# Digital Assets Glossary Organized by Subject ## Stablecoins & Currency **Algorithmic Stablecoin** — A stablecoin that attempts to maintain its dollar peg through computer code and economic incentives rather than holding actual cash reserves. The algorithm typically works by automatically expanding or contracting the token supply based on market demand. When the price rises above $1, new tokens are minted to increase supply and push the price down; when the price falls below $1, tokens are removed from circulation. These are considered high-risk because they lack tangible backing and depend entirely on market confidence and the algorithm functioning as designed. The 2022 Terra Luna collapse, which wiped out approximately $40 billion in value, demonstrated the catastrophic risks when algorithmic mechanisms fail. Global regulators increasingly view algorithmic stablecoins with skepticism, and they are largely excluded from emerging regulatory frameworks like the Genius Act, which requires one-to-one reserve backing. **Central Bank Digital Currency (CBDC)** — A digital version of a country's official currency issued directly by the central bank (such as the Federal Reserve in the United States). Unlike privately-issued stablecoins, a CBDC would be legal tender backed by the full faith and credit of the issuing government. CBDCs are being explored or piloted by numerous countries, with China's digital yuan being the most advanced major economy implementation. Key policy debates around CBDCs include privacy concerns, potential disintermediation of commercial banks, and monetary policy implications. Wyoming has explicitly prohibited CBDC implementation within the state (passed 2025), reflecting concerns about government surveillance and financial control. It is important to distinguish that state-issued stablecoins like Wyoming's Frontier Token are not CBDCs because they are not issued by a central bank and do not create new money supply. **Canton Coin** — The native utility token of the Canton Network, used to pay transaction fees on the network. Canton Coin launched via a "fair launch" with no pre-mining and no venture capital allocation. Coins are earned through work and distributed among applications, infrastructure providers (validators and super-validators), and users, creating incentives for real activity on the network rather than speculation. **Crypto-backed Stablecoin** — A stablecoin backed by other cryptocurrencies (such as Ethereum or Bitcoin) locked in smart contracts as collateral. Because cryptocurrencies are volatile, these stablecoins are typically overcollateralized, meaning more than $1 worth of crypto must be deposited to mint $1 of stablecoins. For example, a user might need to deposit $150 worth of Ethereum to mint $100 worth of stablecoins. If the collateral value drops too low, the position is automatically liquidated to protect the system. MakerDAO's DAI is a prominent example. While more decentralized than fiat-backed alternatives, crypto-backed stablecoins carry additional risks from the underlying collateral volatility and smart contract vulnerabilities. **E-Money Token (EMT)** — A digital token representing a claim on fiat currency issued by licensed financial institutions under the European Union's regulatory framework. Under MiCA (Markets in Crypto-Assets Regulation), EMT issuers must obtain Electronic Money Institution (EMI) authorization, maintain adequate reserves, and comply with consumer protection requirements. EMTs are designed to function as digital cash equivalents within the EU's regulatory perimeter, providing holders with a direct claim against the issuer for redemption at par value. **Fiat-backed Stablecoin** — A stablecoin backed by actual cash or cash-equivalent assets held in reserve, typically including bank deposits, U.S. Treasury bills, repurchase agreements, and other high-quality liquid assets. For every token in circulation, the issuer holds corresponding reserves that can be used to redeem tokens at face value. This is the dominant stablecoin model, with USDC (Circle) and USDT (Tether) representing approximately 87% of the total stablecoin market. The Genius Act establishes federal standards for fiat-backed stablecoins, including reserve composition requirements, regular attestations, and consumer protections. Fiat-backed stablecoins now represent the 17th largest holder of U.S. Treasuries globally, holding approximately $150 billion and representing about 1% of all U.S. dollars in circulation. **Frontier Token (FRNT)** — Wyoming's state-issued stablecoin, representing the first fiat-backed, fully reserved stable token issued by a public entity in the United States. Announced in August 2025 and deployed on seven interoperable blockchains including Avalanche and Hedera, FRNT operates with a 102% reserve requirement, meaning Wyoming must hold $1.02 in reserves for every $1 of tokens issued. Reserves consist of cash, short-duration U.S. Treasuries, and repurchase agreements. Interest income generated by reserves flows to Wyoming's school foundation fund after the overcollateralization threshold is met. Unlike private stablecoins, FRNT permits any lawful use (including firearms purchases, medicine, and tax payments) and requires valid court orders for any freeze or seizure actions, reflecting constitutional protections. Distribution occurs through Licensed Service Providers (exchanges, payment platforms, community banks) rather than direct sales by the state. **JPM Coin** — JPMorgan Chase's proprietary digital token representing tokenized deposits, used for instant settlement between institutional clients. JPMorgan announced plans to bring JPM Coin onto the Canton Network, enabling interoperability with other financial institutions on the network. JPM Coin represents a major traditional bank's approach to blockchain-based settlement, where the token represents actual bank deposits rather than a separate stablecoin structure. **Payment Stablecoin** — A category of stablecoin designed primarily for transactions and value transfer, where yield generated from underlying reserves accrues to the issuer rather than being passed through to token holders. This structure distinguishes payment stablecoins from yield-bearing stablecoins (which are securities). Under the Genius Act, payment stablecoins are explicitly excluded from securities regulation and instead fall under a dedicated stablecoin framework with requirements for reserves, transparency, and consumer protection. USDC and USDT are examples of payment stablecoins. **Peg/De-pegging** — A stablecoin is "pegged" to the dollar when it maintains a value of approximately $1.00, typically within a narrow band (such as $0.99 to $1.01). "De-pegging" occurs when market confidence erodes and the stablecoin trades significantly below $1, indicating that market participants doubt the issuer's ability to honor redemptions at face value. De-pegging events can trigger bank run dynamics where holders rush to redeem, potentially depleting reserves and causing further price declines. Factors that can cause de-pegging include concerns about reserve quality or transparency, regulatory actions against issuers, broader market panic, or in the case of algorithmic stablecoins, failure of the stabilization mechanism. The severity of de-pegging events ranges from temporary minor deviations to complete collapse (as with Terra Luna's UST). **Redemption** — The process of converting a stablecoin or tokenized asset back into its underlying asset, typically receiving $1.00 in fiat currency for each stablecoin token. The redemption process is fundamental to maintaining price stability, as the ability to redeem creates arbitrage opportunities that keep the market price near $1. When a stablecoin trades below $1, arbitrageurs can buy tokens cheaply and redeem them for $1, profiting from the difference while pushing the price back up. Redemption mechanisms vary by issuer: some allow direct redemption by any holder, while others restrict redemption to institutional participants or Licensed Service Providers who then serve retail customers. Wyoming's FRNT operates on a "dollar in, dollar out" principle with redemption available through authorized LSPs. **Reserve Requirement** — The percentage or ratio of assets a stablecoin issuer or financial institution must hold to back outstanding tokens or deposits. For traditional stablecoins, a 100% reserve requirement means holding $1 in reserves for every $1 of tokens issued. Wyoming's Frontier Token requires 102% overcollateralization, meaning $1.02 must be held for every $1 of tokens, providing an additional buffer against market volatility or operational issues. The Genius Act establishes federal reserve requirements for payment stablecoins, mandating one-to-one backing with high-quality liquid assets. Reserve composition typically includes cash held at banks, short-duration U.S. Treasury securities, and overnight repurchase agreements. Regular attestations or audits verify that reserves match outstanding token supply. **Stablecoin** — A digital currency designed to maintain a stable value, typically pegged one-to-one with the U.S. dollar, though stablecoins pegged to other currencies (Euro, Yen) or assets (gold) also exist. Stablecoins combine the benefits of cryptocurrency (fast settlement, programmability, 24/7 availability, global reach) with price stability, making them practical for payments, remittances, and as a store of value. The total stablecoin market capitalization has grown to approximately $200-300 billion, with transaction volumes second only to credit cards globally. Stablecoins have become significant holders of U.S. Treasury securities and represent approximately 1% of all U.S. dollars in circulation. Primary use cases include