Your assets shouldn’t share someone else’s risk.
When your assets are in an anonymity pool, they can easily be contaminated by one bad asset slipping into that pool, resulting in you becoming unbankable and unable to pass KYC and KYB.
Route your digital assets through any wallet or smart contract, even one you don’t own, without requiring its signing authority. Non-custodial, programmable and screened at every hop.
| Signature | Time | Action | From | To | Amount | Screening |
|---|---|---|---|---|---|---|
| 6TzVbK…3mWpQd | just now | DELIVERED | Binance 2 | dest_2D…Y4hrde | +250,000 USDC | ✓ clear |
| 2NwXrT…8sKfLm | 17 min ago | HOP 3 | Coinbase | Binance 2 | −250,000 USDC | ✓ clear |
| 7KpQmw…4vTzRc | 32 min ago | HOP 2 | hop1_8X…heQLiF | Coinbase | −250,000 USDC | ✓ clear |
| 9cx4vN…prXE8L | 41 min ago | HOP 1 | origin_2D…9hde2 | hop1_8X…heQLiF | −250,000 USDC | ✓ clear |
Public ledgers can expose counterparties, treasury movements and trading patterns. MultiHopper adds configurable multi-hop routing to your existing workflows, with isolated transfers and compliance screening throughout. No pooled liquidity. No new chain.
When your assets are in an anonymity pool, they can easily be contaminated by one bad asset slipping into that pool, resulting in you becoming unbankable and unable to pass KYC and KYB.
Liquidity pools are impossible to scale and incentivize on just one asset, never mind any single asset. The pools are vulnerable to slippage and bank-runs
Shielded pools are subject to exploitation and abuse, which makes them impractical and unfeasible for the future of money transfer and transactions.
Screen the route. Set the path and timing. Deliver to the destination.
Every route begins at the compliance engine. The documented routing workflow includes TRM Labs screening before execution. Review the security model for its scope and limitations.
Easy Route gives you abstraction out of the box. Custom Route lets you send your own assets through any wallet or smart contract, even one you don’t own, without requiring its signing authority. Choose the exact timing of every hop.
Multi-hop paths and configurable timing reduce direct origin-to-destination signalling. Screening records support your compliance workflow.
Technical references: wrapper-token mechanics, security assumptions and limitations, and the route lifecycle. Routing does not erase onchain history.
Watch Alex Kujavsky, CBO and co-founder of MultiHopper, quickly explain MultiHopper and enjoy a demo of our Custom Routing product, sending assets through any wallet and smart contract in existence without their signing authority, delivering onchain private programmable money.
Published July 28, 2026. Duration: 4 minutes 32 seconds. This YouTube transcript is automatically generated and may contain recognition errors. Refer to the current technical documentation for implementation details.
YouTube transcript
Video ID: p6b5kqYQjmw
Language: en
Captions: auto-generated
[0:00] Hi, I'm Alex, co-founder and chief
[0:02] business officer at MultiHop. At
[0:04] MultiHop, we're building one of the most
[0:06] important missing pieces of blockchain
[0:08] infrastructure, the private programmable
[0:10] movement primitive for on-chain digital
[0:12] assets. Every day, Swift enables more
[0:15] than 11,000 financial institutions to
[0:18] move around $40 trillion
[0:20] in value privately, securely, and
[0:22] compliantly. Securities and tokenized
[0:24] assets takes that to $90 trillion
[0:27] every day.
[0:28] That level of economic activity can't
[0:30] move on-chain until institutions can
[0:32] transfer digital assets with the same
[0:34] level of privacy, control, compliance,
[0:36] and scalability they expect today.
[0:38] That's exactly what we've built.
[0:40] MultiHop enables anyone to transfer
[0:42] unlimited amounts of any digital asset
[0:44] entirely on-chain through programmable
[0:46] routes. Without custody, liquidity
[0:48] pools, asset commingling, and most
[0:50] importantly, without requiring
[0:51] permission or signing authority from the
[0:53] wallets and smart contracts involved in
[0:54] the route. It's a completely new
[0:56] primitive for blockchain infrastructure.
