VOICES

Utila provides fintechs, PSPs, banks, and enterprises with infrastructure to build and manage stablecoin and digital asset products and workflows. Explore our platform capabilities for payments, treasury, trading, and more - designed for performance and scale.

VOICES

Utila provides fintechs, PSPs, banks, and enterprises with infrastructure to build and manage stablecoin and digital asset products and workflows. Explore our platform capabilities for payments, treasury, trading, and more - designed for performance and scale.

VOICES

Utila provides fintechs, PSPs, banks, and enterprises with infrastructure to build and manage stablecoin and digital asset products and workflows. Explore our platform capabilities for payments, treasury, trading, and more - designed for performance and scale.

VOICES

Utila provides fintechs, PSPs, banks, and enterprises with infrastructure to build and manage stablecoin and digital asset products and workflows. Explore our platform capabilities for payments, treasury, trading, and more - designed for performance and scale.

Article

The GENIUS Act for Banks: What Changes for Stablecoin Operations

The GENIUS Act for Banks: What Changes for Stablecoin Operations

The GENIUS Act defines how banks can issue and support payment stablecoins in the US, but each institution still has to decide how it will control signing, compliance, custody, reconciliation, and transaction execution.

The GENIUS Act defines how banks can issue and support payment stablecoins in the US, but each institution still has to decide how it will control signing, compliance, custody, reconciliation, and transaction execution.

Published on

Read time

18 mins

Share

Summarize

Executive Summary

The GENIUS Act establishes the first federal framework specifically for payment stablecoins in the United States. Banks can issue payment stablecoins through a permitted payment stablecoin issuer (PPSI), while other roles include custody, reserve banking, servicing customers that use stablecoins, and partnering with existing issuers. Direct issuers face requirements covering 1:1 reserves, redemption, disclosures, Bank Secrecy Act compliance, and a yield ban on interest or yield paid solely for holding the stablecoin.

For banks considering stablecoin payments, treasury, or tokenized money, the law defines important regulatory requirements without prescribing the full operating model. Institutions still have to determine who controls wallets and signing authority, how compliance decisions affect transactions, how activity is reconciled, and whether a payment stablecoin or tokenized deposit best fits the product. This guide explains those choices, the controls each model requires, and the infrastructure decisions banks can make while federal rulemaking continues.

The GENIUS Act Stablecoin Significance for Banks

The Guiding and Establishing National Innovation for U.S. Stablecoins Act, or GENIUS Act, creates a comprehensive regulatory framework for payment stablecoins in the United States. It defines a payment stablecoin as a digital asset designed for payment or settlement that the issuer undertakes to redeem for a fixed amount of monetary value and represents will maintain a stable value relative to that amount. A dollar-denominated payment stablecoin references the national currency, but the token itself does not become legal tender.

The law followed several years of congressional work on stablecoin and broader crypto legislation. The administration and regulators have consistently framed the law around payment innovation, financial stability, and consumer protection.

President Trump’s White House fact sheet says the reserve and disclosure rules are intended to protect consumers, while the Treasury Department has described implementation as a way to encourage innovation without weakening the financial system. The same policy debate reaches the crypto industry more broadly because regulated dollar stablecoins can support stablecoin innovation while keeping issuance subject to prudential and anti money laundering requirements.

For a bank, the effect of these regulatory developments depends on the role it chooses. Issuing a stablecoin creates reserve and redemption responsibilities. Holding or transferring one introduces wallet and transaction controls into existing payment and compliance processes. Choosing a tokenized deposit keeps the instrument within the bank-deposit framework instead. The sections below separate those models so payments, treasury, compliance, risk, and infrastructure teams can map the law to the service they actually plan to operate.

Utila for Bank Stablecoin Operations

Utila provides HSM signing integrations, wallet infrastructure, transaction policies, approval workflows, APIs, compliance integrations, and audit logs for banks running stablecoin payments, custody, treasury, and tokenized-asset workflows. The same control layer can support different bank roles without forcing the institution into a single issuer or liquidity model.

Explore Utila for Banks →

Who Can Issue Payment Stablecoins

A bank that wants to issue a payment stablecoin to US persons has to decide which legal entity will become the issuer and which supervisor will oversee it. The GENIUS Act limits issuance to permitted payment stablecoin issuers, including approved subsidiaries of insured depository institutions, federal qualified payment stablecoin issuers, and state qualified payment stablecoin issuers operating under an eligible state framework.

