Litentry (LIT) Explained: How the Crypto Identity Coin Works
A clear, up‑to‑date guide on Litentry (LIT) crypto coin, its cross‑chain identity tech, token utility, rebrand to Heima, and how to start using it.
Cross-Chain Identity: Building Trust Across Multiple Blockchains
When dealing with cross-chain identity, the ability to verify a user’s credentials across different blockchain networksmulti‑chain identity, you’re looking at a system that lets the same proof travel from Ethereum to Solana, Polkadot, or any other chain. It cross-chain identity enables users to keep one digital persona while hopping between ecosystems, removing the need to re‑create profiles on each network.
This concept leans on Decentralized Identifiers (DID), unique, blockchain‑anchored IDs that users control and Verifiable Credentials, cryptographically signed attestations that prove attributes like age or membership. Together they form the backbone of self‑sovereign identity (SSI), where the individual, not any central authority, decides which data to share. In practice, a DID on one chain can reference a credential stored on another, creating a semantic triple: "Cross‑chain identity encompasses Decentralized Identifiers" and "Verifiable Credentials influence cross‑chain identity adoption".
To make this work, blockchain interoperability tools—such as cross‑chain bridges and messaging protocols—are required. They provide the transport layer that carries DIDs and credentials across ledgers, ensuring that trust stays intact. This link between blockchain interoperability, the set of technologies allowing different chains to communicate and cross‑chain identity creates a feedback loop: better bridges enable richer identity use cases, and stronger identity frameworks drive demand for more robust bridges. Below you’ll find articles that dive into geofencing, VPN detection, DIDs, and the regulatory backdrop, giving you a practical roadmap for navigating the evolving world of multi‑chain identity.