cross-border payments and remittances, trading and DeFi applications, emerging market inflation hedging, institutional treasury operations, and increasingly, government applications. **Tokenized Deposits** — Traditional bank deposits represented as tokens on a blockchain, allowing them to be transferred and settled using blockchain infrastructure while remaining actual deposits at a regulated bank. Unlike stablecoins (which are liabilities of the stablecoin issuer), tokenized deposits remain liabilities of the issuing bank and may be covered by deposit insurance. Tokenized deposits can provide the "cash leg" of blockchain-based securities transactions, enabling atomic settlement where both the security and payment transfer simultaneously. JPM Coin is an example of tokenized deposits. Financial institutions are exploring tokenized deposits as a complement to or alternative to stablecoins for institutional settlement. **USDC (USD Coin)** — A fiat-backed stablecoin issued by Circle, currently the second largest stablecoin by market capitalization and the largest US-domiciled stablecoin. USDC is backed by cash and short-duration U.S. Treasury securities held in segregated accounts, with regular third-party attestations of reserves. Circle is now publicly traded on the NYSE following its IPO. USDC has positioned itself as the "compliant" stablecoin option, working closely with regulators and maintaining strict reserve standards that align with emerging requirements under the Genius Act. The coin is expected to continue growing market share and potentially surpass USDT by 2030 according to industry projections. Circle's former General Counsel, Flavia Navas, now serves as a key advisor to Wyoming's Stable Token Commission. Circle provides 24/7 USDC liquidity on the Canton Network. **USDT (Tether)** — The largest stablecoin by market capitalization, issued by Tether Limited. USDT dominates global stablecoin trading volume and is particularly prevalent in international markets and on cryptocurrency exchanges. Tether has faced ongoing scrutiny regarding its reserve composition and transparency, though it has increased disclosures over time. With approximately 125 employees, Tether generates substantial profits (approximately $1 billion) from interest earned on reserves, demonstrating the business model's profitability. Tether is approaching top-5 status among global holders of U.S. Treasury securities. In response to the Genius Act's requirements, Tether announced a partnership with Anchorage Digital to launch USAT, a US-compliant version designed to meet stricter domestic reserve and transparency requirements. **Yield-bearing Stablecoin** — A stablecoin structured as a security where yield generated from underlying reserve assets (typically U.S. Treasury investments) passes through to the token holder rather than being retained by the issuer. This pass-through yield structure causes these tokens to be classified as securities under U.S. law, regulated by the SEC rather than under the Genius Act's payment stablecoin framework. Ceres Coin is an example, structured as an SEC-registered U.S. government money market fund where each token represents a share of the fund. The Genius Act explicitly excludes "40 Act securities regulated by the SEC" from its definition of payment stablecoins. Yield-bearing stablecoins may be attractive for government applications where states could earn interest on funds while maintaining liquidity and programmability. ## Real-World Assets & Tokenization **Asset Onboarding** — The comprehensive process of preparing real-world assets for tokenization, encompassing legal structuring, regulatory filings, asset valuation, due diligence, and technical implementation. This process includes determining the appropriate legal wrapper (SPV, trust, direct issuance), completing required securities filings (Reg A, Reg D, Reg CF depending on offering type), establishing custody arrangements for off-chain assets, conducting valuation and obtaining any necessary ratings, and finally issuing tokens on the selected blockchain. The quality of asset onboarding directly impacts investor confidence and regulatory compliance. Different asset types (real estate, securities, commodities, intellectual property) require different onboarding approaches based on their legal characteristics and regulatory requirements. **Asset-Referenced Token (ART)** — A digital token representing claims on a pool of diverse assets rather than a single fiat currency, as defined under the European Union's MiCA regulation. ARTs differ from E-Money Tokens (which reference a single fiat currency) in their backing composition and regulatory treatment. Because ARTs may reference baskets of currencies, commodities, or other assets, they face additional regulatory requirements including capital requirements for issuers, governance standards, and restrictions on interest payments to holders. The regulatory distinction between ARTs and EMTs reflects concerns about financial stability and consumer protection when tokens reference complex or volatile asset pools. **Digital Twins** — Digital representations of real-world assets created on a blockchain, enabling fractional ownership, transparent tracking, and programmable trading while the physical asset remains in off-chain custody. The digital twin maintains a verified link to the underlying asset through legal agreements, custody arrangements, and potentially oracle feeds that update on-chain records with real-world information (such as property valuations or commodity prices). This approach allows illiquid assets like real estate, art, or infrastructure to gain liquidity through tokenized trading while preserving the physical asset's integrity. Smart contracts can automate dividend distributions, voting rights, and other ownership functions based on the digital twin's ownership records. **Fractional Ownership** — The division of an asset into many digital shares represented as tokens, allowing multiple investors to own portions of assets that would otherwise be inaccessible due to high minimum investments. A $10 million commercial property, for example, could be divided into 10,000 tokens of $1,000 each, or even 1 million tokens of $10 each. This dramatically expands investor access and can improve market liquidity since smaller positions are easier to trade. Fractional ownership through tokenization also enables more precise portfolio diversification and can reduce administrative complexity compared to traditional fractional ownership structures like tenancy-in-common. Regulatory frameworks are evolving to accommodate fractional ownership while maintaining investor protections. **Permissionless RWA Tokens** — Tokenized real-world assets that can be distributed and traded on public blockchains without requiring pre-approval for each transaction, while still maintaining appropriate segregation of underlying assets, redemption rights for token holders, and compliance with regulatory requirements. This model aims to capture the liquidity and accessibility benefits of permissionless blockchain infrastructure while preserving the legal protections necessary for real-world asset ownership. Achieving this balance requires careful legal structuring, embedded compliance controls (such as transfer restrictions encoded in smart contracts), and clear redemption mechanisms. **Real-World Asset (RWA)** — Physical or traditional financial assets that are being converted to digital token form on blockchains. The RWA category encompasses a broad range of asset types including real estate (commercial and residential properties), securities (stocks, bonds, including government bonds), commodities (gold, silver, oil, agricultural products), infrastructure, intellectual property, art and collectibles, and receivables. The tokenized RWA market surpassed $10-15 billion in on-chain value in 2025, with major institutional players including BlackRock, Franklin Templeton, Ondo Finance, and Maple Finance entering the space. U.S. Treasury tokenization has emerged as the leading use case, with DTCC announcing plans to tokenize DTC-custody U.S. Treasuries on the Canton Network. Industry projections estimate the RWA market could reach $1-3 trillion by 2030. **Reversible Tokenization** — The capability to convert tokenized assets back to their original off-chain form while maintaining governance structures and ownership records established during the tokenized period. This reversibility is important for assets that may need to return to traditional ownership structures due to regulatory changes, investor preferences, or operational requirements. The process typically involves burning the on-chain tokens while transferring the underlying asset to the beneficial owner through traditional legal mechanisms. Well-designed tokenization frameworks maintain clear procedures for reversibility to ensure investor flexibility. **Tokenization** — The process of converting ownership rights in a real-world asset into a digital token recorded on a blockchain. Digital Asset Holdings frames tokenization as a new model for books and records in capital markets, moving from paper to electronic to blockchain-based record keeping. The primary benefit is dramatically reduced settlement times: domestic payments currently take two to three days, cross-border payments can take weeks, and dividends can take a month to settle, while blockchain settlement can be nearly instantaneous. Benefits include enhanced liquidity through 24/7 trading, fractional ownership enabling broader investor access, reduced intermediation costs, faster settlement (seconds vs. days), transparent and auditable ownership records, and programmable compliance through smart contracts. Studies by the Bank for International