Design element

Federal path

State path

Supervisor

Applicable federal banking regulator

State payment stablecoin regulator

Approval

Federal PPSI framework

Qualifying state framework certified as substantially similar

Issuance threshold

No state-route ceiling

Generally available up to $10B in outstanding issuance

Examination

Federal supervision and enforcement

State supervision and examination

Above $10B

Existing federal framework continues

Transition toward federal oversight, stop new issuance until below the threshold, or obtain a waiver

For smaller issuers that remain below the $10 billion threshold, state regulators can remain the primary supervisor where the state framework qualifies under the Act. Once a state-qualified issuer crosses the threshold, the law generally provides a 360-day transition toward federal oversight, subject to its waiver provisions. The two-track model allows state-level supervision to continue while giving the federal government a larger role as issuance grows.

Nonbank companies can qualify as permitted issuers under the same statute. Banks will therefore compete and partner with firms that can issue regulated stablecoins without carrying the rest of a commercial bank regulatory framework. The relevant comparison is not simply bank versus nonbank; it is which entity owns the issuer obligations, reserves, compliance program, and operational controls behind the token.

Once a bank chooses direct issuance, licensing becomes only the first layer. The institution then has to maintain the reserve, redemption, reporting, and financial-crime controls that keep the payment stablecoin compliant after launch.

What Stablecoin Issuance Requires

A PPSI has to operate the stablecoin as an ongoing financial product. Treasury needs to manage the assets backing every token in circulation, finance needs recurring evidence that the reserve book and outstanding supply agree, and compliance needs controls that govern who can transact and under what conditions. These processes have to share data because a stablecoin redemption, mint, burn, or transfer can change both the onchain position and the bank’s internal records.

Reserve and liquidity requirements

The reserve requirement ties every stablecoin liability to assets that can support redemption. Issuers must maintain identifiable reserves worth at least the amount of payment stablecoins outstanding, using a tightly defined group of liquid assets.

  • Cash and reserve balances: US currency and eligible Federal Reserve balances can form part of the reserve base.

  • Bank deposits: Eligible demand deposits and other immediately withdrawable deposits can qualify.

  • Short-term Treasuries: Treasury bills, notes, or bonds generally must have a remaining or original maturity of 93 days or less.

  • Permitted repo and liquid funds: Qualifying overnight repo, reverse repo, and government money market funds can be used when they meet the statutory conditions.

The reserves must be segregated from the issuer’s own assets, and their reuse is restricted. The Treasury Secretary has argued that a larger regulated stablecoin market could create increased demand for US Treasuries as issuers hold reserve assets. For a bank treasury team, however, the immediate operating requirement is narrower: the reserve portfolio has to remain available for redemption and reconcile to supply.

Redemption and reporting controls

The GENIUS Act requires issuers to publish redemption procedures and disclose reserve composition every month. Those disclosures must be examined by a registered public accounting firm, with the CEO and CFO certifying the reporting. Issuers with more than $50 billion in outstanding payment stablecoins also face annual audited financial-statement requirements.

These requirements connect token supply, reserve balances, treasury records, and executive certification. They also provide direct consumer protection by giving consumers a defined redemption claim and recurring information about the assets supporting it. If the issuer fails, required reserves are excluded from the bankruptcy estate; qualifying holder claims that remain after reserve recovery receive priority ahead of other creditors.

Reserve controls protect the value behind the stablecoin. The next set of requirements governs the customers, wallets, and transactions through which that value moves.

BSA and sanctions controls

Banks already operate Bank Secrecy Act, sanctions, customer-identification, and anti money laundering programs. Stablecoin activity adds wallet addresses, blockchain transaction histories, and external counterparties to the information those programs have to evaluate.

The Act treats PPSIs as financial institutions for BSA purposes and directs the Treasury Department and other regulators to issue regulations implementing AML/CFT and sanctions requirements. In April 2026, Treasury proposed joint FinCEN and OFAC rules covering anti money laundering and sanctions compliance, while the OCC and FDIC have issued related proposals for issuers under their oversight. The bank still owns the policy decisions: which risks block a transaction, which cases require review, and which evidence supports the outcome.

For stablecoin wallets, those controls need to connect with transaction execution. A risk decision on a wallet or transfer should affect whether the transaction can proceed, with an audit trail showing what was screened, which policy applied, and who approved the activity.

Utila for Compliance Enforcement

Utila integrates Chainalysis, TRM Labs, and Elliptic into wallet workflows so banks can apply AML/KYT screening to incoming and outgoing transactions. Screening results can feed transaction policies and approval flows before funds move, while the same transaction record preserves the decision for audit and reconciliation.

