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Businesses can use cryptocurrency or blockchain in payments, settlement, tokenized assets, and shared workflows—but these are different choices. A company may use a distributed ledger to represent or transfer an asset without using a volatile cryptocurrency in its everyday operations. The right design depends on what needs to move or be recorded, who must trust the system, and how it connects to existing legal, financial, and operational processes.
What businesses mean by “cryptocurrency” and “blockchain”
Cryptocurrency is a digital asset that can be transferred or held using cryptographic systems. Some digital assets are designed to maintain a stable value; others can fluctuate substantially. Blockchain is one kind of distributed ledger: a shared record maintained across a network. A ledger can record transfers or represent assets without requiring a business to use a cryptocurrency as its ordinary payment currency.
That distinction matters when evaluating a proposal. A project described as “blockchain adoption” might concern a tokenized security, an interbank settlement process, a shared record, or a cryptocurrency payment. Each has different users, risks, and regulatory considerations.
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Payments, treasury, and settlement
Digital-asset networks can support transfers between institutions or connect payment activity to conventional bank infrastructure. One example remains a company-reported test, not a generally available business arrangement: J.P. Morgan said a cross-chain delivery-versus-payment test used Kinexys Digital Payments for the payment leg, tokenized U.S. Treasuries on the Ondo Chain testnet for the asset leg, and Chainlink CCIP to coordinate across networks. The announcement does not establish that other businesses can access the setup or that it is in broad production use. J.P. Morgan’s announcement
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Stablecoins are another payment-related area, but market growth is not the same as business adoption. The Federal Reserve reported aggregate stablecoin market capitalization of $317 billion as of 6 April 2026, more than 50% above early 2025. It also warned that more complex intermediation and closer links to conventional payment infrastructure could make operational disruption or liquidity stress more consequential. Federal Reserve analysis
Tokenized assets and collateral
Tokenization represents an asset or ownership interest on a ledger. It may change how an asset is transferred or used as collateral; it does not, by itself, remove the need to establish the asset’s legal status, ownership, custody, or rights.
On 14 July 2025, Lloyds Banking Group announced a pilot in which Lloyds, Aberdeen Investments, and Archax used tokenized units of Aberdeen’s money market fund and tokenized UK gilts as collateral for foreign-exchange trades. The release says Archax issued, transferred, and securely held the tokens on Hedera, which it describes as a public permissioned blockchain. It presents the work as a pilot and a potential foundation for scaling—not evidence of widespread use or independently measured savings. Lloyds Banking Group’s pilot announcement
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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsShared records and cross-company workflows
A shared ledger may be worth considering when several organizations need to coordinate the status of an asset, a record, or steps in a process. Potential settings include supply chains, logistics, energy trading, travel settlement, and financial services. The key question is whether a shared record solves a coordination problem that separate databases and existing agreements do not solve as well.
Applied Blockchain’s case-study index lists projects across sectors including supply chain, healthcare and life-sciences logistics, energy, travel, retail, government, and financial services. Its examples include healthcare logistics, LNG trading, inventory, and travel settlement. This is a vendor-maintained portfolio index; it does not independently verify performance, continued operation, or production status. Applied Blockchain case studies
Programmable operations
Smart contracts can automate specified actions when required data and conditions are available. Automation does not eliminate the need to decide who supplies reliable data, who can change or pause the code, and how exceptions are handled.
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Project Pine illustrates research into programmable financial operations, not a business product. The New York Fed Innovation Center and BIS Innovation Hub prototyped a toolkit for hypothetical central-bank operations in a future where banks and other institutions widely adopted tokenization. The project page says the prototype was tested across ten hypothetical scenarios and was limited to research and experimentation; it was not a policy commitment or an adopted central-bank system. New York Fed’s Project Pine
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The examples show distinct kinds of activity: a company-announced pilot, a company-announced technical test, a research prototype, and a vendor’s case-study listings. They are not equivalent evidence of routine production use. The sources do not establish broad adoption across business operations or independently measured, cross-company outcomes such as cost savings, faster settlement, or improved resilience.
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For financial-market applications, the Bank of England’s 12 May 2026 report examines trade-offs involving settlement finality and security, scalability, control of networks and assets, and interoperability. It emphasizes that there is no single enterprise design that suits every use case. A system’s technical throughput alone does not establish that it meets a business’s legal, governance, or resilience requirements. Bank of England, DLT Innovation Challenge 2025: Final Report
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How to assess a business use case
Start with the operational problem, not the technology label. Compare a ledger-based design with the existing process and plausible alternatives, then assess the full arrangement—including the parties, software, off-chain records, and legal agreements involved.
- Define the asset or record. Specify what is being transferred, represented, or synchronized, who owns it, and which system remains the authoritative record.
- Map participants and control. Identify who may join, validate transactions, issue or hold assets, change software, pause activity, and resolve disputes. Establish who is accountable for each function.
- Establish finality and legal treatment. Determine when the system regards a transfer as complete and when it is legally final. The Bank of England report focuses on technical finality; it does not determine whether a particular arrangement satisfies statutory requirements. Legal, tax, accounting, licensing, custody, and consumer-protection duties depend on jurisdiction, asset, parties, and activity.
- Test resilience and scale. Evaluate capacity, failure recovery, operational dependencies, and what happens if a network, service provider, or supporting system is unavailable. A scaling layer can add dependencies that affect settlement, governance, and resilience.
- Review privacy, permissions, and compliance. Decide which information is visible to whom, how access is controlled, and how asset restrictions and compliance duties are enforced. On public networks, some controls may depend on arrangements outside the ledger.
- Trace interoperability end to end. Identify whether connections rely on native protocol support, bridges, or orchestration services, and determine what trust each adds. Interoperability can shift trust and operational dependencies rather than remove them; approaches also trade off atomicity, flexibility, and security.
- Plan for existing systems and exceptions. Account for bank rails, systems of record, reconciliations, approvals, and exception handling that remain outside the ledger. Specify how mismatches are detected and corrected.
- Compare total operational dependencies. Include governance, service providers, custody, data sources, integration work, and ongoing controls—not just transaction speed or network fees.
Key trade-offs when choosing an architecture
Permissioned and permissionless networks, layered architectures, consensus mechanisms, and interoperability approaches distribute trust and control differently. There is no universally superior choice. Compare actual designs against the same business requirements rather than treating “blockchain” as one standard architecture.
- Control versus openness: Who can participate, operate the network, or control assets? More restrictions can support defined access but create governance responsibilities and dependencies.
- Speed and scale versus resilience: Assess demonstrated capacity and recovery behavior alongside throughput. Faster or more scalable designs may introduce additional dependencies.
- Technical settlement versus legal finality: A ledger’s record of a completed transaction does not alone settle its legal effect.
- Interoperability versus added trust: Cross-network connections can broaden reach but may introduce new services, trust assumptions, and failure points.
- Shared visibility versus privacy: A common record can aid coordination, but the design must address which participants can see sensitive information and how controls work.
The Bank of England’s report discusses these technical and operational trade-offs; jurisdiction-specific legal implementation is a separate assessment.
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