Payin Comparison: Fireblocks vs. Bridge vs. Zerohash

A side-by-side comparison across payer reach, deposit attribution, wrong-asset handling, screening, and settlement control. Compare core elements to help PSPs, fintechs, marketplaces, and exchanges choose infrastructure for accepting stablecoin and crypto payments.

What to Look for in Payin Infrastructure

When you pay someone, you choose the recipient, the asset, the chain, and the moment. When someone pays you, they choose all of it. The payer arrives with whatever wallet they already have, holding whatever token they already hold, on whatever chain it happens to sit on. Your job is to accept it, know who sent it, and know what it was for.

That shifts the evaluation onto three questions:

• Can you settle in the asset you actually want: A payer sends whatever they hold. Ask whether the platform converts that into the stablecoin your treasury runs on, or whether you end up holding a long tail of tokens you have to move yourself.
• Can you attribute every deposit without matching logic: The hard problem in payins is not receiving money, it is knowing which customer or invoice a given inbound transfer belongs to. Unique deposit addresses mapped per merchant or per customer solve it at the architecture level.
• What happens when a payment arrives wrong: Payers send the wrong asset, use the wrong chain, reuse an expired address, and occasionally send from a sanctioned wallet. Ask what the platform does with each of those automatically, because at volume these are not edge cases.

The factors that decide the rest:

• Front door breadth: Every wallet you cannot accept from is a conversion you lose, and payer wallet coverage varies enormously across providers.
• Where screening happens: For connected-wallet flows the payer can be screened before the transfer proceeds. For raw address deposits, screening happens on arrival.
• Settlement asset control: Whether you settle in the asset the payer sent or the one your treasury actually wants.
• Whether the original asset touches your books: An accounting and audit question that lands on your finance team, not your engineers.
• Licensing: Accepting under a provider’s license is faster, and it means the payer is the provider’s customer.

Compare: Fireblocks vs. Bridge vs. Zerohash

Fireblocks vs. Bridge

When Fireblocks is the better choice:

You need to accept from far more chains and wallets than Bridge’s listed network set allows, you want the payer relationship to stay yours, and you need compliance evidence you generate.

Key Highlights of Fireblocks vs. Bridge:

• Front door coverage: Fireblocks accepts payins from 800+ wallet types across EVM, Solana, and Bitcoin plus major exchange deposits, and supports receiving across 150+ chains. Bridge’s route explorer lists 19 chains today, with new chains added by contacting Bridge rather than self-service.
• Custody position on arrival: Fireblocks does not take custody at conversion, so funds settle into a Fireblocks Vault, a business-controlled embedded wallet, or an external address you specify. Bridge is custodial, and its own US terms state that “title to those funds transfers to Bridge upon receipt.”
• Who the payer belongs to: With Flow, the business keeps its brand, its checkout, and its merchant or user relationship. In a custodial acceptance model the provider is holding the payer’s money, which changes who the payer is dealing with.
• Handling deposits you cannot keep: Fireblocks screens the payer’s wallet against the authenticated session before the payment proceeds, applies proof of ownership and sanctions checks, and enforces geography rules per transaction, with your own Chainalysis or TRM Labs account if you have one. Bridge performs screening itself, with no documented way for you to select a vendor or set thresholds.
• Finance close: Fireblocks produces a complete audit trail from deposit through settlement with TRES Finance reconciliation and ERP connectivity. Bridge documents identifiers and history endpoints to reconcile against, and no ERP integration.

Summary:

Bridge gets you from one API to accepting and converting stablecoins faster than anything else here. Its licensing backs that up with FinCEN money services business registration, state money transmitter licenses across 33 US jurisdictions, and MiCA CASP and EMI authorization across the EU. Virtual accounts in USD, EUR, MXN, BRL, COP, and GBP, issued under Bridge’s own licenses through partner banks, give it direct fiat payin rails, and open Issuance adds branded stablecoin issuance with managed reserves in days. For a fintech accepting in a few currencies with one use case and no governance requirement, the single API is a reasonable shortcut.

Fireblocks leads when acceptance is the business rather than a feature, and the two routinely coexist. Bridge is a named provider in the Fireblocks Network for Payments directory alongside Circle, dLocal, OpenPayd, and Yellow Card, so using Bridge’s rails for US fiat conversion while keeping acceptance, custody, and reconciliation on your own platform is a live pattern rather than a compromise. That split matters as volume grows, because the acceptance surface, the compliance record, and the conversion spread are the parts of a payin business worth owning outright.

