《#WalletConnect uses $WCT to rebuild the underlying trust, @WalletConnect ensures that every on-chain interaction comes with an encryption shield》

When you worry about "information being stolen when connecting to DApps," @WalletConnect has already built a defense with end-to-end encryption—like adding an "encrypted intercom" between the wallet and the DApp, where all data only circulates between the two, and even the relay nodes cannot see the content. When a user operates on an unfamiliar DApp, they rely on WalletConnect's namespace feature to only grant necessary permissions, successfully avoiding phishing attacks. This is the "security bottom line" that #WalletConnect adheres to.

$WCT here is the "security pass": Want your wallet to connect to more DApps? Stake WCT to increase your trust level; does your DApp want to gain priority relay resources? Pay the service fee with WCT. After a leading exchange pays 100,000 WCT, the user connection failure rate dropped from 3% to 0.5%. Even more revolutionary is the decentralized relay network—no longer relying on a single server, global nodes distribute and relay. When a server in a certain region fails, other nodes automatically take over, achieving a connection stability of 99.9%. This is the risk resistance capability that Web3 should have.

@WalletConnect is accelerating the layout of a multi-chain ecosystem, with WCT applications already launched on Optimism and Solana. After a cross-chain bridge is connected, the waiting time for user cross-chain transfers has been reduced from 15 seconds to 2 seconds. Join the #WalletConnect security lab now, submit interaction optimization suggestions, and have a chance to win 1000 WCT. It proves that the sense of security in Web3 should not be about the dilemma of "which wallet to choose" but should be the certainty that "no matter which one is used, it is equally secure"—this is the ultimate experience that $WCT aims to protect.