The decentralized key protocol @ LitProtocol has been launched, bringing the traditional encryption technology of "private key sharding+threshold signature" to a decentralized chain, allowing users to complete signature, encryption, and computation operations without exposing their private keys. Simply put, it means imagining that you have an important key (private key), and if you hand over the entire key to anyone, there is a risk of theft. Lit cuts this key into multiple pieces (shards), each of which is stored in a different secure environment (such as Trusted Execution Environment TEE). Only when the preset threshold is reached (such as any 2 pieces out of 3), will the system combine these fragments to complete the signature. In this way, even if a shard is leaked, attackers cannot use it alone for transactions. It sounds quite safe, wow. Its LITKEY has been launched. From the perspective of Web3 users, let's take a look at the high control disk. Continue to learn about the team and narrative Received favor from well-known investors such as 1kx, Collab+Currency, Stani Kulechov (founder of Aave), Raj Gokal (co-founder of Solana), etc. Narrative core information: Lit is providing underlying encryption support for large-scale projects such as Gitcoin and Lens, and has been running on over $420 million in assets, forming an indispensable infrastructure. Every signature, encryption, or delegation operation generates a demand for LITKEY, which directly converts usage into compound interest growth in token value. The Lit scenario can provide a security layer for Web3+AI, allowing applications and users to feel at ease. And there is also the functionality of LITKEY There is still a certain value model formed by the use of endorsements. It seems that there are CEX expectations for 11.6. Pay attention and do more research to clarify. Why should we pay attention? Security: Private keys are no longer exposed at once, reducing the risk of theft. Composability: Developers can embed secure signatures as modules directly into their dApps. Cross chain potential: Threshold signatures are also applicable in multi chain environments, providing a secure underlying layer for cross chain bridges and other applications. The current explosion of AI agents, cross chain fragmentation, and increasing demand for privacy compliance all point to a strong demand for unified trust stacks such as Lit. Lit Protocol provides the underlying cryptographic layer for secure interaction between Web3 and AI. With the rapid growth of AI and Web3, Lit will play an important role in the future decentralized infrastructure. I personally pay attention to anything related to AI that has a certain practical use case. It depends on whether it can be truly implemented in the future, such as when you go to a university. Right. Watch the situation while keeping an eye on the border.