Settlements and Hong Kong Monetary Authority have documented lower bid-ask spreads and declining issuance costs for tokenized instruments compared to traditional alternatives. **Tokenized Asset Vehicles (TAVs)** — A proposed legal structure that would create segregated entities specifically designed to hold securities or commodities for compliant token distribution. TAVs would provide clear legal frameworks for tokenized asset ownership, addressing current uncertainties about how existing securities laws apply to tokenized instruments. The structure aims to provide bankruptcy remoteness (protecting investors if the issuer fails), clear redemption rights, and compatibility with both traditional financial infrastructure and blockchain-based trading. Development of TAV frameworks is ongoing as regulators and market participants work to establish best practices. **Tokenized Real Estate** — Real estate ownership interests represented as blockchain tokens, enabling fractional ownership, simplified transfers, and programmable distributions. Importantly, in most implementations the property itself is not tokenized; rather, ownership interests in a holding company (typically an LLC) are represented by tokens, fitting within existing legal frameworks. Token transfers on the blockchain trigger legal transfers of ownership interest in the holding company. All existing tenant-landlord and securities laws still apply. Benefits include democratizing access to real estate investing for smaller investors and potentially keeping rental incomes within local communities. Challenges include regulatory friction such as real estate transfer taxes that may apply to token transfers. **Tokenized Securities** — Securities represented as tokens on a blockchain that provide the same legal rights, economic rights, and ownership as the underlying traditional security. Digital Asset Holdings emphasizes the importance of this distinction: tokenized securities should be fungible with their traditional counterparts because they represent the same underlying rights. This contrasts with tokenized synthetic securities (reference tokens that do not provide the same rights as the underlying asset). SEC guidance and Section 505(d) of the Clarity Act prohibit misrepresenting tokenized securities, making definitional precision important for consumer protection and market integrity. **Tokenized Synthetic Securities** — Digital tokens that reference or track the value of securities but do not provide the same legal and economic rights as owning the underlying security. Unlike tokenized securities (which represent actual ownership), synthetic tokens are derivative instruments that merely track price or provide exposure without conveying ownership rights such as voting, dividends, or redemption claims against the issuer. Regulatory frameworks distinguish between these categories to ensure investors understand what they are holding and to maintain appropriate consumer protections. ## Blockchain Technology & Infrastructure **Asynchronous Byzantine Fault Tolerant (aBFT)** — A consensus mechanism property indicating that a blockchain network can achieve agreement on transaction validity even when some participating nodes are offline, experiencing network delays, or behaving maliciously. The "Byzantine" reference comes from the Byzantine Generals Problem in computer science, which addresses how distributed systems can reach consensus despite unreliable communication and potentially traitorous participants. aBFT systems like Hedera can continue operating and reaching finality even during network partitions or outages, providing higher reliability than systems requiring synchronous communication. This property is particularly important for financial applications requiring high availability and certainty of settlement. **Avalanche** — A public blockchain platform launched in 2020, designed for high throughput (4,500+ transactions per second), low latency (sub-second finality), and low transaction costs. Avalanche uses a novel consensus mechanism based on repeated random sampling of network participants. The platform supports smart contracts compatible with Ethereum (EVM compatibility) and has attracted significant DeFi and institutional activity. Wyoming selected Avalanche as one of the blockchains for deploying its Frontier Token, alongside Hedera and others, due to its performance characteristics and institutional adoption. Avalanche's architecture includes specialized subnets that can be customized for specific use cases, including compliance requirements. **Blinding Keys** — Cryptographic keys used in confidential transaction systems (such as the Liquid Network) that allow selective revelation of transaction details. In confidential transactions, amounts and asset types are encrypted ("blinded") by default. The sender and receiver hold blinding keys that can decrypt the actual values. These keys can be selectively shared with auditors, regulators, or other parties who need to verify transaction details, enabling privacy by default with controlled disclosure when required for compliance or other purposes. **Blockchain** — A distributed digital ledger technology that records transactions across many computers in a way that makes the records difficult to alter retroactively. Each "block" contains a batch of transactions and a cryptographic link to the previous block, creating a chain of blocks with inherent tamper-resistance. Key characteristics include decentralization (no single point of control or failure), transparency (transaction history is publicly visible on public blockchains), immutability (past records cannot be changed without detection), and programmability (through smart contracts). Blockchains can be public (permissionless, anyone can participate) or private (permissioned, restricted to authorized participants). The technology underpins cryptocurrencies, stablecoins, tokenized assets, and an expanding range of applications in finance, supply chain, identity, and government services. **Canton Network** — A privacy-enabled public blockchain built specifically for regulated financial institutions and crypto applications by Digital Asset Holdings. Canton addresses three key barriers to institutional blockchain adoption: privacy (institutions are reluctant to place books and records on fully public blockchains), throughput/scalability (capital markets involve trillions of dollars in activity), and regulatory control (ability to undo fraudulent transactions, freeze assets for sanctions compliance, pause transactions for AML review). The network is public and permissionless at the base layer, but individual applications (such as financial institutions) can define their own access and disclosure policies through sub-compartments with customizable privacy and governance controls. Key partnerships include DTCC (tokenizing U.S. Treasuries), Broadridge (processing approximately $6 trillion in repo transactions), Circle (24/7 USDC liquidity), and JPMorgan Chase (JPM Coin integration). **Centrifuge** — A blockchain protocol specifically designed to connect decentralized finance (DeFi) with real-world assets. Centrifuge enables businesses to tokenize assets such as invoices, real estate, and royalties, then use these tokenized assets as collateral in DeFi lending protocols. This creates new financing options for businesses while giving DeFi investors access to yields from real-world economic activity rather than purely crypto-native sources. The protocol addresses challenges of bringing off-chain legal agreements and asset valuations on-chain through specialized infrastructure for document verification and pricing oracles. **Chainlink** — The dominant decentralized oracle network, providing secure connections between blockchain smart contracts and real-world data sources. Chainlink enables smart contracts to access external information such as asset prices, weather data, sports scores, or any off-chain information needed to trigger contract execution. The network uses economic incentives and reputation systems to ensure data providers (oracle nodes) deliver accurate information. Chainlink has expanded beyond basic data feeds to offer services including verifiable randomness, automation (keeper networks), and cross-chain communication (CCIP). The network's infrastructure is critical for many DeFi protocols, tokenized assets, and enterprise blockchain applications that depend on reliable real-world data. **Chainlink CCIP (Cross-Chain Interoperability Protocol)** — Chainlink's protocol enabling secure communication and asset transfers between different blockchain networks. CCIP provides a standardized way for smart contracts on one blockchain to send messages and transfer tokens to contracts on other blockchains, with built-in security features including rate limiting, risk management networks, and configurable security parameters. This infrastructure is essential for multi-chain token deployments (like Wyoming's Frontier Token appearing on multiple blockchains) and for applications that need to operate across the fragmented blockchain ecosystem. **Composability** — The ability of blockchain applications, protocols, and smart contracts to work together seamlessly, sharing data and functionality like building blocks that can be combined in different configurations. Often described as "money legos," composability allows developers to build new applications by combining existing protocols without needing permission or custom integration work. For example, a lending protocol can automatically interact with a decentralized exchange to liquidate collateral, or a yield optimizer can move funds between multiple protocols seeking the best returns. This interoperability is a key advantage of public blockchain