How to Bridge from Ethereum to Solana with Wormhole [Tutorial] - 2023

In this comprehensive guide, we will dive deeper into the concept of Wormhole, its role in decentralized exchanges, the infamous Wormhole attack and how to bridge Ethereum to Solana using Wormhole bridge.

How to Bridge from Ethereum to Solana with Wormhole [Tutorial] - 2023
Transfer Ethereum tokens to Solana with Wormhole

Have you ever wondered how you can seamlessly transfer your digital assets from one blockchain to another? The answer lies in the innovative technology called Wormhole.

Wormhole is a decentralized bridge that allows for the transfer of assets between different blockchain networks. It enables users to move assets from one blockchain to another, such as from Ethereum to Solana, without the need for a centralized exchange.

With the rise of decentralized finance (DeFi) and the increase in various blockchain networks, the need for cross-chain interoperability has become more critical than ever. This is where Wormhole comes into play.

For instance, if you have tokens on the Ethereum network and want to use a DeFi project on the Solana network, Wormhole allows you to do so without the need for any centralized exchange!

In this comprehensive guide, we will delve deeper into the concept of Wormhole, its role in decentralized exchanges, the infamous Wormhole attack in crypto, and how to bridge Ethereum to Solana using Wormhole.

Bridging Ethereum to Solana: A Step-by-Step Guide

Video guide to bridge Eth to Solana
  1. Setting up the Wormhole Bridge: Open a web browser and search for the Wormhole Portal Bridge.
  2. Connecting Metamask and Selecting Tokens: Connect your Ethereum wallet (Metamask) and select the token you want to transfer, for example, USDT.
  3. Connecting the Solana Wallet: Connect the Solana wallet (Phantom) to which you want to transfer the tokens.

Initiating the Transfer:

  • Select "Manual Payment" and ensure you have some SOL in your hantom wallet to accept the transactions.
  • Enter the number of tokens you wish to send and click "Next".

Confirming the Transfer:

  • Select Solana as your target chain.
  • If this is your first time sending the token to Solana, you will need to create a token account. Click "Create associated token account" and approve the wallet approval pop up.
  • Click "Approve X tokens". You can optionally select "Approve unlimited tokens" if you intend to use the bridge frequently.
  • Accept the wallet approval pop up and click "Transfer".
  • Once you approve the transfer, you must complete the transaction. If you navigate away from the page, you will need to complete the redeem workflow.

Redeeming the Tokens:

  • Click "Redeem" , approve the multiple wallet approvals and wait for 15minutes.
  • You can view the successful transaction on Solana Explorer by clicking "view on explorer". You've successfully sent your tokens!

Swapping USDTet(Wormhole) to native USDC on Solana:

  • Navigate to a swap platform such as Jupiter Exchange and connect your wallet.
  • Select USDTet(Wormhole) and enter the amount you want to swap.
  • Select the token you want to swap USDTet to, which in this case is USDC.
  • Click "Review" and then "Confirm Swap".
  • Approve the wallet pop up. Congratulations! You've now swapped your USDTet to native USDC on Solana.

What is a Wormhole Bridge?

Oversimplified illustration of the protocol

Wormhole Bridge is a protocol that enables seamless communication between different blockchains. It's like a virtual tunnel connecting two separate blockchain networks, allowing assets and data to be transferred from one to the other.

The Wormhole Bridge operates by locking the original asset on its native blockchain and issuing a corresponding token on the target blockchain. This token represents the original asset and can be freely transacted on the target blockchain. When the process is reversed, the token is burned, and the original asset is unlocked on its native blockchain.

It is a crucial tool in the blockchain ecosystem as it allows for interoperability between different networks. This means that assets on one blockchain can be utilized on another, vastly expanding their potential use cases.

The Role of Wormhole in Decentralized Exchanges (DEXs)

To understand the role of Wormhole in DEXs, we first need to understand what a DEX is. A DEX is a type of cryptocurrency exchange that operates in a decentralized manner, without a central authority. This allows users to trade cryptocurrencies directly with each other.

DEXs operate on specific blockchains, which means they can only facilitate trades between tokens native to that blockchain. This is where Wormhole comes in. With its ability to bridge different blockchains, Wormhole allows DEXs to offer trades between tokens from different blockchains, significantly expanding the trading possibilities.

Wormhole allows DEXs to connect and interact with various blockchain networks, including Ethereum, Solana, Algorand, Cosmos, and more.

By integrating Wormhole, DEXs can offer a much wider range of tokens for trading. This not only enhances the user experience but also increases the liquidity of the DEX, making it more attractive to traders.

The Wormhole Attack: An Overview

A Wormhole attack refers to a situation where a malicious node creates a private connection or "wormhole" with another node in the network. This allows the attacker to relay information between the two ends of the wormhole, bypassing the rest of the network.

Impact: Wormhole attacks can have serious consequences. They can disrupt the consensus mechanism of the blockchain, leading to double-spending attacks. They can also be used to manipulate network traffic, giving the attacker an unfair advantage in mining.

