“Can a digital asset that was originally offered in a securities offering ever be later sold in a manner that does not constitute an offering of a security?”

Such was the question posed by William Hinman, Director of the Securities and Exchange Commission’s Division of Corporation Finance, in his speech at the Yahoo Finance All Markets Summit: Crypto event in San Francisco on June 14. Hinman’s answer: a qualified “yes” where there is no longer any central enterprise being invested in or where the digital asset is sold only to be used to purchase a good or service available through the network on which it was created. This may be the most positive guidance yet from the SEC on when a digital asset might be deemed not to be a security under the Howey test. It may help create a pathway for blockchain startups to sell without registration or exemption digital tokens that had previously been sold in securities offerings, and should provide a measure of comfort to past and future issuers of SAFT-based ICOs.

After making his overarching point that a digital asset originally offered in a securities offering could be later sold in a manner that does not constitute an offering of a security when there is no longer any central enterprise being invested in or where the digital asset is sold only to be used to purchase a good or service available through the network on which it was created, Hinman went on to describe the circumstances under which he believes that could occur. In doing so, Hinman concentrated primarily on the last prong of the Howey test, namely whether an expectation of profit derived through the efforts of others, and suggested that the inquiry should focus on two areas: (i) who are the participants, and (ii) how is the digital asset structured?

Who are the Participants?

When determining whether a digital asset should be deemed to be an investment contract, Hinman stated that one should “consider whether a third party – be it a person, entity or coordinated group of actors – drives the expectation of a return.”

He suggested that this question will always depend on the particular facts and circumstances of a transaction, and offered the following non-exhaustive list of factors:

  • Promoter’s efforts play a significant role in the development and maintenance of the digital asset and its potential increase in value.
  • Promoter retains a stake or other interest in the digital asset such that he would be motivated to expend efforts to cause an increase in its value, particularly where purchasers are made to reasonably believe such efforts will be undertaken.
  • Amount raised in the ICO exceeds amount needed to establish a functional network and use of proceeds includes supporting the token’s value or increasing enterprise’s value
  • Promoter continues to expend funds from proceeds or operations to enhance functionality and/or value of system within which the tokens operate.
  • No persons or entities other than the promoter exercise governance rights or meaningful influence.

How is the digital asset structured?

Hinman then pointed to the existence of contractual or technical methods to structure digital assets so they function more like consumer items and less like a security, including the following:

  • Is token creation commensurate with meeting the needs of users or, rather, with feeding speculation?
  • Are independent actors setting the price or is the promoter supporting the secondary market for the asset or otherwise influencing trading?
  • Is it clear that the primary motivation for purchasing the digital asset is for personal use or consumption, as compared to investment? Have purchasers made representations as to their consumptive, as opposed to their investment, intent? Are the tokens available in increments that correlate with a consumptive versus investment intent?
  • Are the tokens distributed in ways to meet users’ needs? For example, can the tokens be held or transferred only in amounts that correspond to a purchaser’s expected use? Are there built-in incentives that compel using the tokens promptly on the network, such as having the tokens degrade in value over time, or can the tokens be held for extended periods for investment?
  • Is the asset marketed and distributed to potential users or the general public?
  • Are the assets dispersed across a diverse user base or concentrated in the hands of a few that can exert influence over the application?
  • Is the application fully functioning or in early stages of development?

Information Asymmetry

Director Hinman also pointed out that one of the rationales for the securities laws is to remove the information asymmetry between promoters and investors by mandating adequate disclosure to address that asymmetry. That disclosure regime is needed when a token purchaser relies on a token seller’s efforts to develop a network and generate a potential return on investment for the token purchaser.

Conversely, when the promoter’s efforts are no longer an important factor in determining the enterprise’s success, “material information asymmetries recede” and the protections of the securities laws may no longer be necessary. Moreover, as a practical matter, when a network becomes decentralized, the ability to identify a promoter to make the mandated disclosures “becomes difficult, and less meaningful.”

Implication for SAFTs

The Simple Agreement for Future Tokens or SAFT is modeled after Y Combinator’s Simple Agreement for Future Equity, or SAFE, which has been a popular mechanism for funding startups. With both the SAFE and the SAFT, the investor receives a right to something of value in the future in exchange for the current investment. With a SAFE, the investor gets the right to receive the security issued in the issuer’s next major funding round, typically preferred stock and usually at a discount to the next round’s price. In a SAFT, the investor is given the right to receive tokens, also at a discount, typically once the network is created and the tokens are fully functional.

In a SAFT-based ICO, the SAFT itself is generally acknowledged to be an investment contract and thus a security, and sold to accredited investors under Rule 506(c) of Regulation D. A quick search on EDGAR reveals there have been 37 Form D filings identifying the type of security offered as a SAFT. No court or regulator has interpreted the SAFT framework and whether or not the tokens to be ultimately issued are securities.

