Shin v. ICON Foundation

District Court, N.D. California·Decided May 11, 2021·No. 3:20-cv-07363·Unknown

Opinion

1 2 3 4 UNITED STATES DISTRICT COURT 5 NORTHERN DISTRICT OF CALIFORNIA 6 7 MARK SHIN, Case No. 20-cv-07363-WHO

8 Plaintiff, ORDER GRANTING MOTION TO 9 v. DISMISS WITH LEAVE TO AMEND AND DENYING MOTION TO STRIKE 10 ICON FOUNDATION, WITHOUT PREJUDICE 11 Defendant. Re: Dkt. Nos. 36, 37

12 13 Plaintiff Mark Shin alleges that defendant ICON Foundation (“ICON”) improperly 14 interfered with his ownership and possession of ICX tokens, a crypto-asset native to the ICON 15 blockchain network (“ICON Network”). ICON moves to dismiss all claims in the Amended 16 Complaint as insufficiently pleaded and moves to strike the defamation claim under Colorado’s 17 anti-SLAPP statute, which is nearly identical to California’s anti-SLAPP statute, Cal. Code Civ. 18 Proc. § 425.16. For the reasons set forth below, ICON’s motion to dismiss is GRANTED with 19 leave to amend for except Shin’s fifth cause of action for prima facie tort, which is not a 20 cognizable claim under either California or Colorado law and is dismissed with prejudice. 21 Because I give Shin leave to fix the deficiencies addressed in this order, ICON’s motion to strike 22 is DENIED without prejudice. 23 BACKGROUND 24 I. FACTUAL BACKGROUND 25 I start with a background on cryptocurrency and the ICON Network to inform the 26 allegations made in this case. I then turn to the underlying incident that occurred in August 2020. 27 A. Crypto-assets and Blockchains 1 transactions, control the creation of additional units, and verify their transfer.” Amended 2 Complaint (“Am. Compl.”) [Dkt. No. 28] ¶ 19. The first major crypto-asset was bitcoin. Id. ¶ 20. 3 The core feature of bitcoin, and nearly every other crypto-asset, is a ledger, called the blockchain, 4 “that tracks the ownership and transfer of bitcoin in existence.” Id. ¶ 21. “Each bitcoin user has a 5 digital ‘address’ used to receive bitcoin. The bitcoin blockchain lists, publicly, every address and 6 the number of bitcoin associated with that address. The blockchain shows every bitcoin 7 transaction in which that address has engaged.” Id. ¶ 22. 8 There are now more than 8,000 crytocurrencies, including ICX tokens on the ICON 9 blockchain. Id. ¶¶ 4, 24. “These cryptocurrencies generally distinguish themselves through 10 different iterations of similar features: a degree of decentralized governance (i.e., no central 11 authority dictates which transactions are authorized); a degree of supply management (i.e., the 12 community understands in what circumstances additional tokens will be generated and to whom 13 they will be given); and a blockchain.” Id. ¶ 26. 14 Blockchains generate new cryptocurrencies in different ways. Bitcoin, for example, 15 “maintains its blockchain and provides for new bitcoin to enter the economy through a consensus 16 mechanism known as ‘mining,’ or ‘proof of work.’” Id. ¶ 29. In this type of blockchain, 17 cryptocurrencies are “mined” by “having sophisticated computer programs perform complex, 18 resource-intensive automated verifications of past transactions, which are then added to the 19 blockchain.” Id. Miners are “rewarded with new bitcoin” for their efforts. Id. 20 Other blockchains, including the ICON Network, generate new cryptocurrencies through a 21 “consensus mechanism called ‘proof of stake,’ which provides new currency to those who own the 22 most of that currency instead of those who expend significant electrical resources mining.” Id. ¶¶ 23 30, 32, 52. “Under the proof-of-stake consensus mechanism, individuals must ‘stake’ their crypto- 24 assets to be eligible to receive newly minted tokens. Issuers of some crypto-assets impose rules on 25 staking, such as (1) requiring minimum amounts; (2) imposing a minimum staking period; and (3) 26 imposing requirements on when an individual can ‘unstake’ their tokens.” Id. ¶ 31. 