Coinbase Inc v. SEC

126 F.4th 175
CourtCourt of Appeals for the Third Circuit
DecidedJanuary 13, 2025
Docket23-3202
StatusPublished
Cited by1 cases

This text of 126 F.4th 175 (Coinbase Inc v. SEC) is published on Counsel Stack Legal Research, covering Court of Appeals for the Third Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Coinbase Inc v. SEC, 126 F.4th 175 (3d Cir. 2025).

Opinion

PRECEDENTIAL

UNITED STATES COURT OF APPEALS FOR THE THIRD CIRCUIT

No. 23-3202

COINBASE, INC.,

Petitioner

v.

SECURITIES AND EXCHANGE COMMISSION

On Petition for Review of Securities and Exchange Commission Order (No. 4-789)

_____________________________

Argued on September 23, 2024

Before: BIBAS, FREEMAN, and AMBRO, Circuit Judges

(Filed January 13, 2025)

Eugene Scalia [ARGUED] Jonathan C. Bond D. Nicholas Harper GIBSON, DUNN & CRUTCHER LLP 1050 Connecticut Avenue, NW Washington, DC 20036 Counsel for Petitioner

Tracey A. Hardin David D. Lisitza Ezekiel L. Hill [ARGUED] SECURITIES AND EXCHANGE COMMISSION 100 F Street, NE Washington, DC 20549 Counsel for Respondent

Kyle D. Hawkins LEHOTSKY KELLER COHN LLP 408 West 11th Street 5th Floor Austin, TX 78701 Counsel for Amicus-Petitioner Paradigm Oper- ations LP

Jeremy M. Creelan Kayvan B. Sadeghi JENNER & BLOCK LLP 1155 Avenue of the Americas New York, NY 10036

Michelle Kallen STEPTOE LLP 1330 Connecticut Avenue NW Washington, DC 20036 Counsel for Amicus-Petitioner Crypto Council for Innovation

2 Eric Tung JONES DAY 555 South Flower Street 50th Floor Los Angeles, CA 90071 Counsel for Amicus-Petitioner Chamber of Com- merce of the United States of America

Frank Scaduto WILEY REIN LLP 2050 M Street NW Washington, DC 20036 Counsel for Amicus-Petitioner Satoshi Action Fund and Texas Blockchain Council

3 OPINION OF THE COURT

AMBRO, Circuit Judge

Coinbase Global, Inc., a trading platform that facilitates the exchange of digital assets, petitioned the Securities and Ex- change Commission (SEC) to promulgate rules clarifying how and when the federal securities laws apply to digital assets like cryptocurrencies and tokens. Coinbase argued in its petition that the existing securities-law framework does not account for certain unique attributes of digital assets, which make compli- ance economically and even technically infeasible. It also as- serted that the SEC has exacerbated these difficulties by failing to articulate a clear and consistent position about when a digital asset is a security, and thus subject to the federal securities laws at all. The SEC denied Coinbase’s rulemaking petition. In a single paragraph, it explained that it disagreed with the peti- tion’s concerns; that it had higher-priority agenda items— namely, everything else it was doing; and that it may prefer to gather additional information through incremental action be- fore engaging in more far-reaching rulemaking. Coinbase’s U.S. subsidiary, Coinbase, Inc., petitions us to review the SEC’s denial. Before us is whether the Administrative Procedure Act (APA), 5 U.S.C. § 500 et seq., or other principles of adminis- trative law require the SEC to engage in notice-and-comment rulemaking and, if not, whether the SEC’s explanation for its decision was sufficiently reasoned. Because we believe the

