Your 2024 Jumper Wrapped is here. Wrap your year
Your 2024 Jumper Wrapped is here. Wrap your year
To bridge from BNB on FUSE to Wrapped Ether on Celo, you will need to follow these steps. This guide will walk you through the process of transferring your assets from BNB on FUSE to Wrapped Ether on Celo.
Before you can bridge your assets, you need to ensure you have the necessary funds and assets on the FUSE network. Make sure you have the correct FUSE wallet address and that your BNB account is funded.
There are several bridges available to transfer your assets from BNB on FUSE to Wrapped Ether on Celo. Some popular options include:
To choose your bridge, follow these steps:
Once you have find a quote you like, you can bridge your assets from BNB on FUSE to WETH(optics v1) on Celo. Follow these steps:
After bridging your assets, verify that they have been successfully transferred to the Celo network. You can do this by either:
| Native token | FUSE |
| Chain type | EVM |
| Chain id | 122 |
| Block explorer urls | https://explorer.fuse.io/ |
| Native token | CELO |
| Chain type | EVM |
| Chain id | 42220 |
| Block explorer urls | https://celoscan.io/ |
| Symbol | BNB |
| Token address | 0x117C0419352DDB6FE575A67FAa70315BDc4a93f3 |
| Decimals | 18 |
| Current USD price | $690.45 |
| Symbol | WETH(optics v1) |
| Token address | 0xE919F65739c26a42616b7b8eedC6b5524d1e3aC4 |
| Decimals | 18 |
| Current USD price | $3,344.41 |
Blockchain bridges function similarly to physical bridges, but instead of connecting locations, they link different blockchain networks. This connection is crucial because, without a bridge, blockchain networks operate in isolation, unable to communicate or transfer assets between each other. Each blockchain has its own governance rules and native assets, which makes interoperability a challenge. By establishing a bridge, assets and data can be transferred between blockchains, facilitating crucial interoperability in the crypto ecosystem.
Consider Alice, who holds ETH on the Ethereum Mainnet but wants to use it on Avalanche. Since these two networks operate independently with their own rules and consensus mechanisms, direct communication isn't possible. To use her ETH on Avalanche, Alice can utilize a blockchain bridge to convert her ETH into wETH (wrapped ETH) that can function on Avalanche. This process allows her to access the features of both blockchains without needing to acquire additional assets.
Blockchains operate independently, much like countries with their own governments, languages, and regulations. Each blockchain has its unique set of rules and functionalities, making it impossible for them to communicate with one another directly. For example, Bitcoin has a capped supply of 21 million coins, while Ethereum utilizes smart contracts written in Solidity. This inherent isolation creates challenges for transferring data and assets across different chains.
Similar to how countries cannot use each other's currencies without a means of conversion, blockchains cannot natively transfer tokens or information due to their distinct systems. Attempting to send Ethereum (ETH) to a Bitcoin (BTC) address is futile, as the protocols of each blockchain do not recognize each other’s formats. This incompatibility limits the potential for collaboration and innovation across the blockchain space.
Bridges act as intermediaries that allow different blockchains to communicate and interact. By connecting disparate networks, bridges enable the transfer of tokens and information seamlessly. Just as physical bridges in the real world connect locations, blockchain bridges provide the necessary infrastructure for digital currencies and data to flow between chains.
The creation of bridges opens up new avenues for developers and users alike. With bridges, projects can leverage the unique features of various blockchains, enhancing functionality and user experience. This interoperability fosters a more vibrant and collaborative ecosystem, driving innovation and expanding the reach of blockchain technology.
For end-users, bridges simplify interactions across different blockchain platforms. They can easily transfer assets or access decentralized applications on various chains without navigating complex processes. This convenience not only improves user satisfaction but also encourages broader adoption of blockchain technology.