27 B. Transfer and Exchange of Crypto-Assets 1 composing of two components: a public key and a private key. Id. ¶ 33. The cryptographic 2 system of transfer and exchange is generally the same across most crypto-assets, including bitcoin 3 and ICX. Id. 4 For example, a public key is used to produce the bitcoin address, i.e., “a destination for 5 transfers of bitcoin, like the account number of a conventional bank account.” Id. ¶ 34. Bitcoin 6 addresses are “long strings of alphanumeric text, often abbreviated by a small group of numbers 7 and letters appearing in a string, such as 1s5F or R3w9.” Id. ¶ 34. “A private key allows owners 8 of a bitcoin address to access it, like a long PIN or password for a conventional bank account.” Id. 9 ¶ 35. “A transfer of bitcoin is public to the extent that anyone can see the transferor’s bitcoin 10 address, the recipient’s bitcoin address, and the quantity of assets transferred.” Id. ¶ 37. For 11 instance, “anyone could see that bitcoin address 1s5F transferred 10.3 bitcoin to bitcoin address 12 R3w9,” but the “names of the individuals or entities that control these addresses . . . are private.” 13 Id. 14 Crypto-exchanges enable smoother and faster trading between individuals. Id. ¶ 38. To 15 trade crypto-assets on a crypto-exchange, such as Kraken, Binance, or Velic, a user must first 16 create an account on that exchange. Id. ¶¶ 39, 59. “The exchange will then provide that customer 17 with a deposit address that the exchange controls” and “[w]hen the customer deposits crypto- 18 assets into that deposit address, the exchange will credit her trading account with the 19 corresponding crypto-asset,” and “then transfer the crypto-assets into one of its other addresses for 20 storage.” Id. ¶ 39. One “cannot easily trace transactions belonging to a particular individual,” 21 because the deposit addresses are “often different each time the customer makes a transfer.” Id. ¶ 22 40. “When a customer wants to withdraw a crypto-asset from an exchange, she tells the exchange 23 the address into which she would like her crypto-assets transferred, typically the address of the 24 user’s wallet, ” and “[t]he exchange then debits the user’s account and transfers a corresponding 25 amount of crypto-asset from the exchange’s reserves to that address.” Id. ¶ 42. 26 C. The ICON Network and ICX Tokens 27 As stated above, the ICON Network is a delegated proof-of-stake blockchain. Id. ¶¶ 32, 1 ledger shared within the community network itself, not controlled by a centralized authority.” Id. 2 ¶ 49. To achieve such decentralization, ICON “incentivized its users to run full nodes that 3 themselves were comprised of community Public Representatives (‘P-Reps’).” Id. ¶ 50. A node 4 “is a computer that connects to a crypto-asset network,” whereas full nodes “enforce all of the 5 rules of the network.” Id. ¶ 45. Full node users “validate, send, and receive transactions and 6 maintain a copy of the blockchain they are operating.” Id. ¶ 46. 7 The ICON Network is controlled by 22 P-Reps. Id. ¶¶ 50, 63. P-Reps are able to “change 8 the policies of the various nodes or communities of which they are part” on the ICON Network, 9 and, through their voting power can “determine when to update the code underlying the ICON 10 Network and help contribute to the overall ICON ecosystem by developing new apps and new 11 features for the code.” Id. ¶ 50. To implement proposed changes or updates to the ICON 12 Network, the proposal must receive approval from at least 15 of the 22 P-Reps and reach 67% of 13 the “stake weighted ICX vote” of the current P-Reps. Id. ¶ 100. 14 The ICON Network requires users to “stake” their ICX to vote for a particular P-Rep. Id. ¶ 15 51. Users can change their votes from one P-Rep to another. Id. ¶¶ 51, 64. While staking ICX 16 comes at the cost of “remov[ing] it from circulation”—because the ICX is locked and not 17 available for trading—users are “rewarded” for staking ICX by receiving newly-generated ICX. 18 Id. ¶¶ 52, 54. Users can “unstake” or unlock previously-staked ICX, a process which typically 19 takes anywhere from five to twenty days. Id. ¶ 53.

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