New SDK Aims to Improve Cross-Chain Execution
The SODAX SDK is being presented as a new method for developers to coordinate complex transactions across different blockchains. The tool focuses on outcome-oriented execution, aiming to provide a more robust alternative to traditional bridging technology.
- The SODAX SDK is a rebranded and evolved version of the ICON ($ICX) project, now operating on the Sonic blockchain, a high-performance EVM Layer 1. This move is intended to shift from infrastructure-first development to a focus on DeFi usability. - For Solana-based developers and traders, the SDK provides a "SolanaXConnector" for wallet integration and routes liquidity through Solana's automated market maker, Raydium. This allows applications to tap into Solana's liquidity without needing to rewrite smart contracts in Rust or Move. - The core technology is "intent-based execution," which differs from traditional bridges by coordinating the entire cross-chain transaction outcome. It aims to solve issues like stranded assets due to a lack of liquidity on the destination chain by considering the entire execution flow. - The native token of the new ecosystem will be $SODA, which will replace the existing $ICX and $BALN tokens with a fixed supply of 1.5 billion. An initial test migration for swapping $ICX to $SODA was scheduled for September 2025. - An airdrop for the $SODA token has been announced, with an official eligibility checker available. The airdrop is designed to reward early users and active community members, with allocations potentially influenced by on-chain activity and historical engagement. - The project has secured pre-seed funding from investors including Gagra Ventures, a venture capital firm that also invested in the NFT perpetual futures DEX, nftperp. - The SDK supports over 14 networks, including other non-EVM chains like Sui and Stellar, in addition to a wide range of EVM-compatible chains. - Use cases for the SDK include enabling cross-network swaps within a user interface, integrating lending and borrowing primitives, and allowing applications to accept deposits from other networks by swapping them into a desired asset.