infrastructure, enabling rapid innovation but also creating systemic risks when protocols are deeply interconnected. **Confidential Transactions** — A privacy technology that allows transaction verification without revealing amounts or asset types to third parties. Developed by cryptographers Gregory Maxwell and Adam Back, confidential transactions combine zero-knowledge proofs and homomorphic cryptography to enable mathematical verification (such as confirming inputs equal outputs) using encrypted values that reveal nothing about actual amounts. The Liquid Network uses confidential transactions by default. Blinding keys held by transaction participants can be selectively shared to reveal actual amounts when needed for compliance, auditing, or other purposes. **Cross-chain Bridge** — Infrastructure that enables digital assets and data to move between different blockchain networks while maintaining value and integrity. Bridges typically work by locking assets on the source chain and minting equivalent representations on the destination chain, or through messaging protocols that coordinate state changes across networks. Bridge security has been a significant concern, with several high-profile exploits resulting in hundreds of millions in losses. Circle created a controlled bridge to move USDC onto the Canton Network. The same cross-chain challenges (wrappers, bridges) apply across blockchain ecosystems, though networks like Canton are designed not to be "walled gardens." **Deterministic Finality** — A property of certain blockchain consensus mechanisms where once a transaction is confirmed, it is guaranteed to be final and irreversible with mathematical certainty. This contrasts with probabilistic finality (used by Bitcoin and original Ethereum) where confidence in finality increases over time as more blocks are added, but theoretically a sufficiently powerful attacker could reorganize the chain. Deterministic finality is crucial for financial applications because it provides legal certainty that a transaction has occurred and cannot be reversed, enabling immediate settlement without waiting for multiple confirmations. Networks like Hedera offer deterministic finality in under 3 seconds. **Distributed Ledger** — A record-keeping system where transaction data is stored and synchronized across multiple computers (nodes) at different locations, rather than being maintained in a single centralized database. Each node maintains a copy of the ledger, and consensus mechanisms ensure all copies remain synchronized. Distributed ledgers can be public (open to anyone) or private (restricted to authorized participants). The distribution provides resilience against single points of failure, makes records difficult to tamper with (changes would need to be made across many nodes simultaneously), and enables verification by multiple parties without relying on a single trusted authority. Blockchain is the most common type of distributed ledger, though other architectures exist (such as Hedera's hashgraph). **Distributed Verifier Nodes (DVNs)** — Independent computers operated by different entities that verify transactions across blockchain networks, ensuring no single party can unilaterally control or manipulate validation. In interoperability solutions like Layer Zero, DVNs provide security for cross-chain transactions by requiring multiple independent verifiers to confirm that a transaction on one chain is valid before corresponding actions occur on another chain. Wyoming's Frontier Token implementation uses DVNs with a requirement that Wyoming's own DVN must verify all transactions, while other DVNs (operated by entities like Google, Layer Zero, or blockchain foundations) may also participate. **EVM (Ethereum Virtual Machine)** — The runtime environment for executing smart contracts on Ethereum and compatible blockchains. The EVM processes bytecode and maintains state across the network. "EVM compatibility" means a blockchain can run smart contracts written for Ethereum without modification, enabling developers to deploy existing applications and use familiar tools. Many major blockchains including Avalanche, Polygon, and BNB Chain offer EVM compatibility to attract Ethereum's large developer ecosystem. **Federated Two-Way Peg** — A mechanism used by sidechains (such as the Liquid Network) to connect with a parent blockchain (such as Bitcoin). In a federated two-way peg, a group of trusted entities (the federation) manages the locking and unlocking of assets between chains. When a user wants to move bitcoin to the sidechain, they send it to a federation-controlled address where it is locked; the federation then authorizes the creation of equivalent tokens on the sidechain. To move back, the process reverses. This approach enables faster and cheaper transactions on the sidechain while maintaining a connection to the parent chain's security and value. **Front-running** — The practice of executing trades ahead of known pending transactions to profit from anticipated price movements caused by those transactions. In traditional finance, front-running by brokers is illegal. On many blockchains, the public visibility of pending transactions in the mempool (waiting area before confirmation) creates opportunities for automated bots to detect large trades and execute their own trades first, capturing value at the expense of other users. Some blockchain architectures, including Hedera's, are specifically designed to prevent front-running through fair transaction ordering. **Global Synchronizer** — The component of the Canton Network architecture that validates and coordinates transactions across the network. Approximately 39 super-validators (including Broadridge, DRW, Circle, and TRM Labs) oversee global synchronization. The global synchronizer enables seamless transactions between different sub-compartments of the network while allowing each institution to maintain its own privacy and governance controls. **Hedera** — A public distributed ledger network founded in 2018-2019 by two U.S. Air Force cryptography specialists, using hashgraph consensus technology rather than traditional blockchain structure. Hedera is governed by a council of major corporations including Google, IBM, LG, Hitachi, Dell, Nomura, Standard Bank, and others, providing institutional credibility while the codebase is operated through the Linux Foundation as open source. Key technical characteristics include deterministic finality in under 3 seconds, high scalability for microtransactions, no front-running due to fair ordering, built-in KYC/AML capabilities at the network level, fixed fees denominated in USD (approximately 1/10 of a cent per transaction) with no surge pricing, and asynchronous Byzantine fault tolerance (aBFT). Wyoming's Frontier Token is deployed on Hedera alongside other chains. **Homomorphic Encryption/Cryptography** — A cryptographic technique allowing mathematical operations to be performed on encrypted data without decrypting it first. In the context of confidential transactions (such as on the Liquid Network), homomorphic cryptography enables verification that transaction inputs equal outputs using "scrambled numbers" that reveal no actual values. This allows network validators to confirm transaction validity without seeing the amounts involved, enabling privacy while maintaining integrity. The Liquid Network uses homomorphic cryptography combined with zero-knowledge proofs to achieve confidential transactions. **Hyperledger Fabric** — A permissioned blockchain framework hosted by the Linux Foundation, designed for enterprise use cases requiring privacy, access controls, and confidential transactions. Unlike public blockchains, Hyperledger Fabric networks require authorization to join and can restrict which participants see which transactions. The platform supports modular architecture allowing organizations to customize consensus mechanisms, membership services, and smart contract execution environments. Ceres Coin initially built its platform on Hyperledger Fabric before migrating to public blockchain infrastructure. **Interoperable Blockchains** — Blockchain networks that can communicate, share data, and transfer assets with each other rather than operating as isolated silos. Interoperability is achieved through various mechanisms including bridges, messaging protocols (like Chainlink CCIP), hub-and-spoke architectures, and native cross-chain capabilities. As the blockchain ecosystem has fragmented across many specialized networks, interoperability has become essential for avoiding liquidity fragmentation and enabling users and assets to move freely across platforms. The Canton Network is designed to be interoperable rather than a "walled garden." **IPFS (InterPlanetary File System)** — A decentralized file storage and sharing protocol that uses content-addressing (files are identified by their cryptographic hash rather than location) to create a distributed network for storing and accessing data. IPFS enables blockchain applications to reference large files or documents without storing them directly on-chain, which would be prohibitively expensive. **Issuer-tracked Tokens** — A type of token where the issuer maintains visibility into who holds tokens at any time, eliminating anonymous or pseudonymous ownership. Blockstream's Asset Management Platform (AMP) supports issuer-tracked tokens on the Liquid Network, enabling compliance with securities regulations that require issuers to know their investors. This contrasts with bearer tokens where the blockchain address holder is unknown to the issuer. **Layer 2** — A secondary blockchain or protocol built on top of a primary blockchain (the "Layer 1," such as Ethereum) to improve scalability, reduce costs, and increase transaction