When people hear “cross-chain,” they usually think of bridges. Lock an asset on one network, mint a wrapped version on another, and use that representation until you bridge back. It’s a model the industry has relied on for years, but it comes with a trade-off: large pools of locked assets become attractive targets for exploits. Omniston approaches the problem differently. Instead of creating a central vault, it creates a marketplace for execution. When a user wants to swap assets across chains, the protocol broadcasts a Request for Quote to independent resolvers that compete to fulfill the order. The winning resolver commits its own liquidity to the transaction. What makes this interesting is that native assets stay native. There’s no wrapped token being created and no shared pool acting as a custodian. The transaction is secured through paired Hashed Timelock Contracts that link both sides of the swap together. Either the conditions are met and both parties receive exactly what was agreed upon, or the contracts automatically refund the locked assets. That shift changes the conversation around cross-chain infrastructure. Instead of asking, “Can I trust the bridge?” the design focuses on cryptographic guarantees and distributed execution. Omniston isn’t trying to build a bigger bridge. It’s trying to make cross-chain execution work without relying on one. Learn more here: https://blog.ston.fi/omniston-explained-how-cross-chain-swaps-on-ton-work-without-a-bridge/ #BTC Price Analysis# #Macro Insights# #Meme Alpha# $H $SOL