps identify possible payment sources Are they already pledged as collateral?

Identifies existing creditor interests

How much capital is needed? Establishes the financing objective What will the proceeds fund? Connects financing to the business plan Is the company willing to issue equity?

Helps distinguish possible structures

Can the company support debt payments?

Helps assess whether debt merits further review

Is secondary trading a priority? Identifies an additional workstream The handoff should describe the facts and objectives. It should not conclude that creating tokens establishes asset ownership, collateral protection, valuation, or trading access.