speed while inheriting security from the underlying chain. Layer 2 solutions process transactions off the main chain and periodically settle batches of transactions back to Layer 1. Common Layer 2 approaches include rollups (optimistic and zero-knowledge), state channels, and sidechains. Plume Network operates as an EVM Layer 2 focused on real-world asset tokenization. **Layer Zero** — A blockchain interoperability protocol that uses distributed verifier nodes (DVNs) to enable secure cross-chain communication and asset transfers. Unlike bridges that might use a single validator or small set of validators, Layer Zero's architecture allows applications to configure their security parameters, selecting which DVNs must verify transactions. Wyoming's Frontier Token uses Layer Zero for deployment across multiple blockchains, with Wyoming operating its own DVN that must approve all transactions involving the state's stablecoin. **Liquid Network** — A Bitcoin sidechain (layer 2) created by Blockstream, operating as a federated two-way peg where bitcoins on layer 1 can be pegged in to the sidechain for faster and cheaper transactions, then moved back. The network supports native asset issuance and uses confidential transactions by default (developed by Gregory Maxwell and Adam Back). Unlike Ethereum-style smart contracts, Liquid is more similar to Bitcoin with an additional confidential transaction layer. Porcupine Properties uses the Liquid Network for tokenized real estate ownership through Blockstream's Asset Management Platform (AMP). **Mainnet** — The live, production version of a blockchain network where transactions have real economic value and irreversible consequences, as opposed to testnets used for development and testing. Launching on mainnet represents a significant milestone for blockchain projects, indicating the system is ready for real-world use. **Nakamoto Coefficient** — A measure of blockchain decentralization that counts the minimum number of independent entities that would need to collude to successfully attack or control the network (typically by controlling more than one-third or one-half of validation power, depending on the consensus mechanism). Named after Bitcoin's pseudonymous creator, Satoshi Nakamoto, this metric helps assess whether a blockchain is truly decentralized or controlled by a small number of parties. **Permissionless Blockchain** — A blockchain network that anyone can join, use, and participate in without requiring approval from a central authority. Users can create wallets, send transactions, deploy smart contracts, and in many cases participate in consensus (validation) without registration or identity verification. Bitcoin and Ethereum are examples of permissionless blockchains. The permissionless property enables open innovation and censorship resistance but creates challenges for regulatory compliance. **Proof-of-Stake (PoS)** — A consensus mechanism where validators are selected to create new blocks and verify transactions based on the amount of cryptocurrency they have "staked" (locked as collateral) rather than computational power. Validators who behave dishonestly risk losing their staked tokens ("slashing"). Proof-of-stake uses dramatically less energy than proof-of-work, with estimates of 99%+ energy reduction. Most modern blockchains and all major stablecoin networks use proof-of-stake or similar low-energy consensus mechanisms. **Proof-of-Work (PoW)** — A consensus mechanism requiring network participants (miners) to solve complex mathematical puzzles using computational power to validate transactions and create new blocks. The first miner to solve the puzzle earns the right to add the next block and receives a reward. Proof-of-work provides strong security through the economic cost of attacking the network but consumes substantial electricity. Bitcoin uses proof-of-work. **Sequencer** — A specialized node or entity responsible for ordering and organizing transactions on a blockchain, particularly on Layer 2 networks. The sequencer collects pending transactions, determines their order, and prepares them for processing. On some Layer 2 networks, sequencers are centralized (operated by a single entity), creating potential concerns about censorship, front-running, or single points of failure. **Sidechain** — A separate blockchain that runs parallel to a main blockchain (parent chain) and is connected to it through a two-way peg mechanism, allowing assets to move between chains. Sidechains can have different features, consensus mechanisms, or performance characteristics than the parent chain while maintaining a connection to its security and value. The Liquid Network is a Bitcoin sidechain using a federated two-way peg. **Smart Contracts** — Self-executing computer programs deployed on a blockchain that automatically carry out predefined actions when specified conditions are met, without requiring intermediaries or manual intervention. Smart contracts encode business logic, legal agreements, or operational rules in code that executes deterministically. Applications include automated escrow (releasing funds when conditions verify), token standards (defining how tokens can be transferred), DeFi protocols (automated lending, trading, and yield distribution), and compliance controls (restricting transfers to whitelisted addresses). **Solana** — A high-performance public blockchain known for fast transaction speeds (theoretical capacity of 65,000 transactions per second), low costs (fractions of a cent per transaction), and growing ecosystem of applications. Founded in 2020, Solana uses a unique "Proof of History" mechanism combined with proof-of-stake consensus. Western Union announced a partnership with Anchorage Digital to launch USDPT, its stablecoin for modernizing remittance services, on Solana. **Super-validators** — In the Canton Network, the approximately 39 entities that oversee global synchronization of transactions across the network. Super-validators include major financial institutions and technology companies such as Broadridge, DRW, Circle, and TRM Labs. To become a super-validator, an entity must submit a proposal and receive two-thirds approval from existing super-validators, ensuring that validators meet legal and regulatory eligibility requirements including sanctions compliance. States could potentially become validators or super-validators on the Canton Network. **Testnet** — A testing version of a blockchain network where transactions have no real economic value, allowing developers to experiment, test applications, and identify bugs without risking real assets. Testnets typically use "test tokens" that can be obtained freely from "faucets." **Transfer-restricted Tokens** — Tokens that require co-signatures to transfer, enabling preemptive enforcement of compliance policies rather than after-the-fact punishment. In Blockstream's Asset Management Platform (AMP), transfer-restricted tokens work through a mechanism where the token holder has one key and the platform has the other, meaning transfers can be blocked before they reach the blockchain. This enables enforcement of policies such as requiring KYC verification before transfers, restricting sales to in-state residents for unregistered securities, or enforcing regulatory limits on the number of distinct purchasers. **Web3** — A conceptual vision for the next generation of the internet built on decentralized networks, blockchain technology, token-based economics, and user ownership of data and digital assets. Web3 contrasts with Web2 (the current internet dominated by centralized platforms like Google, Facebook, and Amazon) by emphasizing decentralization, permissionless participation, and users controlling their own data and digital identities. **Web3 DPI (Digital Public Infrastructure)** — Blockchain-based digital infrastructure conceived as public goods that provide foundational services for the digital economy, analogous to how roads, utilities, and communication networks serve as physical public infrastructure. Examples include stablecoins as digital payment rails, decentralized identity systems, open tokenization platforms, and public blockchain networks. ## Tokens & Digital Assets **Burning** — The process of permanently removing tokens from circulation by sending them to an address from which they can never be recovered (typically an address with no known private key, or through a smart contract function that destroys tokens). Burning is the opposite of minting and is typically performed when users redeem stablecoins for fiat currency: the user sends stablecoins to the issuer, receives dollars, and the corresponding tokens are burned to maintain the one-to-one relationship between circulating supply and reserves. **Cap Table Management** — The real-time tracking and management of share ownership, ownership changes, and capitalization records using blockchain technology. Traditional cap table management involves spreadsheets and legal documents that can become inconsistent; blockchain-based cap tables provide a single source of truth that updates automatically when tokens transfer. This enables instant verification of ownership, automated dividend distributions, and simplified compliance reporting. **DeFi (Decentralized Finance)** — Financial services built on blockchain networks through smart contracts, allowing users to trade, lend, borrow, and earn yield without traditional intermediaries like banks or brokers. DeFi protocols operate autonomously according to their programmed rules, with transactions visible on public blockchains. Stablecoins are essential DeFi infrastructure, providing a stable unit of account and medium of exchange within the volatile cryptocurrency ecosystem. **Digital Asset** — Any item of value that exists