How to Start Using Project X on HyperEVM

# How to Start Using Project X: From Wallet Connection to Your First Swap

Project X gives HyperEVM users an onchain interface for exchanging supported tokens through liquidity pools. A beginner needs four practical preparations: an EVM-compatible wallet, the HyperEVM network added to that wallet, a small HYPE balance on HyperEVM for gas, and the token that will be exchanged.

The most important distinction is between assets held on HyperCore and assets available inside HyperEVM. HYPE may appear in a user’s wider Hyperliquid account, but a Project X transaction needs native HYPE in the HyperEVM wallet balance. Once the network and gas balance are ready, the process resembles a standard EVM swap: connect the wallet, select the assets, review the quote, approve token access when required, and confirm the transaction.

What You Need Before Opening Project X

Prepare:

• A self-custodial EVM wallet
• HyperEVM configured as an available network
• A small amount of HYPE on HyperEVM
• A supported token balance on the same network
• The verified contract address for any unfamiliar token

A legitimate decentralized application asks the wallet to connect and sign transactions. It never needs the wallet’s recovery phrase or private key.

For a first interaction, using a separate wallet with limited funds can reduce operational risk while learning network switching, approvals, and transaction confirmation.

Step 1: Prepare an EVM-Compatible Wallet

HyperEVM supports standard EVM addresses, so users can interact through compatible wallets. The same address may appear across several EVM networks, but balances on those networks are separate.

Install the wallet through its official distribution channel, create or import an account, and store the recovery phrase offline. Before connecting, confirm that the selected address is the one holding the assets intended for Project X.

Users with several accounts often connect the wrong address and assume their tokens are missing. Check both the active account and network before moving more funds.

Step 2: Add and Select HyperEVM

Project X operates through smart contracts on HyperEVM. The wallet must therefore use the correct network before a swap can be submitted.

The interface may prompt the wallet to add or switch networks automatically. If manual configuration is required, the HyperEVM mainnet details are:

• Network name: Hyperliquid
• Chain ID: 999
• Currency symbol: HYPE
• RPC URL: https://rpc.hyperliquid.xyz/evm

After saving the network, select it in the wallet. Confirm Chain ID 999 rather than relying only on the displayed name, because custom networks can be named freely.

The RPC endpoint lets the wallet read balances, estimate gas, and broadcast signed transactions. A temporary RPC problem can prevent a balance from appearing even when the assets remain onchain, so verify the network and refresh the wallet before changing settings repeatedly.

Step 3: Obtain HYPE for HyperEVM Gas

HYPE is the native gas asset of HyperEVM. It pays for approvals, swaps, transfers, liquidity operations, and other smart-contract transactions.

A frequent beginner mistake is holding HYPE on HyperCore but none on HyperEVM. HYPE intended for Project X gas must be available on the EVM side.

A standard route is:

1. Obtain HYPE in the Hyperliquid spot environment.
2. Use the supported “Transfer to/from EVM” flow.
3. Move HYPE from HyperCore to HyperEVM.
4. Use the same address that will connect to Project X.
5. Switch the wallet to HyperEVM and verify the native balance.

Do not move the entire gas balance away after funding the wallet. An ERC-20 token may require an approval before the swap, creating two separate transactions. Keep enough HYPE for the approval, the swap, and a later transfer if needed.

There is no universal HYPE amount suitable for every transaction because gas estimates can vary. Fund a modest reserve and review the wallet estimate before signing.

Step 4: Move the Trading Asset onto HyperEVM

Project X can use only assets available to the connected address on HyperEVM. A token visible on HyperCore, Arbitrum, Ethereum, or another network is not automatically available to a HyperEVM smart contract.

Confirm that:

• The token is on HyperEVM.
• The balance belongs to the connected address.
• The contract is the intended token contract.

Some linked assets can move between HyperCore and HyperEVM through supported system transfers. Other assets may require an appropriate bridge. The correct path depends on the token, so verify its official deployment and transfer method.