Fireblocks vs. Zerohash

When Fireblocks is the better choice:

You want to own the acceptance experience, the compliance record, and the margin, and you need configurable screening and reconciliation rather than a managed service.

Key Highlights of Fireblocks vs. Zerohash:

• Position in the transaction: Fireblocks takes no custody at any point in the acceptance and conversion flow, so stablecoin acceptance runs through infrastructure you operate. Zerohash’s payments products are fully managed: client assets sit in Zerohash-controlled wallets, which Zerohash publishes as segregated from company funds and configurable at the unique-wallet or omnibus-ledger level, so Zerohash is in the flow of funds on every payment.
• Screening you configure: Fireblocks screens the payer’s wallet against the authenticated session before the payment proceeds, with proof of ownership, sanctions checks, geography rules per transaction, and your own Chainalysis or TRM Labs account. Zerohash lets you configure which account types and providers you accept from, and performs the screening itself on vendors it does not name, so the compliance record is produced on its side rather than yours.
• Governance on acceptance: The Fireblocks Policy Engine applies rules across amount, counterparty, asset, and time window inside Intel SGX. Zerohash’s portal ships two user roles, Admin and Trade Submitter, and its documentation states that by default a single Admin can create a withdrawal account and submit a withdrawal with zero approvals from anyone else. Multi-approver requirements are arranged by contacting Zerohash rather than configured by your team.
• Attribution and wrong-payment handling: Unique deposit addresses map to merchant accounts for clean attribution, one-time addresses with restricted asset lists constrain what can land, and payments to spent addresses refund automatically to source. On a managed model those behaviors are the provider’s implementation.
• Reconciliation: TRES Finance reconciles across 220+ chains and venues with journal entries into NetSuite, QuickBooks and Xero. Zerohash provides CSV portal export without documented ERP integration.

Summary:

Zerohash holds money transmission coverage across 51 US jurisdictions, a New York BitLicense, MiCAR authorization in the EU, and a North Carolina trust charter, which lets a payments company accept under Zerohash’s authorizations rather than its own, and it publishes a payout list reaching more than 130 jurisdictions. It holds SOC 2 Type II and ISO 27001. For a company that wants acceptance live without standing up a crypto team or a licensing program, that is a well-proven shortcut. The shortcut also means the licenses, the supported assets, the screening rules, and the funds on arrival all sit with Zerohash on every payin.

Fireblocks leads for payments companies that intend to own acceptance rather than outsource it. Each of those constraints is acceptable at launch and becomes expensive once acceptance volume is the business. Owning the acceptance path means the payer can arrive with any token from any of 800+ wallet types, screening runs on your own rules and produces a record you hold, and funds settle into custody you control rather than waiting on a provider to release them. Triple-A and Bloxcross run their own global acceptance and cross-border flows on the platform rather than a provider’s.

Why Teams Choose Fireblocks for Payins

• Funds land where you decide: Fireblocks takes no custody at any point in the acceptance flow including conversion, so payins settle straight into a Vault, an embedded wallet, or an address you specify.
• Accept whatever the payer holds: Flow connects 800+ wallet types across EVM, Solana, and Bitcoin plus exchange deposits from Coinbase, Kraken, and Crypto.com, with new wallets added automatically.
• Attribution without matching logic: Unique deposit addresses map directly to a merchant or customer account, so every inbound payment is attributable the moment it lands.
• Wrong payments handled automatically: One-time addresses with restricted asset lists mean only permitted assets and chains land, and anything sent to a spent address refunds to source without operator intervention.
• Screening before the payment proceeds: The payer’s wallet is screened against the authenticated session with proof of ownership, sanctions checks, and per-transaction geography rules, using your own Chainalysis or TRM Labs account.
• Your brand and your merchants stay yours: Flow drops into the checkout or deposit flow you already run, so the business keeps its brand, its checkout, and its payer relationship.

Accepting a payment means accepting whatever the payer chose to send, along with the operational work behind it. That work runs on the platform securing $16T in digital asset transactions for 2,400 organizations across 150+ blockchains.

Ready to Compare Hands-On?

→ Request a demo

→ Explore Fireblocks Flow

→ Read the stablecoin payin blueprint

→ Check out our customer stories

Last Updated: September 2026. Competitive comparisons are based on publicly available information. Features and capabilities are subject to change.