in or is represented in digital form on computer networks or blockchains. The term encompasses cryptocurrencies (Bitcoin, Ethereum), stablecoins, tokenized real-world assets (real estate, securities, commodities), non-fungible tokens (NFTs), and digital files or records with economic value. The regulatory classification of digital assets (as securities, commodities, currencies, or property) varies by jurisdiction and asset characteristics, with the Clarity Act proposed to clarify U.S. regulatory jurisdiction. **ERC-20 Tokens** — The dominant technical standard for creating fungible tokens on Ethereum and EVM-compatible blockchains. ERC-20 defines a common set of rules that all compliant tokens follow, including how tokens can be transferred, how balances are tracked, and how the total supply is managed. This standardization enables any ERC-20 token to work with any wallet, exchange, or application that supports the standard. **ERC-3643** — An Ethereum token standard specifically designed for compliant security tokens, extending ERC-20 with built-in identity verification and transfer restriction capabilities. ERC-3643 embeds verified credentials and permission layers directly into smart contracts, enabling automated compliance with securities regulations. Tokens can be programmed to only transfer between wallets that have completed KYC verification, meet accreditation requirements, or satisfy jurisdictional restrictions. **Fungible Tokens** — Tokens that are interchangeable with other tokens of the same type, where each unit is identical and has the same value. Company shares and stablecoins are examples of fungible tokens. This contrasts with non-fungible tokens (NFTs), which represent unique items. **Geofencing** — Technology controls that restrict access to digital assets or services based on geographic location, typically determined by IP address, device location, or user-declared jurisdiction. Geofencing is used to comply with varying regulatory requirements across jurisdictions. **HBAR** — The native cryptocurrency of the Hedera network, used to pay transaction fees, participate in network governance, and stake for network security. Unlike blockchains with variable gas fees that can spike during congestion, Hedera maintains fixed transaction fees denominated in USD (approximately 1/10 of a cent) paid in HBAR. **Issuer-owned Smart Contracts** — Smart contracts where the original asset issuer retains administrative control, enabling ongoing management of tokenized securities or assets. These contracts allow issuers to manage yield distribution schedules, enforce transfer restrictions, implement compliance requirements, pause trading if necessary, and execute corporate actions. **Ledger-based Securities/Equities** — Securities recognized as legally valid and enforceable when issued and recorded on blockchain distributed ledgers, without requiring physical stock certificates or written assignments. Switzerland's DLT Act (2021) pioneered legal recognition of ledger-based securities. **Liquidity Pool** — A collection of tokens locked in a smart contract that provides liquidity for decentralized trading, lending, or other DeFi applications. In automated market makers (AMMs), liquidity pools enable trading without traditional order books by using mathematical formulas to determine prices based on the ratio of tokens in the pool. **Minting** — The process of creating new tokens, typically triggered when a user deposits fiat currency or other collateral and receives newly created tokens in return. For stablecoins, minting occurs when a user sends dollars to the issuer (or an authorized party) and receives an equivalent amount of stablecoins. Minting is the inverse of burning. **Non-Fungible Token (NFT)** — A unique digital token that represents ownership of a specific item, where each token is distinct and not interchangeable with others. Car titles, property deeds, and digital art are examples of assets that would be represented as non-fungible tokens. This contrasts with fungible tokens like company shares or stablecoins where each unit is identical. **On-chain Capital Markets** — Financial markets operating on blockchain networks where tokenized assets can be issued, traded, and settled 24 hours a day, 7 days a week, 365 days a year, without the limitations of traditional market hours or multi-day settlement cycles. **Pine Tokens** — Tokenized ownership records in Porcupine Properties LLC, a New Hampshire-based real estate holding company. Pine tokens represent ownership interests in the LLC rather than the property directly, fitting within existing legal frameworks. Token transfers on the blockchain trigger legal transfers of ownership interest in the LLC. Token holders can view capital accounts, shares, and dividends through the company website, and can receive dividends in Bitcoin, USDC, or reinvested pine tokens. **Programmatic Yield** — The automated distribution of investment returns to token holders through smart contract execution, eliminating manual payment processing and enabling real-time or frequent distributions. **Total Value Locked (TVL)** — A metric measuring the total amount of cryptocurrency, stablecoins, or digital assets currently deposited in a DeFi protocol, platform, or ecosystem. TVL indicates the scale of capital engaged with a protocol and is commonly used to compare platforms and track growth. **Wallet Address** — A unique alphanumeric identifier (typically 40+ characters) that functions as an account on a blockchain, enabling the holder to receive, store, and send digital assets. Wallet addresses are derived from cryptographic key pairs: the public key generates the address (which can be shared), while the private key (which must be kept secret) authorizes transactions. **Whitelisting** — The process of pre-approving specific wallet addresses or users for participation in a token system, restricting transactions to only those addresses that have been verified and approved. Whitelisting is essential for compliance with securities regulations, which may require that only accredited investors or verified individuals can hold certain tokens. **Yield** — Investment returns or interest earned on deposited assets, expressed as a percentage (annual percentage yield or APY). In the context of stablecoins and tokenized assets, yield typically comes from the interest earned on reserve assets (such as Treasury bills) or from lending and liquidity provision activities. **Yield-generating Strategies** — Investment approaches designed to produce consistent returns through mechanisms such as Treasury investments, lending, liquidity provision, or staking. ## Regulatory & Compliance Frameworks **AML/KYC** — Anti-Money Laundering (AML) and Know Your Customer (KYC) regulations requiring financial institutions to verify customer identity, monitor transactions for suspicious activity, and prevent the use of financial systems for money laundering, terrorist financing, or other illicit purposes. In blockchain contexts, AML/KYC requirements apply to exchanges, custodians, and other regulated entities. The balance between privacy and AML/KYC requirements is an ongoing policy debate, with technologies like verified credentials and zero-knowledge proofs offering potential solutions. From a banking perspective, zero-knowledge proofs present challenges because KYC and sanctions checking requirements need more than a simple yes/no verification. **CFTC (Commodity Futures Trading Commission)** — The U.S. federal regulatory agency responsible for overseeing commodity futures, options, swaps, and derivatives markets. The CFTC has asserted jurisdiction over certain cryptocurrencies as commodities, particularly Bitcoin. The boundary between CFTC jurisdiction (commodities) and SEC jurisdiction (securities) over digital assets has been unclear, with the Clarity Act proposed to establish clearer guidelines. **Chain-wide AML** — Anti-money laundering enforcement and screening applied at the blockchain protocol level, ensuring that all transactions on the network are automatically checked against sanctions lists, known illicit addresses, and other compliance databases. Hedera implements chain-wide AML through integration with services like Elliptic and TRM Labs. **Clarity Act** — Proposed U.S. federal legislation that would clarify regulatory jurisdiction over digital assets by establishing clear definitions and criteria for determining whether a digital asset is a security (SEC jurisdiction), commodity (CFTC jurisdiction), or neither. Section 505(d) of the Act prohibits misrepresenting tokenized securities. As of early 2026, approximately 78 Democrats had joined Republicans in supporting the bill, and passage was expected with timing being the remaining uncertainty. Traditional financial institutions are waiting for statutory clarity before fully engaging with digital assets. **Digital Asset Business Act (DABA)** — Bermuda's 2018 comprehensive regulatory framework for digital asset businesses, establishing licensing requirements, operational standards, and consumer protections under the oversight of the Bermuda Monetary Authority. **Digital Bond Grant Scheme (DBGS)** — Hong Kong's 2024 initiative providing subsidies of up to 50% of eligible expenses for organizations issuing bonds using distributed ledger technology (DLT). **DLT Act and FINMA Oversight** — Switzerland's 2021 Distributed Ledger Technology Act providing legal recognition for ledger-based securities (securities issued and recorded on blockchain without physical certificates) under the supervision of FINMA (Swiss Financial Market Supervisory Authority). **DTCC (Depository Trust & Clearing Corporation)** — The primary post-trade market infrastructure for the U.S. securities industry, providing