● Use this checklist to assess issuance infrastructure, deposit token design, regulatory implementation, custody arrangements, and vendor delivery terms.● The framework serves treasury and digital asset leads at regional banks and credit unions with $2 billion to $20 billion in assets.● Fireblocks, Circle, Anchorage Digital, Twisp, and HiFi represent realistic vendor options. The checklist evaluates each without ranking them.● Banks often mistake infrastructure access for implementation support. Platform vendors provide technical components, but your bank must still handle architecture, integration, regulatory planning, and launch.● Restart Fintech provides hands-on implementation and fractional CTO support when your bank needs an accountable build partner rather than another self-serve platform.

Why this evaluation is harder than a typical vendor RFP

A bank must choose the form of money before it chooses the technology. A payment stablecoin uses segregated liquid assets as backing, while a deposit token represents a liability of the issuing bank. Deposit tokens may also retain deposit insurance treatment and operate on permissioned networks with approved participants, depending on their structure and jurisdiction. These distinctions affect reserve management, redemption rights, ledger design, and interbank transferability.

Each issuance model creates a different regulatory work plan. U.S. banking rules, state requirements, and MiCA compliance may classify the product and its activities differently. MiCA rules already apply, but implementation details and core provisions remain under review. A vendor demonstration cannot resolve those legal and balance sheet decisions.

A working checklist keeps vendor meetings comparable. It requires each provider to identify what its platform supplies, what the bank must build, which assumptions depend on counsel or regulators, and who owns implementation after contract signing. Without those questions, a bank may compare software capabilities before defining the product the software must support.

Stablecoin issuance infrastructure requirements checklist

● Define the issuance authority. The vendor should identify who can authorize minting, how the platform enforces issuance limits, and whether the bank or another regulated entity serves as issuer of record. Circle Mint, for example, gives approved institutions API access to mint and redeem Circle-issued USDC and EURC after KYB review. It does not make the bank the issuer or complete the bank’s internal integration. Which entity legally issues the token, and which controls prevent unauthorized or unmatched minting?● Map the full redemption path. Redemption design should cover token receipt, burning, fiat release, exception handling, and customer communication. Circle Mint supports API-based redemption, but the fiat leg still depends on banking rails and their operating hours, even when tokens move continuously on-chain through the Circle Mint model. What steps, counterparties, cutoffs, and service levels govern redemption under normal and stressed conditions?● Verify reserve mechanics. The bank should determine where reserve assets sit, who owns them, how often balances reconcile, and what happens when ledger records differ from reserve accounts. The operating model should also specify eligible reserve assets, access controls, interest treatment, attestations, and liquidity procedures. How does the platform prove that issued tokens remain matched to eligible and available reserve assets?● Test signing and transaction controls. Fireblocks uses multi-party computation, which splits signing authority so no single machine holds a complete private key. Its policy tools can restrict transfers by asset, amount, destination, time, and approver, but the bank still must configure those rules and connect them to internal controls through its own implementation work, as described in this Fireblocks architecture review. Who designs, configures, tests, and maintains our signing policies and approval workflows?● Confirm chain support at the operating level. A vendor may list a blockchain without supporting every required function, including token deployment, minting, monitoring, fee management, upgrades, or incident recovery. The bank should also assess whether cross-chain movement relies on native issuance or third-party bridges. Which chains support our complete issuance and redemption workflow, and who remains accountable when a chain or bridge fails?

Deposit token development considerations checklist

A deposit token represents a liability of the issuing bank, while a payment stablecoin represents a claim on separately held reserve assets. Deposit tokens may settle directly on a blockchain or represent deposits that remain settled on the bank’s internal ledger. The GENIUS Act excludes deposits recorded through distributed ledger technology from its payment stablecoin definition.