Director Hinman’s view that certain tokens initially issued by blockchain startups as securities may have the potential to become part of a decentralized network and no longer bear the attributes of securities may give legitimacy to SAFT-based ICOs. Interestingly, the only place where the word SAFT appears in the speech is in footnote 15 of the written version. In that footnote, Hinman states that although nothing in his remarks should be construed as opining on the legality of a SAFT (because the analysis of a particular SAFT must turn on the economic realities of the particular case), “it is clear from [his speech that he believes] that a token once offered in a security offering can, depending on the circumstances, later be offered in a non-securities transaction.”

Bloomberg reported on October 16 that over $3 billion dollars have been raised in over 200 initial coin offerings so far this year. It remains to be seen whether the pace of ICOs will slow down in the face of regulatory headwinds such as the outright ICO bans in China and South Korea. Here in the United States, the Securities and Exchange Commission has been sounding alarm bells. On July 25, the SEC’s Division of Enforcement issued a Report of Investigation finding that tokens offered and sold by a virtual organization known as “The DAO” were securities and therefore subject to the federal securities laws. I blogged about it here. On the same day the SEC issued the report, its Office of Investor Education and Advocacy issued an investor bulletin to make investors aware of potential risks of participating in ICOs.  Then on September 29, it charged a businessman and two companies with defrauding investors in a pair of ICOs purportedly backed by investments in real estate and diamonds. And on November 1, it issued a “Statement on Potentially Unlawful Promotion of Initial Coin Offerings and Other Investments by Celebrities and Others”, warning that any celebrity or other individual who promotes a virtual token or coin that is a security must disclose the nature, scope, and amount of compensation received in exchange for the promotion.

Needless to say, the days of ICOs flying below the SEC’s radar are over, and developers conducting token sales to fund the development of a network need to be aware of the securities law implications of the sale.  In its Report of Investigation, the SEC made clear (what most of us suspected all along) that the traditional Howey test for determining whether a funding mechanism is an ”investment contract” and thus a “security” applies to blockchain based tokens. I won’t go into a deep dive here. For those wanting to jump into the weeds, Debevoise has done a pretty good job on this. But the basic test under Howey is that an agreement constitutes an investment contract that meets the definition of a “security” if there is (i) an investment of money, (ii) in a common enterprise, (iii) with an expectation of profits, (iv) solely from the efforts of others.

It’s useful to consider that blockchain tokens fall generally into two broad categories. “Securities tokens” are basically like shares in a corporation or membership interests in a limited liability company where the purchaser receives an economic right to a proportional share of distributions from profits or a sale of the company. On the other hand, “utility tokens” don’t purport to offer purchasers an interest or share in the seller entity itself but rather access to the product or service the seller is developing or has developed. Unfortunately, there exists virtually no SEC or case law guidance on securities law aspects of utility tokens. The token at issue in the SEC’s investigative report on The DAO was a securities token. The DAO was a smart contract on the Ethereum blockchain that operated like a virtual venture fund. Purchasers would share in profits from the DAO’s investments and so the tokens were like limited partnership interests.

The question of whether utility tokens are securities may turn on whether the blockchain network for which the tokens will function is fully functional or still in development, and an interesting debate has emerged as to whether there should be a bright line test on that basis.

One side of the debate, advanced by Cooley (Marco Santori) and Protocol Labs (Juan Batiz-Benet and Jesse Clayburgh), is that purchasers of utility tokens prior to network launch and before genuine utility necessarily rely on the managerial and technical efforts of the developers to realize value from their tokens. Accordingly, agreements for the sale of pre-functional tokens meet the “expectation of profit” and “through the efforts of others” prongs of Howey and should be characterized as securities. On the other hand, fully functional utility tokens should not be considered securities because they fail the “through the efforts of others” prong of Howey and maybe even the “expectation of profit” prong.  Purchasers of fully functional tokens are likely to be people seeking access to the seller’s network as consumers or app developers with any expectation of profit from appreciation of the tokens being a secondary motivation, so the expectation of profit prong of Howey fails as to those purchasers. The same conclusion should apply even as to the other type of purchaser who is motivated primarily by the prospect of a token resale for profit because the profit that is hoped for is not expected to come through the managerial or entrepreneurial efforts of the developers, but rather through the many different independent forces that drive supply and demand for the tokens. There is a line of cases involving contracts for the purchase of commodities holding that they are not securities because the expectation of profit was solely from fluctuations in the secondary market, and not from any efforts on the part of the producer. Fully functional tokens are analogous to commodities in that the token developers have completed development of the network, and so there should not be any expectation that profit will result from any further efforts by the seller.