clearing, settlement, and custody services for virtually all U.S. equities and a large portion of corporate and municipal bonds. DTCC announced it will partner with the Canton Network and Digital Asset to bring DTC-custody U.S. Treasuries onto the blockchain. The SEC issued a no-action letter in December 2025 allowing DTCC to tokenize U.S. Treasuries, ETFs, and certain equities. DTCC chose Canton as the first blockchain for this initiative, representing a major milestone for institutional adoption of tokenized securities. **Emergency Rulemaking** — An expedited regulatory process allowing government agencies to adopt temporary rules quickly, bypassing the normal notice-and-comment periods that typically take months or years. **FCA (Financial Conduct Authority)** — The United Kingdom's primary financial regulatory body responsible for regulating financial services firms, markets, and consumer protection. **Genius Act** — U.S. federal legislation signed into law creating a comprehensive regulatory framework for stablecoins. The Act establishes three categories of compliant stablecoins: federally qualified stable tokens (meeting federal requirements and supervised by federal regulators), state-qualified stable tokens (meeting state requirements under state supervision for issuers below certain thresholds), and state-issued stable tokens (like Wyoming's Frontier Token, issued directly by state governments). The law mandates reserve requirements (one-to-one backing with high-quality liquid assets), transparency and attestation requirements, and consumer protections. The Genius Act completely excludes algorithmic stablecoins as a permitted option, requiring reserve backing. Questions remain about whether states could offer non-GENIUS-compliant products. **Institutional-Grade Compliance** — Compliance frameworks meeting the rigorous standards required by regulated financial institutions including banks, asset managers, broker-dealers, and insurance companies. **MiCA (Markets in Crypto-Assets Regulation)** — The European Union's comprehensive regulatory framework for cryptocurrency and digital asset businesses, adopted in 2023 with phased implementation through 2024-2025. **Modular Permissioning** — A flexible approach to access control in blockchain systems where different layers or modules of permissions can be independently configured, enabled, or disabled based on regulatory requirements. **No-action Letter** — A letter from SEC staff indicating that the staff will not recommend enforcement action if a company proceeds with a proposed course of action. No-action letters provide regulatory guidance without formal rulemaking. The SEC issued a no-action letter to DTCC in December 2025 allowing it to tokenize U.S. Treasuries, ETFs, and certain equities on the Canton Network, with the requirement that customers understand their assets will be tokenized. **OCC (Office of the Comptroller of the Currency)** — The U.S. federal agency that charters, regulates, and supervises national banks and federal savings associations. The OCC issued Interpretive Letter 1183 clarifying that national banks may provide cryptocurrency custody services. **OFAC (Office of Foreign Assets Control)** — The U.S. Treasury Department office that administers and enforces economic and trade sanctions. Blockchain compliance requires screening transactions and wallet addresses against OFAC sanctions lists. **Project Guardian** — Singapore's regulatory sandbox initiative launched in 2022 for testing tokenization frameworks and innovative financial applications, now expanded to include dozens of financial institutions. **Public Comment Period** — A mandatory phase in administrative rulemaking where proposed regulations are published and members of the public, affected industries, and other stakeholders can submit written feedback before rules are finalized. **Reg A, Reg D, Reg CF** — Securities and Exchange Commission regulations providing exemptions from full securities registration, enabling different types of offerings. Regulation A allows public offerings up to $75 million annually. Regulation D provides exemptions for private placements to accredited investors (the most common exemption for crypto token offerings). Regulation CF (Crowdfunding) allows offerings up to $5 million through registered funding portals. **Repurchase Agreement (Repo)** — A short-term secured lending arrangement where one party sells securities to another with an agreement to repurchase them at a specified price on a future date, typically overnight or within a few days. Repos are commonly used by financial institutions for short-term funding and are considered high-quality liquid assets for stablecoin reserves. Broadridge processes approximately $6 trillion worth of repo transactions on the Canton Network. **Reserve Requirement** — For stablecoins, the mandate that issuers maintain sufficient assets (reserves) to back outstanding tokens, typically at a one-to-one ratio. Wyoming's Frontier Token requires 102% overcollateralization. The Genius Act establishes federal reserve requirements for payment stablecoins, with discussion ongoing about different types of reserve backing (Treasury-backed vs. deposit-backed vs. algorithmic). **RSA 421-B** — New Hampshire's securities statute, which includes provisions limiting unregistered securities offerings to no more than 5 distinct purchasers per year within the state. Transfer-restricted tokens can enforce this limit through blockchain-based compliance controls. **Rule 2A7** — SEC regulation governing U.S. money market mutual funds, establishing requirements for portfolio composition, liquidity, credit quality, and maturity designed to maintain a stable $1.00 net asset value (NAV). **Transfer Restrictions** — Limitations encoded in smart contracts or enforced through compliance systems that control who can buy, sell, or hold specific digital assets. ## Legal Structures & Entity Types **Body Politic and Corporate** — A legal term designating an entity as an instrumentality of government with corporate powers, establishing it as part of the state apparatus while giving it the ability to enter contracts, hold property, sue and be sued, and conduct business. **DAO LLC, DUNA** — Wyoming-specific legal entity types designed for decentralized autonomous organizations. A DAO LLC (Decentralized Autonomous Organization Limited Liability Company) provides the liability protection of an LLC while recognizing governance through smart contracts and token voting. A DUNA (Decentralized Unincorporated Nonprofit Association) provides a legal wrapper for DAOs operating as nonprofit entities. New Hampshire's Secretary of State is establishing a DAO registry. Discussion at the commission explored whether New Hampshire's DAO LLC statute could be useful for tokenized real estate ventures, and whether optimizing the statute could attract incorporations similar to Delaware's approach with corporate law. **Incorporated Segregated Accounts Companies (ISACs)** — A Bermuda legal structure allowing creation of segregated accounts within a single corporate entity, where each segregated account has separate legal personality and holds assets independently from the parent company and other accounts. **Instrumentality of the State** — A legal entity created by state government to carry out specific public functions on behalf of the state, possessing state authority and potentially state immunities while operating with some degree of independence. **Interstate Compact** — A formal agreement between two or more U.S. states to cooperate on specific issues, authorized by the Constitution and potentially requiring Congressional consent. **Licensed Service Provider (LSP)** — Entities authorized by a stablecoin issuer to distribute tokens to end users, performing customer-facing functions including KYC/AML verification and handling the conversion between fiat currency and stablecoins. **National Trust Bank** — A federal banking charter issued by the Office of the Comptroller of the Currency (OCC) authorizing an institution to provide trust and fiduciary services under federal supervision. Anchorage Digital received the first federal banking charter (national trust bank) for a crypto-native institution in 2021. **Special Purpose Depository Institution (SPDI)** — A Wyoming-created state banking charter designed specifically for digital asset custody and payment services. **Special Purpose Vehicle (SPV)** — A legal entity (typically a limited liability company or similar structure) created to hold specific assets separately from a parent company, providing bankruptcy remoteness and liability isolation. ## Asset Management & Custody **Asset Diligence / Ratings** — The rigorous vetting process for assets being tokenized, including analysis of asset quality, legal structure, valuation methodology, and creditworthiness. **Bankruptcy Remoteness** — A legal protection mechanism ensuring that assets held in segregated structures (such as SPVs, ISACs, or segregated accounts) are isolated from the insolvency proceedings of a parent company or issuer. **Collateral Management** — The process of managing assets pledged as security for loans, derivatives, or other financial transactions. Blockchain-based collateral management enables faster movement of collateral globally. **Collateralized Lending** — Using digital assets (such as Bitcoin, Ethereum, or tokenized securities) as collateral to secure loans, enabling asset holders to access liquidity without selling their holdings and triggering taxable events. **Custodian** — A specialized financial institution that securely holds and safeguards assets on behalf of clients, providing professional storage, protection, and often additional services like reporting and corporate