Use the following questions to define the deposit-token model before evaluating technical vendors.● Confirm the legal and accounting treatment. Will each token remain a deposit liability on the bank’s balance sheet? How will the bank apply deposit insurance limits, account ownership records, liquidity rules, and regulatory reporting?● Choose the ledger architecture. Will transactions occur on a private permissioned ledger or on public blockchain infrastructure restricted to approved customers? JPM Coin, BNY, and Citi illustrate different approaches to participant access, ledger control, and cross-chain connectivity.● Define the source of record. Will the blockchain serve as the authoritative deposit ledger, or will it transmit instructions to the core banking ledger for settlement? How will the bank prevent conflicting balances when either environment becomes unavailable?● Set transfer boundaries. Can customers transfer tokens only between accounts at the issuing bank, or can approved counterparties receive them elsewhere? What identity checks, transaction limits, and reversal rights apply to each transfer?● Treat interbank settlement as an open design question. Which banks, consortium operators, or settlement networks must participate before the token can move across institutions? General interbank settlement for tokenized deposits on separate private ledgers remains unavailable, so no vendor should present interoperability as a standard feature.● Assign implementation ownership. Who will connect the ledger to the core, configure controls, test reconciliation, and prepare supervisory documentation? A platform may provide token and wallet components, but the bank or an implementation partner must complete the operational build.

Regulatory implementation planning: MiCA and U.S. rules

Use separate regulatory checklists for EU and U.S. activity. A vendor should map each requirement to a product control, responsible party, supporting document, and change procedure.

EU exposure under MiCA

● Have counsel classified the token as an e-money token or asset-referenced token? MiCA’s stablecoin rules have applied since June 2024, including authorization, reserve, redemption, disclosure, and interest restrictions. ESMA’s implementation record shows that technical requirements continued developing after the headline application dates.● Which entity will hold the required EU authorization? A U.S. issuer cannot rely on a third-country equivalence regime under current rules. The bank should identify its EU entity, competent authority, and regulated service providers before approving architecture.● Does the plan rely on transitional authorization? MiCA grandfathering expired on July 1, 2026. Vendors should document the authorization status of every EU entity involved rather than relying on earlier national registrations.● Can the contract absorb regulatory changes without a full rebuild? The Commission’s consultation remains open through August 31, 2026 and examines redemption, reserve segregation, cross-border treatment, and interest restrictions. The Commission also reported that no ART had yet received a license when it opened the review. Those open questions warrant contract terms covering regulatory updates, change costs, and exit rights.

U.S. federal and state pathways

● Does the proposed instrument qualify as a payment stablecoin or remain a deposit? GENIUS excludes deposits recorded through distributed ledger technology. A deposit token may therefore remain subject to banking law rather than the payment stablecoin framework, but agencies have not finalized all related guidance.● Which permitted payment stablecoin issuer category applies? GENIUS recognizes an insured depository institution subsidiary, an OCC-supervised federal qualified issuer, and a state-qualified issuer. The statutory framework assigns different supervisory pathways to each category.● Could issuance exceed the state pathway’s limit? A state-qualified issuer generally must move to federal oversight within 360 days after outstanding issuance exceeds $10 billion unless it receives a waiver.● Which controls depend on unfinished rules? The OCC implementation rule remains a proposal. Your plan should distinguish statutory requirements from proposed application, capital, custody, and risk-management details.

Treat this checklist as planning guidance rather than compliance advice. Require the platform vendor and implementation partner to identify who monitors rule changes, updates controls, and produces examination evidence.