Explore Utila's stablecoin infrastructure →

Those issuer controls establish how the stablecoin is backed and governed. The yield ban raises a different question for banks: whether customers could treat stablecoins as a substitute for deposits and how that would affect the bank’s funding base.

How Stablecoin Yield Ban Affects Banks

The GENIUS Act prohibits a permitted payment stablecoin issuer from paying interest or yield solely for holding, using, or retaining the payment stablecoin. The yield ban matters to banks because the economics of holding the asset influence whether customers use it mainly as a payment instrument or as an alternative place to keep liquid balances.

Deposit outflow concerns

Banking industry concerns center on substitution. Bank of America CEO Brian Moynihan has cited estimates that as much as $6 trillion could migrate from US bank deposits into stablecoins if the instruments can offer yield. Banking associations have similarly argued that affiliate or exchange rewards could recreate yield economics even when the issuer itself cannot pay interest.

Under that scenario, deposit outflows could change banks’ funding mix and increase the cost of replacing customer balances. The magnitude depends on customer behavior, how stablecoin rewards are structured, and where the reserves backing the stablecoin ultimately sit.

Evidence on deposit substitution

The effect is not automatic. Research from the Federal Reserve and MIT’s Digital Currency Initiative has argued that money used to purchase stablecoins can remain within the banking system when issuers hold bank deposits or when funds used to buy Treasury securities circulate back through banks. Other reserve structures can still reduce bank funding or concentrate it differently.

Treasury teams therefore need to analyze reserve placement, customer demand for yield, and replacement funding rather than infer deposit loss directly from stablecoin market growth. That analysis also reinforces a broader product decision: a bank can build blockchain-based money without necessarily issuing a payment stablecoin.

Stablecoins and tokenized deposits

The GENIUS Act expressly excludes deposits, including deposits recorded using distributed ledger technology, from the payment-stablecoin definition. Banks can therefore choose between a separately reserved payment stablecoin and a tokenized representation of an existing bank deposit, with different consequences for the customer claim, balance sheet, and supervision.

A deposit token represents a commercial bank deposit in digital form. The customer retains a claim against the bank and the liability remains on the bank’s balance sheet. J.P. Morgan’s JPM Coin USD deposit token, JPMD, follows this model and became available to institutional clients on a public blockchain in November 2025.

The FDIC’s April 2026 proposal reinforces the distinction by stating that a deposit does not lose its treatment under federal deposit-insurance law simply because distributed ledger technology records the liability. For product teams, the choice therefore starts with the legal and balance-sheet structure of the instrument, not the blockchain used to move it.

Utila for Stablecoins and Tokenized Deposits

Utila supports governed mint, burn, custody, and transfer workflows for stablecoins and tokenized deposits. Dedicated admin wallets can control issuance functions, while transaction policies define who can execute or approve specific contract actions and under which conditions.

Explore Utila for tokenization →

The market is already showing more than one answer to that product choice. US banks have launched direct stablecoins, deposit tokens, and custody services, creating useful reference points for teams evaluating their own model.

How US Banks Are Responding

Banks have taken several routes into blockchain-based money rather than converging on one structure. Looking at live products helps separate what the law permits from the responsibilities institutions are actually prepared to operate.

SoFi Bank chose direct issuance. It launched SoFiUSD in December 2025 as a fully reserved stablecoin intended for banks, fintechs, and enterprise partners. Direct issuance gives the bank control over the instrument, but it also places reserve, redemption, compliance, and issuance governance inside the bank’s operating model.

J.P. Morgan chose a deposit-token model for JPMD. The token represents a J.P. Morgan deposit, allowing institutional clients to transfer the bank liability through blockchain infrastructure without converting it into a separately reserved PPSI stablecoin.

BNY has taken the custody and servicing route. In June 2026, it added USDC to its Digital Asset Custody platform, allowing institutional clients to hold and transfer USDC and instruct Circle to mint or redeem it.

These approaches place different responsibilities on the bank, but all of them eventually depend on wallet governance, transaction authorization, compliance, and audit. Those technical controls are not fully specified by the GENIUS Act itself.

Technical Controls Banks Still Need

The Act provides detailed requirements for reserves, redemption, disclosure, licensing, and financial-crime compliance. It does not prescribe one key-management architecture, one wallet model, or one approval design for every institution. Banks therefore have to translate regulatory obligations into controls that work across the people and systems operating the product.

Signing authority is one of the most consequential choices. The bank needs to decide who can initiate a mint, burn, redemption, treasury transfer, or customer payout; which operations require additional approval; how access is revoked; and what recovery process applies if a signer or system becomes unavailable.