[0:58] Compliance matters. We've partnered with
[1:00] TRM Labs to embed AML, OFAC sanctions,
[1:03] CFT, and illegal stolen funds screening
[1:06] directly into our smart contracts,
[1:08] creating a clean pipe for the world's
[1:09] digital money to flow through.
[1:11] Today, we're live on Solana with over
[1:13] 3,000 routes deployed. EVM and Tron are
[1:16] launching soon.
[1:17] Visa Super Team Germany placed MultiHop
[1:19] in the top three startups in the
[1:20] Coliseum track, and we were featured by
[1:23] Solana on their official X account.
[1:25] Perhaps most importantly, MultiHop isn't
[1:28] just infrastructure. It creates a new
[1:30] revenue stream for every integrator.
[1:32] Partners earn a share of the revenue
[1:34] generated, aligning incentives across
[1:36] the entire ecosystem.
[1:37] We don't believe the future of digital
[1:39] assets needs more private blockchains.
[1:42] We believe public blockchains simply
[1:43] need better movement infrastructure.
[1:46] If you're building on-chain financial
[1:47] products like exchanges, DeFi, market
[1:50] making, stablecoin genetic, or our
[1:52] institution coming on-chain, we'd love
[1:55] to show what MultiHop can do for
[1:57] and your users.
[1:58] >> Welcome to Swift 2.0, the future of
[2:01] sending unlimited amounts of money on
[2:03] the blockchain.
[2:05] I'll connect to my wallet and I can
[2:06] choose any asset that I like.
[2:08] I configure my route, I [music] choose
[2:10] how much of assets I want to send.
[2:12] I click next step and then I customize
[2:14] my route.
[2:15] Moving to the next step, I'm going
[2:16] [music] to name my route. Let's just
[2:18] call it SSR send.
[2:21] I'm going to start by sending assets
[2:23] over to USDC's smart contract. We're
[2:26] going to leave it there for about 2
[2:27] minutes.
[2:29] And we're going to go over to Coinbase
[2:30] Prime's wallet and leave the asset
[2:32] [music] there for 2 minutes.
[2:34] Next, we're going to send the assets
[2:35] over to Upbit's wallets
[2:38] and leave it there for 2 minutes.
[2:40] On our next stop, we'll send [music] the
[2:41] assets over to Jupiter's smart contract
[2:44] and leave it there for 5 minutes.
[2:47] And for our last stop, we're going to
[2:48] send the assets over to Binance's hot
[2:50] wallets, too.
[2:55] And finally, we'll add our destination
[2:57] wallet and send it there after 2
[2:59] minutes.
[3:00] Click next step.
[3:01] >> [music]
[3:01] >> Now you can see all the wallets that are
[3:03] part of your transfer and how much it's
[3:04] going to cost you.
[3:05] Click confirm
[3:07] and the SPL route is created.
[3:09] We're very transparent about our fees
[3:11] and [music] we return any gas fees and
[3:13] account recovery fees to you, so you
[3:15] will find some money appearing in your
[3:17] wallets.
[3:20] In our history tab, you can see all the
[3:22] routes that have ever been created. You
[3:23] can replay them easily in place you like
[3:25] one and let's have a look at the route
[3:27] we just created. I can see exactly where
[3:29] it is in the process and if [music] I
[3:31] click on this first one that we've
[3:33] already hopped through, well, let's see
[3:34] what it is. That is USDC's smart
[3:36] contract and we've just hopped through
[3:38] it.
[3:40] As we hop along, we can see exactly how
[3:42] far [music] we've gotten and you can see
[3:44] that currently we are hopping through
[3:45] Jupiter's team cold storage wallet.
