As discussed in Part I of this series, NFT-based lending is pioneering a new avenue of investment and activity on the blockchain that will enable new and innovative use cases. In this Part II, we will discuss the implications for Lenders.

I. Issues for Lenders:

These on-chain loans secured by digital assets present a question for lenders: how do lenders get comfortable extending secured financing to borrowers where the secured asset is digital, like an NFT? In traditional financing, lenders and borrowers negotiate a security agreement, which governs the rights a lender will have in a transaction. Per the Uniform Commercial Code (the “UCC”), which regulates interests in personal property as collateral for debt, a security interest in tangible collateral can be perfected against third parties by possession of the collateral or by filing a financing statement. At the same time, a security interest in many kinds of intangible collateral can be perfected against third parties only by filing a financing statement. Sometimes, best practice calls for possession and filing (when both types of perfection are permitted under the UCC).

Mechanically, when the lender and borrower agree to terms on a peer-to-peer marketplace like Blur (as discussed in Part I of this series), the NFT is placed into a vault – a smart contract with specific storage and security features – with a lien on it; at this point, the principal is transferred to the borrower. As discussed below, the UCC, as currently adopted in most states, does not account for perfection of a security interest in digital assets by any method other than the filing of a financing statement, so a vault & lien combination is insufficient to perfect a security interest in the NFT collateral against third parties; however, the 2022 UCC Amendments provide certain clarity for perfecting a security interest in digital assets against third parties.

In general, the UCC is periodically updated to incorporate emerging technologies and trends. Among other updates, the 2022 UCC Amendments address digital assets and distributed ledger technologies, affording transactors in goods and services updated default rules under the UCC. As such, lenders should be aware of the varying new measures to ensure their loans are adequately secured and perfected against the borrower and any third party, including customers and other creditors of the borrower. Hence, the lender would be first in line to realize on the collateral in a fight with other creditors of the borrower.

Despite the protracted crypto bear market, innovators in non-fungible tokens (“NFTs”) are hard at work. Gone are the days when NFTs were merely profile pictures (“PFPs”) displayed on a pseudonymous social media account or shown for their prestige online or in real life to confused friends and colleagues. As discussed in our two-part series explaining Ordinals and their implications for NFT owners and creators, this year NFTs have expanded beyond the Ethereum blockchain, where NFTs initially grew to prominence as a result of the blockchain’s ability to execute smart contracts, to the original blockchain, Bitcoin.

Beyond Ordinals, gaming-related innovations, new ERC standards, and other innovations, the industry continues to push forward to new frontiers, such as NFT-based lending.

This is Part I of a two-part article on NFT-based lending (Click here for Part II). In this part, we will discuss recent innovations in NFT-based lending, explaining various mechanics and functions. In Part II, we will dive into the legal issues for lenders involving secured transactions under the UCC, Pre- and Post- Article 9 and 12 Amendments.

Way back (if we’re counting tech years) in 2014, artist Kevin McCoy (“McCoy”) created a digital record of his pulsating, octagon-shaped digital artwork Quantum on the Namecoin blockchain on May 2, 2014, thereby minting “the first NFT.” A lot has happened in the digital asset and NFT space since that

As discussed in Part I of this series, Ordinals are a pioneering new method of utilizing the Bitcoin blockchain that will usher in new and innovative use cases on Bitcoin. As promised, in Part II we will discuss the implications for creators and owners.

Implications of Ordinal NFTs for Creators and Owners

As with most crypto innovation, capable users quickly flocked to the shiny new object. Copies of popular Ethereum NFT projects began appearing on the Bitcoin blockchain after the Ordinals launch. For example, a clone of CryptoPunks, named Ordinal Punks, popped up and is reportedly gaining traction. Further, the owner of Bored Ape Yacht Club (“BAYC”) #1626 permanently removed the NFT from its spot as one of the most valuable in the space by “burning” it, then inscribing the NFT on Bitcoin using Ordinals.  While the owner of BAYC #1626 effectively deleted – or symbolically transferred – the NFT, it appears that some NFT creators are not purists and are willing to experiment on Bitcoin. For example, Yuga Labs, the creator behind the Bored Ape Yacht Club Ethereum-based NFT phenomenon, announced that it would release a NFT project called TwelveFold on the Bitcoin blockchain.

