Facts checked 12 November 2026.
Rhino.fi vs LI.FI is a choice between two ways of backing a stablecoin payout. LI.FI is a bridge and DEX aggregator: it routes each transfer to bridges, decentralised exchanges (DEXs) and solvers run by other parties, and its Intents product lets those solvers commit to a guaranteed output amount. A solver is a professional market maker that fills an order from its own funds. Rhino.fi is stablecoin payments infrastructure that pays the destination from its own reserves on the destination chain, so the payout comes from liquidity Rhino.fi holds.
Rhino.fi wrote this page. Each LI.FI fact on it was read on LI.FI’s own site, docs or public API and is listed under Sources with the date it was read. Where LI.FI publishes nothing on a point, the page says so. If something here is out of date, tell us and we will correct it.
Rhino.fi is stablecoin payments infrastructure for businesses. The retail app was retired on 1 September 2026, and Rhino.fi now works only with businesses that move money for their customers.
What is the difference between a bridge aggregator and a liquidity network?
A bridge aggregator finds a route for each transfer across bridges, exchanges and solvers that other parties run, and the transfer settles on whichever venue wins the quote. A liquidity network holds its own funds on each chain, pays the destination from them, and moves its own balances back into place afterwards. The aggregator offers the widest choice of routes, while the liquidity network offers one party that answers for the payout.
LI.FI describes itself as “the routing and execution layer that connects any application to all on-chain liquidity”. Its public tools list named 38 bridges and 41 exchanges when it was read, among them LI.FI Intents, where liquidity comes from solvers’ own inventory, centralised exchange desks and over-the-counter counterparties. Rhino.fi, by contrast, is a liquidity provider: every transaction “settles from Rhino-owned liquidity, never routed through third-party bridges or public DEXs” (Bridge and Convert).
Both companies now sell a fixed amount. LI.FI’s payments page promises “a guaranteed output amount upfront, solvers handle the execution risk”, and Rhino.fi’s commitment is that “The amount you quote is the amount that settles”. Rhino.fi calls this deterministic settlement: the business knows the amount that will arrive before its customer pays, because Rhino.fi pays it from its own reserves. The difference for a business is therefore who holds the money that makes the amount good, and who it deals with when a payment does not arrive. For the wider field, see our comparison of stablecoin infrastructure companies.
Rhino.fi vs LI.FI at a glance
The table sets the two side by side, using each company’s own published wording where the exact words matter. “Not published” means the point was not found on that company’s pages, which is different from saying it does not exist.
| Rhino.fi | LI.FI |
|---|
What it is | Stablecoin payments infrastructure: deposit addresses, screening, settlement and onchain actions in one integration | Bridge and DEX aggregator, with an intents product filled by solvers |
Where the payout comes from | Rhino.fi’s own reserves on the destination chain | The venue that wins the route: a bridge, an exchange, or a solver on LI.FI Intents |
Amount at quote | The quoted fee and conversion rate are honoured until the quote expires. With 1:1 Stablecoin Settlement, USDT and USDC convert at 1:1 within a guardrail of 3 basis points (0.03%) | Aggregator routes: an estimate plus a guaranteed minimum set by slippage (the allowed gap between the quoted and the delivered amount). LI.FI Intents: “a guaranteed output amount upfront”. Stablecoin 1:1, an enterprise feature enabled per integrator, prices eligible stablecoin pairs at par |
Deposit addresses | Smart Deposit Addresses (SDAs): reusable, created for each end customer, one address for all EVM chains plus one each for Solana, Tron, Bitcoin and Stellar | LI.FI’s deposit addresses: an enterprise feature, “single-use” and “valid for 24 hours”, on 11 networks plus Bitcoin (beta) as a source. TRON is not on the list |
Chains | 30+ chains | “60+ chains” on its homepage |
TRON | USDT, for SDAs and bridge transfers | On the aggregator API, cross-chain only: “Same-chain swaps on Tron are not supported yet” |
Screening | KYT (know your transaction) and AML (anti-money laundering) screening on every deposit before it is credited, with custom rules through an extension | OFAC (US sanctions list) screening on LI.FI Intents. Other screening not published |
Fees | Subscription with a fixed monthly cost per tier and no basis-point fee. Extensions are priced separately. Prices not published | “0.25% service fee on each transaction”, plus integrator and route fees. Enterprise pricing agreed per integration |
Failed transfers | Retried while a route is short of liquidity, otherwise returned by the account manager | Depends on the bridge. LI.FI’s deposit addresses refund automatically |
Support | Named account manager and shared Slack channel on every plan | Standard: help.li.fi. Enterprise: “dedicated account manager and enterprise-level SLAs” |
How does one 250,000 USDT deposit on TRON run on each?
