Revolutionizing
Cross-Chain
Communication

Key Features

Decentralization

Bridge validators use threshold ECDSA signatures in order to achieve cross-chain communication decentralization. Anyone can become a validator to make ChainFusion even more decentralized.

Security

Project is built with security in mind. Validators collectively decide on all changes to the propocol. All the changes carefully tested using Test Networks, audited and shipped to Main Network.

Low Fees

Validators don't need to spend native currency on any of the supported blockchains. When making cross-chain data transfer only one collective transaction is created which makes bridge fees low.

Speed

Once transaction is sent to the blockchain, validators immediately start the process of verification. Verified transactions are signed then by validators using peer-to-peer network with sub second delay.

Roadmap

Prototype Done
Q2 2022
Implement working propotype of decentralized cross-chain bridge
ERC-20 Bridge Done
Q3 2022
Implement ERC-20 Bridge with Web UI allowing to make cross-chain token transfers
Public Testnet Done
Q4 2022
Launch public test network connected to testnets of popular EVM compatible chains
Cross-Chain SwapNext
Q4 2023
Launch cross-chain token swap feature allowing to change receiving token
Security AuditsNext
Q1 2024
Audit validator node codebase and on-chain solidity smart contracts
Mainnet LaunchNext
Q3 2024
Launch ChainFusion Mainnet on Ethereum, BSC and Polygon
Public ListingNext
Q4 2024
Public listing of CFN tokens allowing to participate in ChainFusion protocol

About Us

We believe that cross-chain is a future. The existence of numerous live blockchains contributes significantly to the decentralization of the industry. However, a majority of the bridges currently exhibit a high degree of centralization, primarily due to technical limitations and a lack of innovative solutions. The prevalence of recent bridge hacks can be attributed to the centralization factor as its primary cause.

Our goal is to break this tendency and build decentralized, security first cross-chain solution. This is what ChainFusion protocol strives to achieve.

Let's bring decentralized cross-chain future together!

Frequently Asked Questions

How to make a transfer?

Making ERC-20 token transfer from one blockchain to another is as easy as heading to the Transfer Page, connecting wallet, specifying amount and pressing Transfer button. Your transfer is secured by decentralized set of validators which are constantly ensuring security of transfers and monitoring other validators.

How to stake and become a validator?

ChainFusion is a decentralized protocol that allows anyone to become a validator. Validators receive rewards by processing cross-chain transactions and creating blocks in ChainFusion network. Validators have responsibility to run, maintain and monitor their validator node. After syncing validator node you need to stake certain amount of native CFN tokens. To receive Testnet CFN tokens you can use Testnet Faucet.

How to earn rewards as a liquidity provider?

ChainFusion ERC-20 Bridge allows token holders to provide their liquidity on different blockchains using the Liquidity Page. Once liquidity provided and users use it by making cross-chain transfers, liquidity providers start accumulating interest that could be claimed as reward for providing liquidity.

How to get CFN tokens?

CFN tokens could be received using Testnet Faucet where you can claim by inputing your public address and pressing Claim button

Supported Tokens and Blockchains

Tokens

USDT

USDC

DAI

ETH

BTC

BNB

Blockchains

Ethereum

BSC

Polygon

Avalanche

Fantom

Moonriver

How Bridge Works

To confirm bridge transfers, validators use distributed key. During distributed key generation process validators come up with individual secret key shares, which later allows them to create signatures from mutual account. No one has access to full private key, from which signatures are created.
This makes ChainFusion protocol decentralized.

Validators constantly monitor bridge transactions on all supported blockchains. Once they see a transfer event on source chain, they start the process of 6 rounds of transaction signing on destination chain. This transaction confirms that all the validators seen this event and transfer really took place. After transaction is executed, data is transferred on a destination chain.