Token symbols are not unique. Anyone can deploy a contract with a familiar ticker. Compare the contract address with a trusted first-party reference before adding or trading a new asset.

Start with a small amount. A test swap confirms the wallet, network, token balance, and Project X interaction before more capital is exposed.

Step 5: Connect the Wallet to Project X

Open the official Project X interface and select the wallet connection control. Choose the relevant wallet provider and review the request inside the wallet.

A basic connection normally allows the site to view the public address and request signatures. It does not transfer tokens by itself.

Before approving, verify:

• The domain is correct.
• The wallet shows the intended account.
• HyperEVM is selected.
• The request is only for connection or network switching.
• No secret phrase or private key is requested.

After connecting, open the Swap section. If balances do not appear, check the selected wallet account and network before attempting another transfer.

Step 6: Select the Input and Output Tokens

Choose the token to sell in the input field and the token to receive in the output field. Enter the desired amount.

Project X uses available pool liquidity to calculate a quote. Depending on supported markets and current depth, the interface may use a direct pool or another available route.

Verify both token contracts, especially for recently launched HyperEVM assets. Also reserve enough HYPE for gas. When HYPE is the input asset, selecting the entire wallet balance may leave no native token to pay for execution.

Step 7: Review the Swap Quote

A quote is an estimate based on current liquidity and can change before inclusion in a block.

Review the available details:

• Estimated output
• Exchange rate
• Minimum amount received
• Price impact
• Slippage tolerance
• Estimated network fee
• Routing information, when displayed

Price impact is the movement caused by the trade itself. It increases when the order is large relative to active liquidity near the current price.

Slippage tolerance defines how much the result may worsen before the transaction fails. A very tight setting can cause failure in a moving market. An unnecessarily wide setting can permit a materially worse execution.

Do not raise slippage automatically just to force a swap through. Check whether liquidity is thin, volatility is high, or the trade is too large. Reducing the order size may provide a better quote.

The minimum received figure shows the lowest output accepted under the transaction settings. If conditions move beyond that limit, the swap should revert, although a failed transaction can still consume gas.

Step 8: Approve the Input Token When Required

Most ERC-20 tokens cannot be spent by a smart contract until the owner grants an allowance. A first Project X swap may therefore require an approval transaction before the actual exchange.

The approval does not perform the swap. It authorizes the relevant contract to spend up to the permitted amount of the selected token.

Check:

• The token being approved
• The spender
• The allowance amount
• The network
• The gas estimate

A limited allowance reduces the amount available to the contract but may require another approval later. An unlimited allowance is more convenient but grants broader ongoing permission. Users should choose deliberately rather than confirming automatically.

Native HYPE normally does not require a standard ERC-20 approval when used as the network’s native asset. Wait for any required approval to confirm before submitting the swap.

Step 9: Confirm the Swap

After approval, select the swap confirmation control. Project X sends a transaction request to the wallet.

Verify the network, asset, amount, contract, and gas estimate. Then sign. The wallet broadcasts the transaction to HyperEVM, and the swap is complete only after network confirmation.

Afterward, check that:

• The input balance decreased as expected.
• The output balance increased.
• HYPE was used for gas.
• The transaction succeeded.
• The received amount respects the accepted minimum.

A newly received token may not appear automatically in the wallet. Add its verified HyperEVM contract or inspect the address through a compatible block explorer before assuming the swap failed.

How a Project X Swap Works

A Project X swap interacts with liquidity deposited by LPs. The smart contract exchanges the input asset for the output asset through the selected pool or route.

Active concentrated-liquidity positions support the trade only where their ranges cover the relevant prices. This is why available depth influences price impact and why two swaps of different sizes can receive different average rates.

The user signs locally in the wallet. HyperEVM processes and records the transaction, while HYPE pays for computation and state changes.

The main parts have separate roles:

• Project X coordinates the swap.
• LP capital supplies the token inventory.
• Active liquidity determines available depth.
• Slippage settings define execution limits.
• The wallet authorizes the action.
• HyperEVM confirms it.
• HYPE pays the network cost.