On the other side of the debate is Debevoise, which advocates for a facts and circumstances approach, rejects the bright line test of whether or not a utility token is fully functional and offers several arguments. The determination of whether an agreement is an investment contract and thus a security has long been based upon a facts and circumstances analysis. A blockchain token is not a homogenous asset class; a token could be a digital representation of an equity or debt security but it could also represent things like hospital records or a person’s identity, and that particular character of the token is unaffected by whether the network is or is not fully functional. Also, there is an implicit recognition in the JOBS Act that pre-order sales on non-equity crowdfunding sites like Kickstarter and Indiegogo are not sales of securities, and that pre-functional utility token sales should be analyzed the same way.  It also questions whether agreements by a mature company to presell a new product in development would automatically be deemed an investment contract. Finally, there’s the difficulty of determining when exactly a token is fully-functional given the complexity of software and network development.

Seems to me that the arguments on both sides of the utility token debate have merit.  I do think there’s a distinction, though, between pre-order sales of product by a mature company and a sale of pre-functional tokens, in that the tokens most likely can be sold on a secondary market, with any profit likely resulting from the entrepreneurial efforts of the developer.  I also think that until we have guidance from the SEC and/or judicial opinions on the issue, the better approach is to treat clearly pre-functional tokens as investment contracts and conduct their sale under an exemption from registration.

On August 1, 2017, Delaware became the first state to allow corporations to record issuances, transfers and ownership of stock using blockchain technology.  Amendments to the Delaware General Corporation Law authorizing blockchain stock ledgers were passed by the Delaware State Senate and House of Representatives in June, signed by Governor John C. Carney Jr. in July and became law August 1. The amendments have enormous potential advantages for emerging companies, including cost savings, error avoidance, accuracy of ownership records and automation of administrative functions.

Blockchain is essentially an automated, decentralized, distributed database or ledger that allows participants on a given network to create an indelible, secure record of asset ownership and transfers directly and without the additional cost and delay associated with intermediaries. Each transaction is cryptographically signed and time stamped. While conventional transfers of assets typically require verification by third party intermediaries, blockchain based transfers rely on algorithms to confirm transaction authenticity.

Delaware law has required corporations to record stock transfers on a stock ledger and to maintain ownership records on the ledger. Stock ledgers are typically maintained by the corporate secretary or the company’s transfer agent who makes entries on paper or on an excel spreadsheet to reflect all transactions in the company’s stock. Under the current system, the corporate secretary or transfer agent must be notified of a stock issuance or transfer in order for the transfer to be recorded on the ledger and for the transferee to be treated as the record owner of the shares. The requirement for intermediaries to record stock transfers creates friction in the form of delay, expense and potential for error.

Prior to the blockchain amendments, Section 224 of the Delaware General Corporation Law provided that corporate records including stock ledgers could be maintained on any “information storage device”, but didn’t specifically allow for storage or recordation on electronic networks or databases, let alone any distributed electronic network or database. Section 224 has now been amended to provide that the information storage devices on which corporate records including stock ledgers could be stored may include “electronic networks or databases (including one or more distributed electronic networks or databases.”

The State of Delaware published an information sheet outlining the benefits to companies from registering issuances and transfers of shares in blockchain form, identifying three categories of benefits: cost savings, accurate ownership records and automation of administrative tasks. For privately held companies, maintaining a stock ledger on blockchain would:

  • enhance accuracy and ease management of the cap table
  • facilitate direct communications with investors
  • enable option grants to remain in sync with authorized shares
  • increase transparency of the shareholder voting process
  • prevent certain “foot faults” common to administering private companies
  • reduce likelihood of disputes

So if a corporation organizing in Delaware elects to use blockchain technology for its stock ledger, the Division of Corporations would cryptographically transfer to the company on the distributed ledger just those shares identified in the corporation’s certificate of incorporation as authorized. By doing so, the Division of Corporations establishes a perfect record of authorized shares, and the distributed ledger then reliably tracks subsequent issuances by the company and transfers by stockholders to produce a reliable record of issued and outstanding shares.

Under existing methods of share transfer and ownership recordation, an issuance or transfer could easily slip through the cracks. It’s not uncommon to discover gaps in a company’s cap table, often at the most inopportune time such as on the eve of closing a transaction, where the company inadvertently issued a number of shares in excess of the amount authorized, thus triggering the necessity for a filing under Section 204 of the DGCL to cure the defective corporate act. Blockchain based stock ledgers would eliminate this possibility.

Finally, the amendments impose certain requirements on blockchain based stock ledgers. First, electronic corporate records must be capable of being converted into legible paper form within a reasonable period of time. Second, as required of other stock ledger formats, blockchain based ledgers must be able to (i) be used to prepare a list of stockholders entitled to vote, (ii) record information required by the DGCL to be maintained in the ledger and (iii) record transfers of stock pursuant to Article 8 of the Delaware Uniform Commercial Code.