Transaction policy is the second layer. Amount limits, destination controls, asset restrictions, approval quorums, velocity limits, and permitted smart-contract functions determine whether the bank’s governance applies before signing rather than being checked only during a later review.

Utila for Signing Authority and Policy

Utila uses MPC so no single party, including Utila, holds a complete private key. Banks can combine client-controlled signing authority via HSM with granular transaction policies, multi-party approvals, address controls, and function-level rules that are evaluated before execution.

Explore Utila's wallet infrastructure →

The same controls have to extend into audit and reconciliation. A blockchain transaction proves that assets moved, but it does not by itself explain which employee or system initiated the action, which policy approved it, which compliance result applied, or how the bank reconciled the movement against its internal books. That evidence has to be preserved alongside the onchain record.

Infrastructure for Transaction Execution

The operating model becomes concrete when a transaction is initiated. A bank may have a sound policy on paper, but its infrastructure still needs to enforce the policy across payment, treasury, custody, and issuance workflows without creating a separate manual process for every transfer.

Four requirements are particularly useful when evaluating that infrastructure:

  • Signing authority. Define which people or systems can initiate and approve transactions and which operations require quorum approval.

  • Transaction policy. Apply controls for destinations, transaction amounts, assets, velocity, and permitted contract functions before signing.

  • Compliance enforcement. Connect wallet and transaction screening results to the decision to approve, reject, or hold a transfer.

  • Reconciliation and audit. Preserve actor attribution, approvals, policy results, signing events, transaction status, and balance data so finance and compliance can reconstruct the flow.

Section 12 of the GENIUS Act adds another infrastructure consideration. Federal and state authorities, in consultation with NIST and standard-setting bodies, must assess whether interoperability standards are needed to promote compatibility between permitted issuers and the broader digital-finance ecosystem. Banks should therefore avoid architectures that assume one issuer, one chain, or one counterparty network will remain sufficient indefinitely.

Utila for Transaction Execution

Utila applies the same governance framework across stablecoin payments, treasury, and token issuance. APIs and webhooks support programmatic execution, while the console gives operations, treasury, and compliance teams visibility into balances, approvals, policy state, and transaction history.

View Utila for Banks →

With those control requirements defined, banks can separate decisions that are already actionable from the details still being refined through federal rulemaking.

Decisions Banks Can Make Now

Banks do not need every final rule before choosing the role they want to play. The statutory framework already separates issuance, custody, reserve banking, customer stablecoin activity, partnerships, and tokenized deposits, and those roles determine much of the required technology and control ownership.

Ation

What the bank needs to establish

Main regulatory dependency

Issue a payment stablecoin

Reserve, redemption, compliance, issuance, and transaction controls

PPSI approval and final prudential rules

Provide custody

Asset segregation, key governance, signing authority, and reporting

Applicable custody supervision

Bank stablecoin issuers

Reserve-account structure, liquidity, concentration, and counterparty controls

Reserve and exposure requirements

Support customer stablecoin activity

Wallet attribution, transaction screening, reconciliation, and risk policy

AML/CFT and sanctions implementation

Partner with a PPSI

Responsibility split, wallet controls, integration, and counterparty diligence

Partner issuer status and contractual model

Use tokenized deposits

Deposit-ledger architecture and transaction governance

Existing banking rules plus developing tokenization guidance

Only direct payment stablecoin issuance requires the institution to become, or operate through, a PPSI. The other models allow banks to participate in stablecoin payments or digital money without assuming the complete issuer obligation. This distinction also matters for consumers: the party that issues, safeguards, or services the asset determines which protections and claims apply.

Banks can therefore establish product structure, key-management architecture, compliance integrations, transaction policy, reconciliation, and vendor responsibilities now. Final rules may change specific reporting or prudential requirements, but they do not eliminate the need to design those controls.

Rulemaking and Implementation Timeline

Federal implementation is now well advanced but incomplete. The OCC proposed its main GENIUS Act rules in February 2026. The FDIC followed in April with proposed requirements covering reserves, redemption, capital, risk management, custody, and tokenized deposits. Treasury, FinCEN, and OFAC have also proposed BSA and sanctions rules.

On August 17, 2026, the Treasury Department opened another proposed rulemaking covering issuance, offering, and sale under section 3. The law directs federal agencies to issue regulations across these areas, so bank implementation teams should distinguish statutory requirements that are already fixed from supervisory details that can still change through the rulemaking process.

