Hyperliquid (HyperCore)

Overview

Mayan supports direct Hyperliquid (HyperCore) deposits and withdrawals through the Swap SDK. You can:

Deposit — swap from any supported token on any supported chain into a HyperCore USDC balance.
Withdraw — move USDC out of a HyperCore balance back to an EVM chain.

A HyperCore account is identified by an ordinary EVM-style 0x… address — the same address the user signs with. HyperCore holds USDC in two distinct balances, and every deposit/withdrawal targets one of them:

USDC (spot) — the Hyperliquid spot balance.
USDC (perps) — the Hyperliquid perpetuals (collateral) balance.

Both directions are built on Mayan Swift v2. Deposits and withdrawals construct their own fixed payloads internally (see Zaps / Custom Payloads); you do not need to craft them. Only USDC is supported on the HyperCore side today. From an integrator’s perspective, HyperCore deposits and withdrawals are just another cross-chain swap route: you call the same fetchQuote and swapFromEvm / swapFromSolana entry points with hypercore as the toChain (deposit) or fromChain (withdraw), and consume the resulting Quote exactly as you would for any other pair.

Requires @mayanfinance/swap-sdk v14.3.0 or later.

HyperCore token identifiers

When you fetch a quote, the HyperCore side is addressed with these toToken / fromToken values:

Balance	Quote token name	Identifier (contract)
USDC (spot)	`USDC (spot)`	`0x000000000000000000000000000000000000ffff`
USDC (perps)	`USDC (perps)`	`0x0000000000000000000000000000000000000000`

You can always discover these dynamically from the Tokens API (fetchTokenList('hypercore')) instead of hard-coding them.

Deposit (into HyperCore)

Bridge/swap from a source chain into a HyperCore USDC balance. This is a normal signed transaction on the source chain (so the user needs gas there); the SDK and Mayan relayer handle the rest, crediting the chosen HyperCore balance.

1. Fetch a quote

Set toChain: 'hypercore' and toToken to the spot or perps identifier. The returned quote is a SWIFT quote whose toToken.name is 'USDC (spot)' or 'USDC (perps)'.

import { fetchQuote } from '@mayanfinance/swap-sdk';

const HC_USDC = {
  spot: '0x000000000000000000000000000000000000ffff',
  perps: '0x0000000000000000000000000000000000000000',
};

const quotes = await fetchQuote({
  amountIn64: '3800000000000000', // 0.0038 ETH (wei)
  fromToken: '0x0000000000000000000000000000000000000000', // ETH on Base
  fromChain: 'base',
  toToken: HC_USDC.spot, // or HC_USDC.perps
  toChain: 'hypercore',
  slippageBps: 'auto',
});

const quote = quotes[0];

The input token can be anything Mayan supports on the source chain (native ETH, USDC, etc.); Mayan swaps it to USDC and deposits it.
gasDrop is not supported for HyperCore deposits and is ignored.
HyperCore deposits do not accept a caller-supplied payload — passing one throws. The route builds its own fixed payload.
HyperCore enforces a minimum deposit (around 5 USDC of output). Size amountIn64 so the expected output clears it.

2. Execute the deposit

Use the regular swapFromEvm (or swapFromSolana) — there is no extra signing step. Pass the user’s HyperCore address (the 0x… account) as destinationAddress.

import { swapFromEvm } from '@mayanfinance/swap-sdk';
import type { TransactionResponse } from 'ethers';

const hyperCoreAddress = wallet.address; // the 0x account that owns the HyperCore balance

const res = (await swapFromEvm(
  quote,
  wallet.address,    // swapperAddress (must match the signer)
  hyperCoreAddress,  // destinationAddress = HyperCore account
  null,              // referrerAddresses
  signer,            // ethers Signer on the source chain
  null,              // permit
  null,              // overrides
  null,              // payload — must be null for HyperCore deposits
)) as TransactionResponse;

console.log('source tx:', res.hash);
await res.wait();

For a contract-level integration, build the unsigned transaction with getSwapFromEvmTxPayload instead. Solana sources are supported via swapFromSolana; depositing from HyperEVM uses a mono-chain quote and the same swapFromEvm entry point.

Sui → HyperCore is temporarily disabled. Calling createSwapFromSuiMoveCalls with toChain: 'hypercore' throws. A dedicated entry point will ship in a future release.