action processing. **High-Quality Liquid Assets (HQLA)** — Assets that can be quickly and easily converted to cash without significant loss of value, as defined by banking regulations (Basel III) and adopted for stablecoin reserve requirements. HQLA typically includes cash, central bank reserves, and high-quality government securities (U.S. Treasury bills and notes). **Interest Income** — Revenue generated from reserve assets backing stablecoins or tokenized products, primarily from interest earned on U.S. Treasury bills, bank deposits, and repurchase agreements. **Managed Custody** — A hybrid custody approach where an organization maintains control over its digital assets and signing authority while utilizing external custody infrastructure, technology, and security systems. **Multi-signature (Multi-sig)** — A security mechanism requiring multiple private keys (held by different individuals or systems) to authorize a transaction, rather than a single key. **NAV (Net Asset Value)** — The per-share or per-token value of a fund or tokenized asset, calculated by dividing total assets minus liabilities by the number of outstanding shares or tokens. **Overcollateralization** — Holding reserve assets valued higher than the outstanding tokens or obligations they back, providing a safety buffer against market volatility, operational issues, or redemption demands. **Qualified Custody** — Digital asset custody provided by regulated custodians that meet specific legal requirements for holding client assets, including requirements under the Investment Advisers Act for advisors with discretionary authority. **Segregated Accounts** — Account structures that legally separate holdings from other accounts within the same institution or entity, maintaining independent liability and providing protection in insolvency. **Self-Custody** — Full organizational or individual control over digital asset private keys and signing authority, without relying on third-party custodians. **Transfer Agent** — A financial services company that maintains records of security ownership, processes transfers between owners, issues and cancels certificates, handles corporate actions, and ensures accurate shareholder records. ## Market Operations & Trading **Bid-Ask Spread** — The difference between the highest price a buyer is willing to pay (bid) and the lowest price a seller is willing to accept (ask) for an asset. Narrower spreads indicate more liquid, efficient markets. **Broker Dealer of Record** — A licensed securities firm (registered with FINRA and the SEC) that serves as the official broker-dealer for tokenized security issuances and trading. **Buy Side / Sell Side** — Market participants categorized by their role: the buy side represents investors who purchase assets (pension funds, mutual funds, individuals), creating demand; the sell side represents entities that issue, distribute, or facilitate trading of assets. **Counterparty Risk** — The risk that the other party in a financial transaction will fail to meet their obligations (default), resulting in financial loss. Stablecoins and blockchain-based settlement can reduce counterparty risk through atomic settlement. **Demurrage** — Fees charged when ships remain at port beyond the allowed loading or unloading time, typically due to delayed payments or documentation. Blockchain-based stablecoin payments can eliminate these delays. **Disintermediation** — The removal of intermediaries (middlemen) from transactions, enabling direct interaction between parties. Blockchain technology enables disintermediation by allowing peer-to-peer value transfer. **Global Distribution** — The capability to offer and sell tokenized assets to investors worldwide without establishing separate corporate entities, regulatory registrations, and distribution infrastructure in each country. **Liquidity** — The ease with which an asset can be bought, sold, or converted to cash without significantly affecting its price. High liquidity means quick transactions with minimal price impact. **On/Off Ramp** — Infrastructure enabling conversion between fiat currency (dollars, euros) and digital assets. On-ramps convert fiat to crypto; off-ramps convert crypto back to fiat. **Secondary Liquidity / Secondary Market** — Trading activity and market depth for tokenized assets after their initial issuance. **Settlement** — The final completion of a financial transaction when ownership transfers and payment is confirmed as irrevocable. Traditional securities settlement takes two business days (T+2); blockchain settlement can occur in seconds with immediate finality. Digital Asset Holdings emphasizes that dramatically reduced settlement times are the primary benefit of tokenization: domestic payments currently take two to three days, cross-border payments can take weeks, and dividends can take a month to settle. **Surge Pricing** — Dynamic increases in blockchain transaction fees during periods of network congestion. The 2017 CryptoKitties incident, where a single application consumed 12% of Ethereum network transactions, illustrated how congestion can cause delays and increased fees across a network. Networks like Canton and Hedera maintain fixed or predictable fees. ## Compliance & Identity Verification **Constitutional Protections** — Recognition of fundamental rights (First Amendment, due process, Fourth Amendment) in the design and operation of digital asset systems. Wyoming's Frontier Token incorporates constitutional protections, permitting any lawful use and requiring valid court orders for freeze or seizure actions. **Interdiction** — The freezing, seizing, or blocking of digital asset transactions, typically in response to law enforcement requests, court orders, or sanctions compliance. Financial institutions need the ability to undo fraudulent transactions, freeze assets for sanctions compliance, and pause transactions for anti-money laundering review. **Know Your Business (KYB)** — Enhanced due diligence conducted on business entities before establishing relationships, examining corporate structure, ownership (beneficial owners), financial health, business model, compliance capabilities, and reputation. **Privacy vs. AML/KYC Tension** — The ongoing debate between data privacy and anti-money laundering/know-your-customer requirements. Current systems create "honeypots" of personal information vulnerable to data breaches. Zero-knowledge proofs could potentially address this problem by enabling verification without exposing underlying data, though from a banking perspective, KYC and sanctions checking requirements often need more than simple yes/no verification. **Trust Anchors** — Regulated financial institutions or government entities that verify and issue digital credentials attesting to identity, accreditation status, or compliance with specific requirements. **Verified Credentials (VC)** — Tamper-resistant digital credentials issued by trusted parties that can verify facts about an individual or entity without revealing unnecessary information. ## Data & Cryptography **Homomorphic Encryption** — A cryptographic technique allowing computations to be performed on encrypted data without decrypting it first. In confidential transactions, homomorphic cryptography enables verification that inputs equal outputs using "scrambled numbers" that reveal no actual values. The Liquid Network uses homomorphic cryptography to achieve confidential transactions. **Oracle** — A service or system that brings external, real-world data onto the blockchain, enabling smart contracts to execute based on information not natively available on-chain. The AMP callback in Blockstream's Asset Management Platform functions similarly to an oracle, providing external verification for token transfers. **Zero-Knowledge Proof** — A cryptographic method enabling one party to prove to another that a statement is true without revealing any information beyond the validity of the statement itself. For example, a zero-knowledge proof could demonstrate that someone is over 21 without revealing their birthdate. The Liquid Network combines zero-knowledge proofs with homomorphic cryptography for confidential transactions. Commission discussions noted that ZK proofs could help balance privacy with compliance, though they present challenges for KYC and sanctions checking requirements that need more than simple verification. ## Government & Policy **Abandoned Property** — Property or assets that have been left unclaimed by their owner for an extended period, which may then escheat (transfer) to the state under unclaimed property laws. The New Hampshire State Treasury is following the commission's work particularly through the lens of abandoned property implications for digital assets. **Real Estate Transfer Tax** — A tax imposed on the transfer of real property or interests in real property. New Hampshire's real estate transfer tax statute treats transfers of interest in real estate holding companies the same as direct real estate transfers, creating friction for tokenized real estate where each token transfer would technically trigger a taxable event. Solutions under discussion include beneficial ownership thresholds that would exempt transfers where no beneficial owners (those holding more than 25%) change. **Rent-to-Own Model (Tokenized)** — A proposed application of tokenized real estate where tenants gradually acquire ownership through token purchases alongside rent payments. Over time (approximately 30 years), the tenant can accumulate enough tokens to redeem them and effectuate ownership of the property. Consumer protection concerns include ensuring purchasers can assess feasibility at the outset and understand they are acquiring interests in a holding company rather than direct property ownership.