Key Benefits of Starting with a Small Swap

A small first swap tests the full workflow with limited capital. It confirms that the wallet can connect, HyperEVM is configured correctly, HYPE is available, the token contract is valid, and the transaction can settle.

Project X provides non-custodial execution: assets remain under the wallet’s control until the user signs the required approval or swap.

The interface also exposes the practical effect of liquidity. Reviewing price impact, minimum output, and gas teaches users not to treat every token pair as equally deep.

Once the workflow is understood, the same network setup supports later Project X activities such as adding liquidity, managing positions, collecting fees, and using Portfolio.

Risks, Limitations, and Common Mistakes

Using the wrong network or transfer route is a major operational risk. Assets on another chain will not appear in the HyperEVM balance used by Project X.

Another common mistake is moving tokens to HyperEVM without HYPE. The assets may be visible but cannot be transferred or swapped without gas.

Token impersonation also matters. Verify contract addresses, particularly for new assets. A familiar name is not proof of authenticity.

Thin liquidity can produce high price impact. Avoid confirming a quote that does not make economic sense merely because the interface permits it.

Token approvals create ongoing permissions. Review and revoke allowances that are no longer needed through a trusted method.

Failed transactions may still consume gas. Before resubmitting, check for insufficient HYPE, an expired quote, restrictive slippage, a missing approval, or a temporary RPC issue.

Project X is smart-contract infrastructure, so users remain responsible for wallet security, token selection, execution settings, and market risk. A successful swap confirms that the transaction settled; it does not confirm the quality or future value of the purchased token.

Why Beginner Access Matters for Project X and HyperEVM

Project X gives HyperEVM assets a smart-contract-based venue for token exchange. A clear onboarding path helps users move from holding HYPE to interacting with ecosystem markets.

For PrjX, successful first swaps can bring genuine trading activity to liquidity pools. That activity supports price discovery and creates fee opportunities for active LP positions.

For HyperEVM, the process shows how a familiar EVM wallet can access applications built inside the Hyperliquid blockchain environment. HYPE connects network usage with the native asset, while Project X provides a practical entry point into onchain liquidity.

Sustainable growth depends on informed users. Correct network selection, sufficient gas, contract verification, and careful quote review are more important than completing a transaction quickly.

FAQ

Which Network Does Project X Use?

Project X operates on HyperEVM. The wallet should use Hyperliquid mainnet with Chain ID 999.

What Token Pays Gas on Project X?

Native HYPE pays gas for HyperEVM approvals, swaps, transfers, and other smart-contract transactions.

Why Can I See HYPE on HyperCore but Not Use It on Project X?

HYPE on HyperCore and native HYPE on HyperEVM are available in different execution environments. Move a gas reserve to HyperEVM through the supported transfer flow.

Why Does the First Swap Sometimes Require Two Confirmations?

An ERC-20 token may first require an approval. The second transaction performs the swap. Another approval may not be needed while sufficient allowance remains.

What Should I Check Before Confirming?

Verify the token contracts, amount, exchange rate, price impact, minimum received, slippage setting, network, and HYPE gas estimate.

Why Is the Received Token Missing from My Wallet?

The wallet may not display it automatically. Confirm the successful transaction and add the verified HyperEVM token contract.

Should a Beginner Swap the Entire Balance?

No. Start with a small test and reserve native HYPE for gas. This limits losses from configuration, token-selection, or execution mistakes.

Make the First Project X Swap Deliberate

Prepare the wallet before focusing on the trade. Add HyperEVM correctly, move a modest HYPE reserve to the EVM balance, verify the token contract, and test the process with a small amount.

Inside PrjX, review the quote rather than confirming automatically. Price impact, minimum received, slippage, and gas are part of the transaction’s real cost and risk.

Once the first swap is confirmed, keep enough HYPE for the next interaction. A careful first transaction creates the foundation for using Project X liquidity, Portfolio, and other HyperEVM functions with greater control.