Stader

Stader Labs is a significant entity in the liquid staking domain, offering a non-custodial platform that revolutionizes the way users can participate in staking and decentralized finance (DeFi). The platform simplifies the staking process by enabling users to mint tokens representing their staked assets, facilitating growth in value through staking rewards. Stader's unique proposition lies in its dual functionality; it allows users to not only contribute to the security of Proof of Stake (PoS) networks through staking but also to participate in DeFi opportunities with the same assets. This approach empowers both retail crypto users and institutional participants like exchanges and custodians, by bridging traditional staking with the dynamic world of DeFi.

Stader operates across a diverse range of blockchains, including Ethereum, Polygon, Hedera, BNB Chain, Fantom, NEAR, and Terra 2.0, each with its own corresponding liquid staking tokens such as ETHx, MATICx, HBARx, sFTMx, NEARx, and LUNAx. The inclusion of multiple blockchains indicates Stader's commitment to providing a wide range of staking opportunities to its users, enhancing the flexibility and appeal of its platform.

In the realm of liquid restaking, Stader is particularly noteworthy. Liquid restaking is a process where users can stake their assets and simultaneously keep them liquid, allowing them to engage in other DeFi activities without losing their staking rewards. This is achieved through Stader's innovative approach, where staked assets are transformed into liquid tokens, representing the user's staked position. These tokens can then be used in various DeFi protocols, providing users with a blend of staking rewards and additional yield from DeFi engagements.

Stader's native token, SD, is central to its ecosystem, providing governance influence, staking rewards, liquidity mining opportunities, and a role in preferential delegations within the network. With a total supply capped at 150 million tokens, SD's scarcity adds to its value proposition within the Stader ecosystem.