The technical architecture of WalletConnect Network

WalletConnect utilizes innovative rendezvous-hashing technology to achieve a globally distributed relay database, ensuring efficient and secure message transmission. The network is composed of service nodes and gateway nodes, where the former is responsible for message access and network stability, while the latter handles high-frequency traffic, ensuring a user experience comparable to Web2.

Diverse ecological participants and roles

Network participants include node operators, wallet developers, application developers, and end users. Nodes need to stake WCT and receive rewards based on performance, while wallet and SDK developers are incentivized through integration and traffic contribution. Finally, end users can participate in governance and functionality testing, creating a virtuous ecological cycle.

WCT Token Economy and Governance Mechanism

The total amount of WCT is 1 billion tokens, which cannot be transferred initially to stabilize the network. The token distribution takes into account community incentives, team rewards, and development funds. Holders can participate in network governance and stake nodes to receive rewards, and in the future, it may also be used to pay network fees, supporting the perpetual operation of the protocol.

Staking and Node Operation

Node operators need to stake at least 100,000 WCT and lock it for more than one year to gain weight bonuses based on the lock-up duration. Poorly performing nodes will face reward reductions or even removal to ensure network security and efficient operation.

The Importance of WCT and Future Prospects

WCT is not only a governance token but also an important component of Web3 infrastructure. The WalletConnect Network breaks the monopoly of centralized APIs through decentralized incentives and governance, ensuring user data sovereignty. As Web3 applications expand into social, payment, and identity verification, WCT will become a multi-scenario protocol asset.