[3:49] Now that our transfer is finished, let's
[3:50] go to a look at the final destination
[3:52] wallet and see what it looks like.
[3:55] When we look inside [music] here, we'll
[3:56] go to the transfers, and as you can see,
[3:58] we received funds from the last hop,
[4:00] which was Binance wallets too. The
[4:02] tokens unwrap themselves, revealing the
[4:04] assets that you sent. Next, let's see
[4:06] what this looks like on Arkham.
[4:09] On Arkham, we'll input the signature.
[4:11] >> [music]
[4:11] >> The first three letters of Dead Rekt
[4:12] that sent this start with two LL.
[4:15] And as you can [music] see here, that
[4:17] doesn't appear anywhere.
[4:20] Even digging deeper, we can't see it
[4:22] anywhere in the history.
[4:25] Welcome to the future of sending money
[4:27] online.
[4:28] Limitless, self-custodial,
[4:31] and permissionless.
Choose the wallets and smart contracts your own assets route through, without requiring ownership or signing authority over those addresses. Set the timing of each hop to fit your workflow.
Route across any wallet, contract or cold storage address with randomized timing abstraction. One request in, an unpredictable but fully screened path out.
Routes are API objects: create, prepare, confirm. Compose them into treasury ops, settlement flows and agent workflows.
Live on Solana mainnet now, with EVM and TRX support on the roadmap.
Stuck funds mid-route are user-recoverable by design, providing the operational safety institutions expect from settlement infrastructure.
From treasury operations to embedded wallet features, explore where MultiHopper fits into your business.
Introducing multi-destination transfers.
Built for payments, salary distribution and token migrations or launches. Send to multiple wallets with programmable routing that reduces direct origin-to-recipient links and visible wallet bundling.
Start Hopping! ↗Illustrative animation. Fading elements represent reduced direct linkage, not deletion of onchain transaction records.
From token distributions to DeFi and agent commerce: see how teams are applying MultiHopper through proofs of concept and integrations.

A token migration platform exploring MultiHopper Multi-send for distributing post-migration allocations to participants.
The PoC scenario involves 70% or more of the token supply passing through a shared migration source. The goal is to route allocations to their intended participants with less direct transaction linkage. Routing changes the transfer path; it does not change beneficial ownership or the actual allocation of supply.

DZap combines swaps, bridges, lending, staking and liquidity positions into integrated DeFi flows.
The integration starts with transfers into and out of swaps, then extends toward staking. MultiHopper adds configurable paths and timing without commingling routed funds. Flexible routing expands asset and amount options; the chosen network, liquidity and destination protocol still determine what a swap can execute.
oobe provides Solana agent identity, discovery, tools and payments. Steve brings that stack into trading and onchain execution.
Example workflow: Steve discovers another agent’s paid research or execution service. x402 communicates the payment requirement; the planned integration adds a MultiHopper route for the asset transfer. Once the service’s payment checks succeed, Steve receives the result and continues its task. The benefit is controlled counterparty exposure alongside screened transfers.

EarnFi connects agents and developers to paid jobs, campaigns and human contributions through its Agent API and Work API.
Example workflow: an agent commissions research or feedback, funds the job, reviews submitted work and approves payment. MultiHopper’s role is the movement of assets supporting that process. This supports agent-funded work and contributor payouts with programmable routing and screening.
Programmable paths and timing. Non-custodial transfers. No commingled funds. TRM-powered screening at every hop.
// 1. Create a route const route = await hopper.routes.create({ asset: "USDC", amount: "250000", hops: 4, timing: "abstraction" }); // 2. Prepare: every hop is screened const plan = await hopper.routes.prepare(route.id); // plan.hops[n].screening → "clear" // 3. Confirm & broadcast await hopper.routes.confirm(route.id);
Deployment schedules vary. See the current pricing model.
Let’s map MultiHopper to your treasury, wallet or settlement workflow.
Prefer self-serve? Open API access: pick it up and start routing today.