With the two models set out, one deposit shows how they differ in practice. Take a payment service provider whose customer pays 250,000 USDT on TRON, while that business keeps its balances in USDC on Base. It is a common shape, because many end customers hold USDT on TRON while the businesses that serve them settle in USDC on another chain.
On LI.FI
On LI.FI the business requests a route, signs the TRON transactions itself and then tracks the transfer until it completes.
When the routes endpoint was queried for this exact transfer on 4 November 2026, it returned two routes: Near Intents, estimated at about 31 minutes with a minimum output about 0.1% under the estimate, and LI.FI Intents, estimated at 30 seconds with the estimate equal to the minimum, both including LI.FI’s 0.25% fee.
A TRON quote is built for a sender who signs, because moving USDT on TRON needs a separate approval transaction first, and the transfer itself expires about 10 minutes after it is built.
A customer paying from an exchange can only send a plain transfer, so in practice the business receives the USDT at a TRON address it controls and then signs both transactions itself; LI.FI’s deposit addresses remove that step on the networks they cover, and TRON is not among them.
The bridge or the LI.FI Intents solver then delivers USDC on Base, and because the transfer runs on bridges and protocols that other parties operate, LI.FI’s terms state that it “cannot warrant” their “availability, reliability, and operability”.
The business checks the transfer’s status until it is marked complete, and LI.FI’s docs note that on a route with a minimum the amount received can differ from the estimate while staying at or above that minimum.
On Rhino.fi
On Rhino.fi the customer’s transfer is the only onchain step on the business’s side, and Rhino.fi handles the rest.
The business creates a Smart Deposit Address for the customer that accepts USDT on TRON and settles as USDC to the business’s address on Base; TRON is enabled through the Tron, Solana and Bitcoin Access extension.
The customer sends a plain transfer, from a wallet or “straight from a centralised exchange”, with no wallet connection.
KYT screening runs on the deposit before it is credited, and deposits from flagged addresses are blocked.
Rhino.fi credits USDC on Base from its own reserves at the market rate fixed in its quote, and that rate holds when the transfer settles, so there is no slippage. With 1:1 Stablecoin Settlement enabled the USDT deposited equals the USDC settled, net of any fee the business chooses to pass on to its customer, while the market rate stays within 3 basis points of 1:1.
Rhino.fi controls the keys to each Smart Deposit Address and sweeps the funds into its own pools after the payout, and the business receives a status update at each stage.
Rhino.fi settles deposits typically in under 10 seconds from deposit to usable balance. Its data for Q3 2026 shows that the origin chain decides most of that time, with a median of 1 second to Base from BNB Chain and 48 seconds from Ethereum (deterministic settlement).
Both flows end with USDC on Base. On LI.FI the business holds the TRON leg and picks a route whose liquidity belongs to a bridge or a solver. On Rhino.fi the payout comes from Rhino.fi’s reserves, and the business’s only task is to hand the customer an address.
What happens when a deposit goes wrong?
The example above assumes the deposit goes through. When it does not, the funds have to return to someone, and the two models differ in who decides how.
On LI.FI
On LI.FI the outcome depends on the route the transfer took.
Refund eligibility “depends on the bridge or tool used”: some bridges refund automatically after a failure, and others “may leave the transaction unresolved”.
If the bridge succeeds but the swap on the destination chain fails, the user is refunded automatically on the destination chain, typically in the bridged asset.
A transfer can also complete with the full value delivered in a different token from the one expected, and LI.FI treats that as final.
LI.FI’s deposit addresses refund failed and expired deposits to the sender automatically, with LI.FI covering the gas.
On Rhino.fi
On Rhino.fi the same rules apply to every route, and the business’s Rhino.fi account manager handles the return.
A deposit is processed only if the token is supported on that chain, the amount is inside the address’s limits and it passes AML screening.
A deposit that fails one of those checks triggers a rejection notice to the business, and its Rhino.fi account manager returns the funds to a verified address.
If a route is briefly short of liquidity, “the deposit is retried until it settles or is refunded”.
The business can name an address where failed deposits are returned automatically, which suits cases where the depositor controls the sending address.
An automatic refund to the sender has one limit on either provider: when a customer pays from an exchange or another pooled wallet, funds sent back to that address may never reach the customer. The difference for a support team is therefore who it calls, which on LI.FI is LI.FI with the bridge’s refund rules behind it, and on Rhino.fi is one named account manager for every route.
Which chains and tokens does each cover, including TRON?
Before either flow can run, the provider has to support the chains and tokens the business’s customers use. LI.FI covers more chains and tokens, and Rhino.fi concentrates on stablecoins across 30+ chains.