In our December article we asked: what do hard forks mean for my NFTs? In this article we ask a similar question: how does a copy of an NFT on completely different chain (Bitcoin, not Ethereum), affect value and licenses?

A number of questions arise. Does the holder of the copycat Ordinal on Bitcoin require a license corresponding to the Ethereum NFT? What happens to the Ethereum NFT purchaser’s rights granted to it under the license, which may or may not include a commercial right to exploit and sublicense? Does an Ordinal inscription of an Ethereum NFT fall under a purchaser’s general non-commercial use and public display rights that are generally given to purchasers on NFT marketplaces? Does the original Ethereum NFT holder hold one set of rights and the holder of the copycat on Ordinals possess any rights that may be in conflict with the original NFT holder’s? Generally speaking, would the value of the NFT be affected if two identical copies exist on two different blockchains? Does the NFT owner or project have a say in which blockchain to recognize? Has any IP infringement occurred?

The NFT community has been humming in 2023 after the recent rise in Bitcoin NFT mints. Ordinals, a non-fungible token (“NFT”) protocol, sent the community buzzing in January 2023 when it launched on the Bitcoin blockchain (as updated by soft forks in the protocol in 2017 and 2021, which among other things, added new features to the blockchain and increased the block size from 1MB to 4MB and allowed for the inscription of data). Bitcoin evangelists – true believers in Bitcoin as hard money – appreciate that the Bitcoin blockchain’s development is optimized for non-censorable, decentralized money but not file storage and consider Ordinals as immutable JPEG garbage that will only create network congestion, thereby increasing fees, and should be viewed as beneath the original peer-to-peer mission. Conversely, NFT enthusiasts and the blockchain curious are celebrating Bitcoin’s NFT scene as an innovative use of the chain: unlike traditional Ethereum-based NFTs (where the original underlying asset generally resides on a centralized server or the IPFS), Ordinals reside on-chain.  Needless to say, the rise of NFTs on the original blockchain is not without questions.

This article is Part I of a two-part article on Ordinals. In this part, we will break down Ordinals, explaining Ordinal Theory, ins-and-outs and functions. In Part II, we will dive into the implications of having NFTs on two separate blockchains.

At 2:43am EST on September 15, 2022, the first Ethereum block was validated using Proof of Stake, signaling the success of the Ethereum Merge, one of the most anticipated events in blockchain and computer science history. The Merge shifted the Ethereum blockchain (native token ETH, or ether) from a proof-of-work (PoW) consensus mechanism to a proof-of-stake (PoS) consensus mechanism, which has reduced the network’s energy usage by about 99.5%. Ethereum now facilitates a 7-day average of over one-million transactions per day, at a volume of over $600 million per day, making the Merge an engineering feat akin to swapping a car’s engine while it’s driving on the Autobahn.

In late October, a New York district court refused to dismiss the Department of Justice’s (DOJ) indictment against defendant Nathaniel Chastain, who was charged with wire fraud and money laundering relating to his using insider knowledge to purchase non-fungible tokens (NFTs) prior to them being featured on OpenSea, an online NFT marketplace, and later selling them at a profit. (U.S. v. Chastain, No. 22-cr-305 (S.D.N.Y. Oct. 21, 2022)). Despite the headlines and the fact that the DOJ’s press release labeled this enforcement as charges brought in “the first ever digital asset insider trading scheme,” the Chastain indictment was not actually based on the typical insider trading statutes involving securities law violations, but instead the federal wire fraud statute.  Indeed, despite having an insider trading flavor, the word “security” does not appear in the indictment and the court, in refusing to dismiss the DOJ’s wire fraud claim, ruled that the Government’s wire fraud claim does not require the presence of a “security.”

With the enduring popularity of certain NFTs and the promise of their use in the Metaverse and beyond, the hype around the new technology has been accompanied by rising concerns over NFTs being the centerpiece of traditional financial crimes like money laundering and wire fraud.  For example, on June 30th, 2022 the Justice Department indicted six individuals in four separate cryptocurrency fraud cases, which altogether involved over $130 million of investors’ funds. These indictments include allegations of a global Ponzi scheme selling unregistered crypto securities, a fraudulent initial coin offering involving phony associations with top companies, a fraudulent investment fund that purportedly traded on cryptocurrency exchanges, and the largest-known Non-Fungible Token (NFT) money laundering scheme to date.