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

@WalletConnect has long established a defense with end-to-end encryption—like adding an "encrypted intercom" between wallets and DApps, where all data only circulates between the two, and even relay nodes cannot see the content. A user operating on an unfamiliar DApp relied on WalletConnect's namespace feature to only open necessary permissions, successfully avoiding phishing attacks; this is the "security bottom line" that #WalletConnect upholds.

$WCT here is the "security passport": Want to connect wallets to more DApps? Stake WCT to enhance trust levels; DApps want to obtain priority relay resources? Use WCT to pay service fees. After a leading exchange paid 100,000 coins, 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 perform distributed relays. When a server in a certain region fails, other nodes automatically take over, achieving a connection stability of 99.9%; this is the risk resilience that Web3 should possess.

@WalletConnect is accelerating the layout of a multi-chain ecosystem, with WCT applications already deployed on Optimism and Solana. After a certain cross-chain bridge was integrated, the connection wait time for users transferring across chains was reduced from 15 seconds to 2 seconds. 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.