Unifying EVM & BTC using Cross-Chain Intents

Seamlessly bridge tokens between Chain 1 and Chain 2 using cross-chain intents, powered by our Dutch auction-based solver infrastructure—built on ERC-7683 and Hyperlane.

Secure TEE

Real-Time Proving

Cutting-Edge Technology

Our bridge combines advanced technologies to provide a secure, efficient, and user-friendly cross-chain experience.

Dutch Auction Mechanism

Optimal price discovery through time-based decreasing prices, ensuring maximum value for users.

Trusted Execution Environments

Secure hardware areas that protect sensitive data and computations from tampering or unauthorized access.

Real-Time Proving

Immediate validation of computations, allowing systems to verify correct execution with minimal latency.

Cross-Chain Composability

Seamless interoperability with the Ethereum ecosystem and improved application-first user experience.

Scalable Performance

Achieve the cost and performance benefits of rollup transactions while maintaining ecosystem composability.

Encrypted Mempool

Prevents adversarial reordering such as sandwich attacks, protecting users from front-running and back-running.

How It Works

Our bridge uses a Dutch auction mechanism to optimize cross-chain token transfers between L1 and the t1 chain.

💰

User Deposits Tokens

Alice deposits tokens to the chain c1.

🌉

Message dispatched via hyperlane

The message is dispatched to chain c2 using hyperlane mailbox.

Dutch Auction Mechanism

The Dutch auction works by starting with a high price (let's say something like 120% of the minimum destination amount) and linearly decreasing the price over time until a solver accepts or the reserve price is reached.

This approach ensures efficient price discovery, maximum value for the user, quick finality, and guaranteed minimum execution.

120%

95%

Time

Price