The expected statutory effective date is January 18, 2027, unless final implementing regulations trigger the earlier timetable established by the Act. A separate restriction on digital asset service providers offering non-permitted payment stablecoins begins three years after enactment. The transition gives banks time to build controls, but it also means governance, integration, and vendor decisions will often be made before the complete supervisory framework is final.

The direction of travel is clear: the United States now has a federal law to regulate payment stablecoin issuance, reserve backing, redemption, and issuer compliance. For banks, the remaining work is to connect that framework to a product and operating model that can withstand supervisory oversight at transaction level.

Design Your Stablecoin Operating Model with Utila

Utila provides wallet infrastructure, policy controls, compliance integrations, transaction execution, and audit tooling for banks building stablecoin payments, treasury workflows, custody services, tokenized deposits, and stablecoin issuance. A technical session can help map signing authority, transaction policy, reconciliation, and provider responsibilities to the model your bank plans to operate.

Utila - Digital Asset Infrastructure

Managing digital assets at scale?

Schedule a 15-minute walkthrough of Utila’s wallet and stablecoin infrastructure.


Frequently Asked Questions

The questions below address the implementation points that most directly affect bank product, treasury, compliance, and infrastructure decisions under the GENIUS Act.

What is a payment stablecoin under the GENIUS Act?

A payment stablecoin is a digital asset designed for payment or settlement where the issuer undertakes to redeem it for a fixed amount of monetary value and represents that it will maintain a stable value relative to that amount. Deposits recorded using distributed ledger technology are excluded from the definition.

Can a bank issue a payment stablecoin?

Yes. A bank can issue through an approved subsidiary that qualifies as a permitted payment stablecoin issuer. The applicable federal or state approval path determines the supervisor, while the issuer remains responsible for reserve, redemption, reporting, and BSA requirements.

Can a payment stablecoin pay interest or yield?

A permitted issuer cannot pay interest or yield solely for holding, using, or retaining the payment stablecoin. Regulators are still addressing how the prohibition applies to arrangements involving affiliates and related parties, which is why banks should treat reward design as a regulatory question rather than a product setting.

Are tokenized deposits covered by the GENIUS Act?

Not as payment stablecoins when they remain deposits. The statute excludes deposits recorded on distributed ledger technology, and the FDIC has proposed confirming that deposit-insurance treatment does not change merely because the liability is tokenized.

Does the GENIUS Act require a specific wallet or key-management architecture?

No single wallet or signing architecture is mandated. Banks still need to define key custody, signing authority, approval quorums, recovery, transaction policy, compliance integration, and audit evidence in a way that satisfies their own security standards and applicable supervisory expectations.

What happens if a stablecoin issuer fails?

Required reserves receive special treatment in insolvency and are excluded from the issuer’s bankruptcy estate. If the reserves do not fully satisfy holders, qualifying remaining holder claims receive statutory priority over other creditors.

When does the GENIUS Act take effect?

The expected effective date is January 18, 2027, unless the relevant federal regulators issue final implementing rules early enough to trigger the Act’s alternative 120-day timetable. Banks planning issuance should track the rulemaking sequence rather than rely only on the calendar date.

Which GENIUS Act implementing rules are still pending?

As of August 28, 2026, major OCC, FDIC, Treasury, AML/CFT, sanctions, and issuance rules remain in proposed or implementation stages. The proposals provide useful design inputs, but banks should verify the final prudential, reporting, application, and compliance requirements before launch.

Explore more

Ideas, insights, and
updates from our team.

Ideas, insights, and
updates from our team.

From product announcements to practical guides — stay in the loop with how Utila is building smarter finance workflows and sharing what we’ve learned along the way.

From product announcements to practical guides — stay in the loop with how Utila is building smarter finance workflows and sharing what we’ve learned along the way.

Subscribe

Subscribe
for Utila news and insights

Subscribe
for Utila news and insights

Thought leadership, product updates, and partnerships - delivered only when we have something interesting to share.

Digital Asset Infrastructure
engineered for reliability.

Digital Asset Infrastructure
engineered for reliability.

Digital Asset Infrastructure
engineered for reliability.

Empower your organization to securely store, transfer, and govern digital assets with enterprise-grade confidence. Built for fintechs, enterprises, and institutional operators.

Empower your organization to securely store, transfer, and govern digital assets with enterprise-grade confidence. Built for fintechs, enterprises, and institutional operators.

See how Utila fits into your stack.
Live walkthrough, no commitment.

Companies who trust our enterprise-grade governance, security, and operational control: