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- deBridge
deBridge is the bridge that moves at lightspeed, enabling blazingly fast bridge transfers between Ethereum, Solana, and all major chains with deepest liquidity and guaranteed rates
- Introduction | deBridge
deBridge is DeFi's internet of liquidity, enabling real-time movement of assets and information across the DeFi landscape Without the bottlenecks and risks of liquidity pools, deBridge can power all type of cross-chain interactions with deep liquidity, tight spreads, and guaranteed rates
- deBridge Blog
deBridge is taking an engineering-first approach and is focused on pushing the boundaries of what’s possible in cross-chain communication and value transfer Today, we're excited to introduce deBridge Hooks, a new feature that enables trustless data transfer at the same near-instant speed
- Protocol Overview | deBridge
deBridge is DeFi's internet of liquidity — a foundational layer that enables users and protocols to transport any arbitrary messages or CALLDATA across different chains enabling the ability to create any cross-chain solutions, such as deSwap — value transferring protocol built on top of deBridge
- Getting started | deBridge
Features and opportunities include: deBridge Messaging: Provides a decentralized infrastructure powering cross-chain message and data transfers — with authentication deBridge allows smart contracts deployed across different EVM and SVM chains to establish an authenticated communication channel
- Getting started | deBridge
For each asset, under the native chain, we assume the unique blockchain where the token was originally created Secondary chains are blockchains supported by deBridge to which tokens can be transferred bridged and where deAssets are minted
- Introduction | deBridge
By shifting the cross-chain paradigm from bridging to networking, deBridge enables myriad unique features for applications and users:
- Announcing deBridge
deBridge is an infrastructure platform and a hooking service that allows any existing protocol to instantly scale up to any other chains — L1s, L2s, and sidechains — as well as to interconnect protocol components in different ecosystems
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