LI.FI’s homepage says “60+ chains”, and when its chains API was read it returned 70: 65 EVM chains (chains compatible with Ethereum’s software) plus Solana, Bitcoin, Sui, Zcash and TRON. It reaches long-tail tokens, including tokenised stocks, through routes composed of several steps, and it runs same-chain swaps on EVM chains. On TRON its docs list four bridges (GasZip, Symbiosis, Near Intents and Allbridge), and on the aggregator API a quote that starts on TRON is always cross-chain.
Rhino.fi covers “30+ chains and all major stablecoins” (Chains & Tokens). TRON and Base are both supported for bridge transfers and for Smart Deposit Addresses (supported chains docs). On TRON, Rhino.fi carries USDT. A new EVM chain typically takes one to two days to add once it is agreed.
How do the fees work?
Once the route is covered, the cost of using it follows two different models: LI.FI charges per transaction, and Rhino.fi charges a subscription.
LI.FI charges “a 0.25% service fee on each transaction”, and an integrator can add its own fee on top. Each bridge or exchange on the route also has its own fee, which the quote shows before the transfer is sent. LI.FI offers volume-based discounts, and its enterprise pricing is agreed per integration.
Rhino.fi uses subscription pricing instead of a basis-point fee, with a fixed monthly cost per tier and overages so that service is not interrupted. The pricing page lists what every integration includes, among them settlement liquidity, deposit address monitoring, refund processing and compliance screening, with “No setup fee. No onboarding fee.” Extensions such as Tron, Solana and Bitcoin Access and 1:1 Stablecoin Settlement are enabled on request and priced separately. A business can also pass its own surcharge to its customers, and Rhino.fi deducts what it collects from the month’s invoice.
Because the subscription is a fixed monthly cost, Rhino.fi takes no percentage out of each transfer, which supports the deterministic settlement described earlier.
Rhino.fi’s prices depend on the tier, so this page does not total a cost for either side.
How does screening compare?
A regulated business also has to know that each deposit was checked before it was credited. Screening means checking the addresses behind a transaction against sanctions lists and known illicit activity, and the two providers document it at different points in the flow.
Rhino.fi screens before it credits. Its docs commit to KYT screening on 100% of deposits to Smart Deposit Addresses and to blocking deposits from flagged addresses automatically. The Enhanced Compliance extension lets a business add its own rules from a screening tool such as Chainalysis or Elliptic, or from its own in-house system. On certification, Rhino.fi’s wording is “MiCA, Travel Rule, and SOC 2 compliance on track”.
The screening LI.FI documents is OFAC screening on LI.FI Intents, where orders are filled by “a network of KYB’d solvers you get to choose from”. KYB (know your business) means each solver has been verified as a legal entity. LI.FI’s neobanks page describes a “Compliance-First Architecture” built for regulated institutions. LI.FI publishes nothing on transaction-level screening for aggregator routes.
Rhino.fi or LI.FI: which fits which business?
Taken together, the sections above point each provider at a different kind of business.
When LI.FI is the better choice
LI.FI suits a business that values breadth of routes and tokens above a single counterparty.
The business needs chains Rhino.fi does not cover, since LI.FI’s API listed 70.
Each transfer should compete for the best quote across LI.FI’s bridges and exchanges.
The product needs same-chain swaps, long-tail tokens or tokenised stocks.
The business wants to start for free, as the Standard plan is “free to integrate” at up to 200 requests a minute.
The product is itself a bridge or swap interface that consumers use directly: LI.FI offers a ready-made widget for it, and Rhino.fi’s own docs say it “may not be the right fit” for a consumer bridge interface or a personal cross-chain wallet.
When Rhino.fi is the better choice
Rhino.fi suits a business that accepts stablecoin deposits from its customers and wants one party to answer for each payout.
Customers pay by plain transfer, including from exchanges, and the business wants one reusable address per customer that accepts stablecoins from any supported chain.
The business converts USDT to USDC and wants the deposited amount to equal the settled amount within the guardrail, with Rhino.fi’s own reserves behind it.
Every deposit has to be screened before it is credited, with room for the business’s own rules.
Funds should land ready to use, which Automated Onchain Actions make possible by running a contract call on arrival, for example to place a deposit straight into a yield vault.
The business moves large amounts, as the Smart Deposit Addresses page gives “up to $10M in a single SDA deposit”.
Many of the business’s customers hold USDT on TRON, which needs infrastructure, compliance controls and operational processes that differ from those of EVM chains, and Rhino.fi runs them on its own liquidity.
More on the payments case: Rhino.fi for payment service providers.
What should you ask either provider?
Whose liquidity fills my order, and what happens to my quote if that party cannot fill it?
On TRON, can my customers pay by plain transfer from an exchange, and which route does the deposit take?
What is the timing on my route, as a median and a 99th percentile, from your own data?
Who screens each deposit, against what, on every route, and can I add my own rules?
When a transfer fails, who returns the funds, to which address, and how fast?