Prevention Measures: There are several strategies to prevent Wormhole attacks. These include using a robust consensus mechanism, implementing network-level protections, and regularly auditing the network for suspicious activity. It's also crucial for users to follow best security practices.

Wormhole Bridge Exploit

However, even the most secure systems can fall prey to ingenious attacks. One such incident occurred on February 2, 2022, when a hacker exploited a vulnerability in the Wormhole bridge.

The attacker cleverly bypassed a verification step by injecting a fake sysvar account. This allowed them to generate a malicious message that instructed the system to mint 120,000 wETH (Wrapped Ether). Within minutes, the attacker had bridged 10,000 ETH to the Ethereum blockchain, and a further 80,000 ETH was transferred 20 minutes later.

Despite attempts by Wormhole's parent company, Jump Trading, to pay the hacker a bounty of $10 million in return for the stolen funds, the attacker ignored the offer. To date, the stolen funds remain in the attacker's wallets.

The Wormhole attack is a stark reminder of the importance of robust security measures in the crypto world.

Security Concerns and How Wormhole Addresses Them

Wormhole has been designed with a strong focus on security to ensure the safe and reliable transfer of assets. It uses a group of "Guardians" who are responsible for processing the cross-chain transactions. These Guardians are elected by the community, ensuring a decentralized and secure process. Furthermore, Wormhole implements a variety of security measures, including time locks and multi-signature requirements, to protect against malicious activities.

Solana Wormhole Bridge

The Solana Wormhole Bridge enables the transfer of tokens between different blockchains such as ETH to Solana. It's a crucial piece of infrastructure in the blockchain ecosystem, allowing for seamless interoperability between various networks.:

  1. Token Locking: The process begins with a user locking their tokens on the Solana blockchain. This is done to to prevent them from being transferred or utilized for a specific period or until certain conditions are met.
  2. VAA Generation: Once the tokens are locked, the Wormhole Bridge generates a Verifiable Action Approval (VAA). The VAA is a cryptographic proof that verifies the action taken on the Solana blockchain.
  3. VAA Submission: The VAA is then submitted to the Ethereum network. This is done to inform the Ethereum network about the action taken on the Solana network.
  4. Token Minting: Upon receiving the VAA, the Wormhole Bridge on the Ethereum network mints an equivalent amount of tokens. These tokens are a representation of the original tokens locked on the Solana network.
  5. Token Unlocking: Finally, the user can unlock the minted tokens on the Ethereum network. These tokens can now be used freely within the Ethereum ecosystem.

This process is secure and trustless, meaning that users don't need to trust a third party to facilitate the transfer. The Solana Wormhole Bridge ensures that the tokens are transferred securely and accurately between the two networks.


What is a Wormhole bridge?

  • A Wormhole bridge is a decentralized protocol that allows for the transfer of tokens across different blockchains.

What are the fees on the Wormhole bridge?

  • The fees on the Wormhole bridge are dynamic and depends on the current network congestion and gas prices.

Who owns Wormhole bridge?

  • Wormhole is a decentralized protocol, meaning it is not owned by any single entity. It is governed by the community of its users.

How was Wormhole hacked?

  • Wormhole was hacked due to a vulnerability in its code that allowed an attacker to mint tokens without the necessary backing assets.

What happens if there is a network interruption during a token transfer on Wormhole?

  • If there is a network interruption during a token transfer on Wormhole, the transaction may not be confirmed within the expected timeframe. In such cases, Wormhole advises users to wait for some time and try again later.

How can I get support if I encounter any issues or have questions about Wormhole?

  • Check the official Wormhole documentation for detailed information and instructions.
  • Join community forums or the Wormhole Discord server for real-time discussions and help.
  • Report technical issues or bugs on the Wormhole GitHub repository.
  • Follow and reach out to Wormhole on social media platforms like Twitter for updates and support.


The ability to move digital assets seamlessly from one network to another is a game-changer. This is where Wormhole, a decentralized bridge, comes into play. It allows for the transfer of assets between different blockchain networks, such as Ethereum and Solana, without the need for a centralized exchange.

Wormhole plays a crucial role in decentralized exchanges (DEXs) by enabling them to offer trades between tokens from different blockchains, thereby expanding their trading possibilities. However, like any other technology, Wormhole is not immune to attacks. The Wormhole attack in February 2022 is a reminder of the importance of robust security measures.

Despite the challenges, the Solana Wormhole Bridge continues to be a vital piece of infrastructure in the blockchain ecosystem. It allows for seamless interoperability between various networks, making it easier for users to utilize their assets across different platforms.

Whether you're a seasoned crypto trader or a newcomer to the blockchain world, understanding how Wormhole works can help you make the most of your digital assets. From bridging Ethereum to Solana to understanding the fees on the Wormhole bridge, this guide provides you with a comprehensive overview of Wormhole and its functionalities.


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Disclaimer: The statements, proposals, and details above are informational only, and subject to change. We are in early-stage development and may need to change dates, details, or the project as a whole based on the protocol, team, legal or regulatory needs, or due to developments of Solana/Serum. Nothing above should be construed as financial, legal, or investment advice.