3. Track the deposit

A deposit returns a normal TransactionResponse. Track it on the Explorer API by transaction hash and watch clientStatus (INPROGRESS → COMPLETED / REFUNDED):

const res = await fetch(`https://explorer-api.mayan.finance/v3/swap/trx/${txHash}`);
const { clientStatus } = await res.json();

Withdraw (out of HyperCore)

Move USDC out of a HyperCore balance to an EVM chain. Withdrawals are gasless: the user signs an EIP-712 typed-data message instead of sending an on-chain transaction, and the SDK submits it to the Mayan relayer. No source-chain gas is required.

1. Fetch a quote

Set fromChain: 'hypercore' and fromToken to the spot or perps identifier, and pass { gasless: true }. HyperCore withdrawals must be gasless SWIFT quotes — the returned quote carries an hcSwiftWithdraw object.

import { fetchQuote } from '@mayanfinance/swap-sdk';

const quotes = await fetchQuote(
  {
    amountIn64: '5000000', // 5 USDC (6 decimals)
    fromToken: HC_USDC.spot, // or HC_USDC.perps
    fromChain: 'hypercore',
    toToken: '0x0000000000000000000000000000000000000000', // ETH on Base
    toChain: 'base',
    slippageBps: 'auto',
  },
  { gasless: true },
);

const quote = quotes[0];
// quote.gasless === true, quote.type === 'SWIFT'
// quote.hcSwiftWithdraw = { gasLimit, relayerFee64, maxFee64, minFinalityThreshold }

You can withdraw to any supported destination token/chain (e.g. ETH or USDC on Base).

2. Execute the withdrawal

Call the same swapFromEvm. Because quote.fromChain === 'hypercore' and the quote is a gasless SWIFT quote, the SDK builds the HyperliquidTransaction:SendToEvmWithData EIP-712 message, has the signer sign it, submits it to the relayer, and returns an orderId string (no on-chain tx).

import { swapFromEvm } from '@mayanfinance/swap-sdk';

const orderId = (await swapFromEvm(
  quote,
  wallet.address,   // swapperAddress = HyperCore account (must match the signer)
  destinationAddr,  // where the funds land on the destination chain
  null,             // referrerAddresses
  signer,           // ethers Signer — signs the EIP-712 message
  null,             // permit
  null,             // overrides
  null,             // payload — optional, supported for withdrawals
)) as string;

console.log('withdraw orderId:', orderId);

Withdrawals must use a gasless SWIFT quote. Passing a non-gasless quote (or a non-SWIFT quote) throws Only SWIFT gasless quotes are supported from hypercore withdraw.
Unlike deposits, a custom payload is supported and is appended to the order’s hook data.
You only specify the final toChain / toToken in the quote; the SDK and relayer handle delivery to that destination.

3. Track the withdrawal

swapFromEvm returns an orderId (e.g. HCS_WITHDRAW_0x…) for HyperCore withdrawals. Track it on the Explorer API via the order-id endpoint (not the trx endpoint used for deposits) and watch clientStatus:

const res = await fetch(`https://explorer-api.mayan.finance/v3/swap/order-id/${orderId}`);
const { clientStatus } = await res.json(); // INPROGRESS -> COMPLETED / REFUNDED

ARCHITECTURE

INTEGRATION

APPLICATION

RESOURCES

Hyperliquid (HyperCore)

Overview

HyperCore token identifiers

Deposit (into HyperCore)

1. Fetch a quote

2. Execute the deposit

3. Track the deposit

Withdraw (out of HyperCore)

1. Fetch a quote

2. Execute the withdrawal

3. Track the withdrawal

​Overview

​HyperCore token identifiers

​Deposit (into HyperCore)

​1. Fetch a quote

​2. Execute the deposit

​3. Track the deposit

​Withdraw (out of HyperCore)

​1. Fetch a quote

​2. Execute the withdrawal

​3. Track the withdrawal

Overview

HyperCore token identifiers

Deposit (into HyperCore)

1. Fetch a quote

2. Execute the deposit

3. Track the deposit

Withdraw (out of HyperCore)

1. Fetch a quote

2. Execute the withdrawal

3. Track the withdrawal