Who is the obliged entity for Travel Rule data (the sender and recipient details regulated firms must exchange) on a deposit?
What does a month at my volume cost, with every fee on the route included?
Put the same questions to Rhino.fi. Send us your chains, tokens and volumes, and talk to the team about running your deposit flow on Rhino.fi’s Smart Deposit Addresses.
Sources
Read 12 November 2026 unless a different date is given.
LI.FI
L1. “60+ chains”; page title “Liquidity Aggregation & Orchestration across all Blockchains”: li.fi
L2. “the routing and execution layer that connects any application to all on-chain liquidity”: LI.FI docs, introduction
L3. 38 bridges and 41 exchanges, including LI.FI Intents, Near Intents and deposit addresses (read 4 November 2026): li.quest/v1/tools
L4. 70 chains: 65 EVM plus Solana, Bitcoin, Sui, Zcash, Tron (read 4 November 2026): li.quest/v1/chains
L5. Intents: solver inventory, CEX desks and OTC counterparties; “KYB’d solvers you get to choose from, with OFAC screening built in”: li.fi/intents
L6. “Users get a guaranteed output amount upfront, solvers handle the execution risk”: li.fi/payments
L7. “Compliance-First Architecture”, built for regulated institutions: li.fi/neobanks
L8. Standard “free to integrate”, 200 requests a minute, support via help.li.fi; Enterprise “dedicated account manager and enterprise-level SLAs”, volume-based discounts: li.fi/plans
L9. Contracts forward to Third-Party Contracts LI.FI “cannot warrant”: LI.FI terms and conditions
L10. TRON through GasZip, Symbiosis, Near Intents, Allbridge: LI.FI docs, TRON ecosystem
L11. “Same-chain swaps on Tron are not supported yet”, separate approval transaction, validity of about 10 minutes: LI.FI docs, TRON overview
L12. LI.FI’s deposit addresses: enterprise feature, network list, single-use, 24 hours, automatic refunds, composed routes and tokenised stocks: LI.FI docs, deposit addresses
L13. “0.25% service fee on each transaction”, integrator fee, bridge and exchange fees shown in the quote, volume discounts: LI.FI docs, fees and monetization
L14. Refunds per bridge, destination swap refunds, completion in a different token: LI.FI docs, troubleshooting
L15. A completed transfer can differ from the quoted estimate while staying at or above the minimum: LI.FI docs, status tracking
L16. Routes for 250,000 USDT on TRON to USDC on Base, requested 4 November 2026 at 19:28 UTC: POST li.quest/v1/advanced/routes
L17. Stablecoin 1:1, an enterprise feature enabled per integrator: LI.FI docs, Stablecoin 1:1
L18. Enterprise pricing agreed per integration: LI.FI docs, dynamic pricing
Rhino.fi
R1. “The amount you quote is the amount that settles” (read 4 November 2026): rhino.fi
R2. “settles from Rhino-owned liquidity, never routed through third-party bridges or public DEXs”: Bridge and Convert
R3. “straight from a centralised exchange”, “up to $10M in a single SDA deposit”: Smart Deposit Addresses
R4. Subscription pricing, what is included, “No setup fee. No onboarding fee.”, named account manager and Slack channel, “MiCA, Travel Rule, and SOC 2 compliance on track”, under 10 seconds from deposit to usable balance: Pricing
R5. “30+ chains and all major stablecoins”: Chains & Tokens
R6. Smart Deposit Address mechanics: processing conditions, rejection notice, retries, refunds, pooled wallets, status updates, reusable addresses: Rhino.fi docs, Smart Deposits
R7. 1:1 Stablecoin Settlement, own reserves, 3 basis points, limits: Rhino.fi docs, stablecoin swaps
R8. Tron, Solana and Bitcoin Access, including the infrastructure and compliance controls these chains need: Rhino.fi docs, Tron access
R9. KYT on 100% of deposits to Smart Deposit Addresses, blocking, custom screening tools: Rhino.fi docs, Enhanced Compliance
R10. Quoted fee honoured until the quote expires, subscription tiers and overages, surcharge: Rhino.fi docs, fees and limits
R11. Consumer bridge interface line: Rhino.fi docs, what is Rhino.fi
R12. Tron carries USDT; TRON and Base supported for bridge transfers and SDAs: Rhino.fi docs, supported chains
R13. New EVM chain in one to two days: Rhino.fi docs, custom chain and token support
R14. Automated Onchain Actions: Rhino.fi docs, Automated Onchain Actions
R15. Q3 2026 medians to Base, 1 second from BNB Chain, 48 seconds from Ethereum (read 4 November 2026): What is deterministic settlement in crypto?
R16. Own-liquidity swaps priced at the market rate, rate guaranteed until the quote expires, no slippage: How do swaps with our own liquidity work?