Custody arrangements checklist

Treat reserve assets and signing keys as separate custody decisions. Reserve custody protects the cash, Treasury securities, or deposits backing a stablecoin. Key custody protects the authority to mint, burn, transfer, and administer tokens. Deposit tokens may follow different asset treatment, so counsel and regulators should confirm whether a separate reserve account applies.
● Reserve custodian Who legally owns the backing assets, where are they held, and how does the custodian segregate them from its own estate? Ask whether account records support daily reconciliation, redemption obligations, and bankruptcy remoteness.● Segregation of duties Does a separate institution hold reserves, or does the issuer control both issuance and backing assets? Anchorage Digital Bank holds an OCC charter, while U.S. Bank serves as custodian for reserves backing its payment stablecoins. That arrangement illustrates how an issuer can separate token operations from reserve custody.● Regulatory standing Does each custodian qualify under the rules that apply to the bank, asset, and jurisdiction? Verify bank or trust charters, supervisory authority, pending enforcement matters, and any reliance on regulatory no-action relief. For EU exposure, confirm that the arrangement keeps client holdings outside the custodian’s bankruptcy estate.● Signing architecture Which keys control minting, burning, treasury wallets, and smart contract upgrades? Institutional custody models commonly use MPC, hardware security modules, or multisignature controls. Ask who holds each signing share or device, how signers are replaced, and whether one employee or vendor can bypass the approval policy.● Operational controls Which transactions require dual approval, allow-list checks, transaction limits, or emergency suspension? Require documented procedures for lost credentials, employee departures, compromised devices, and vendor outages. Review the latest SOC 2 Type II report and map any exceptions to compensating controls.● Insurance scope What events, wallets, and operating modes does the policy cover? Confirm limits, deductibles, exclusions, and whether crime coverage extends to online signing activity rather than cold storage alone.
A custody-capable platform does not configure the bank’s key policies, approval workflows, ledger connections, or incident procedures by default. The contract should assign those implementation tasks to a named party. Banks without an internal blockchain engineering function can use Restart Fintech as an implementation partner and fractional CTO for architecture, integration, control configuration, and launch support.

General vendor evaluation criteria: integration, timeline, support, and cost

Score each vendor against the same four categories, and require written assumptions behind every timeline and price. A signed platform contract does not establish who will complete the bank’s integration, testing, controls, and launch.
Integration complexity● Which core banking, general ledger, payment, identity, and compliance systems require integration?● Which connectors already operate in production, and which interfaces require custom development?● Who owns reconciliation between on-chain transactions and the bank’s books?● Does the vendor provide bank-ready workflows or developer tools that your engineers must assemble?
HiFi focuses on developer infrastructure, while Twisp centers more on ledger and core banking capabilities. Neither positioning establishes that the vendor will deliver a complete stablecoin or deposit token implementation.
Implementation timeline● Does the plan include vendor onboarding, internal approvals, integration work, security testing, and production readiness?● Which bank decisions sit on the critical path, and what happens if compliance or custody approval takes longer than expected?● Who manages dependencies across the platform, custodian, core provider, and internal stakeholders?
Platform access can represent a small part of the schedule. Fireblocks integration can take weeks or months depending on complexity, according to one platform comparison. Circle Mint also requires KYB approval before API integration begins.
Ongoing support● Does the contract cover production incidents, protocol changes, security patches, and regulatory control updates?● Who configures signing policies, approval thresholds, monitoring, and reconciliation after launch?● Will the vendor provide named technical ownership, or does support stop at documentation and tickets?
Fireblocks, Circle, and Anchorage Digital provide infrastructure that a bank must implement and operate. Restart Fintech serves a different role as a fractional CTO and implementation partner. Restart Fintech can own architecture, integration work, regulatory implementation planning, and continued development when the bank lacks an internal blockchain team.
Cost structure● What does the three-year cost include across licensing, implementation, custody, transaction fees, and ongoing support?● Which charges vary with wallets, transaction volume, chains, or reserve balances?● What internal staffing does the quoted price assume?● Who pays for regulatory changes, new integrations, incident response, and vendor migration?
Compare total operating cost rather than subscription price. A lower platform fee can produce a higher project cost when the bank must separately hire specialists to complete and maintain the implementation.

Putting the checklist to work

A completed evaluation should produce a documented build decision and assign accountability for delivery. The bank should record which platform it will use, which internal systems require integration, who owns regulatory implementation planning, and who supports the product after launch. Platform selection alone leaves those delivery questions unanswered.

Banks that lack an in-house blockchain team should name an implementation partner before approving the project. Restart Fintech can serve as the fractional CTO and implementation partner responsible for technical architecture, integration work, launch planning, and ongoing development. The engagement scope should identify owners, milestones, dependencies, and acceptance criteria before engineering begins.

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