4 SEC’s order was conclusory and insufficiently reasoned, and thus arbitrary and capricious, we grant Coinbase’s petition in part and remand to the SEC for a more complete explanation. But we decline at this stage to order the agency to institute rule- making proceedings. I. BACKGROUND A. What Are Digital Assets? Coinbase is a trading platform for digital assets. They come in many forms—coins and tokens are the most popular— but their common attribute is that they are issued and trans- ferred using a “blockchain,” which is essentially a decentral- ized public ledger spread across a network of many computers. See What Is Blockchain?, IBM, https://perma.cc/5C8Y-ET76. Unlike banks, which hold a single authoritative version of a ledger, every participant on a blockchain network holds a copy of the full chain of transactions. All computers in the network digitally record each transaction in data packages called “blocks.” Each block contains a set of transaction records, in- cluding a timestamp and a reference to the previous block in the sequence. To verify a transaction, another block irreversi- bly joins the chain of all previous transactions—hence, block- chain. Every new transaction increases the reliability of the ledger because “[e]ach additional block strengthens the verifi- cation of the previous block and hence the entire blockchain.” Id. To achieve agreement among all users about the state of the ledger and to prevent tampering, blockchains use protocols called “consensus mechanisms.” Parma Bains, Int’l Monetary Fund, Blockchain Consensus Mechanisms: A Primer for Su- pervisors 3 (2022), https://perma.cc/PEK9-D5RL. Consensus mechanisms also come in many forms, but they all work by

5 using written decision rules requiring some amount of compu- ting power to verify that certain conditions have been met with- out the need for human middlemen. Id. at 4 (“Consensus in dis- tributed systems is ensuring that a state, value, or piece of in- formation is correct and agreed on by most nodes. A consensus mechanism guarantees this effort is carried out fairly and inde- pendently of any interested party ….”). To incentivize partici- pants to lend their computing power to verify each transaction, blockchain networks often reward participants with “coins.” See id. at 9 (“[T]he concept of rewarding active nodes with crypto assets is replicated in many other consensus mecha- nisms.”). Take Bitcoin—the most popular blockchain network— as an example. It uses a consensus mechanism called “proof of work.” Id. at 8–10. After each transaction, participants in the network use enormous amounts of computing power to solve a difficult computational problem. The first to solve the problem earns a set number of “bitcoins”—the coin generated by the Bitcoin network. See Satoshi Nakamoto, Bitcoin: A Peer-to- Peer Electronic Cash System 2, 4 (2008), https://perma.cc/59ZY-QPG5. Blockchains can also support “tokens.” Unlike coins, tokens are issued not by the blockchain itself but by programs supported by the blockchain called “decentralized applica- tions.” Andrew Loo, Corp. Fin. Inst., Types of Cryptocurrency (2023), https://perma.cc/Q236-KQZ2. Tokens vary widely and serve many purposes. For example, there are utility tokens, which pay for specific services on decentralized applications; governance tokens, which grant governance rights over a

6 project; and security tokens, which represent ownership of some other, usually more traditional, asset. Id. The core innovation of a blockchain network is decen- tralization. In a mature blockchain network, verifying transac- tions, issuing coins, and using tokens do not require oversight by a central authority or participation by human intermediaries. Blockchain & Distributed Ledger Technologies, GAO (Sept. 2019), https://perma.cc/KUT3-LVGX. But this feature, which proponents of blockchain technology hail as its primary virtue, has run up against a major obstacle—the federal securi- ties laws. B. The Federal Securities Laws and Digital As- sets The SEC brought its first enforcement actions involving digital assets in the early 2010s. 1 These were typically fraud actions that incidentally involved bitcoin. See, e.g., SEC v. Shavers, No. 4:13-cv-416, 2014 WL 12622292 (E.D. Tex. Aug. 26, 2014). Not until 2017 did the SEC start to train its attention on whether digital assets themselves are securities. In July of that year, the SEC issued its Report of Investigation Pursuant to Section 21(a) of the Securities Exchange Act of 1934: The DAO, Release No. 81207, 2017 WL 7184670 (July 25, 2017) (DAO Report). The DAO was a specific ver- sion of a more general concept called a “Decentralized Auton- omous Organization.” DAO Report at *1. It worked by accept- ing payments in ether—the coin for the blockchain network

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