Solayer is a decentralized re-staking platform built on the Solana blockchain, dedicated to enhancing network security and scalability by re-staking SOL tokens, and providing an efficient operating environment for decentralized applications in the Solana ecosystem.
Solayer allows users to stake SOL or Solana-based liquid staking tokens (LST) and receive sSOL tokens representing the re-staked assets. These sSOL tokens can be delegated to multiple Active Validation Services (AVS) such as Sonic, HashKey Cloud, and the Bonk ecosystem, supporting the consensus operation of the Solana network.
Solayer’s core includes three major components:
In addition, Solayer uses a single sSOL/SOL pool design to increase liquidity and reduce trading costs.
Solayer adopts a decentralized storage architecture, with data scattered across global nodes, ensuring data security and immutability. The platform uses advanced encryption technology to ensure user data privacy, with keys controlled by users to prevent unauthorized access by third parties.
Solayer’s distributed architecture supports rapid scalability and can flexibly adjust storage capacity according to user needs. As the number of users and data volume grows, the platform can sustainably provide stable and efficient storage services, suitable for large-scale applications.
The LAYER token is the core of the Solayer ecosystem, with a total supply of 1 billion. The token is used to pay for storage service fees, participate in governance and staking rewards, and promote the healthy development of the ecosystem.
Solayer plans to continue to expand the ecosystem, attracting more users and developers to join. With the popularization of blockchain technology, Solayer will become an important decentralized solution in the data storage field, providing secure and efficient services to global users.
Solayer is changing the traditional cloud storage landscape with innovative decentralized cloud storage technology, combined with strong security and flexible pricing models. Its open ecosystem and user-controlled design make it a key player in the future of data storage.
Solayer is a decentralized re-staking platform built on the Solana blockchain, dedicated to enhancing network security and scalability by re-staking SOL tokens, and providing an efficient operating environment for decentralized applications in the Solana ecosystem.
Solayer allows users to stake SOL or Solana-based liquid staking tokens (LST) and receive sSOL tokens representing the re-staked assets. These sSOL tokens can be delegated to multiple Active Validation Services (AVS) such as Sonic, HashKey Cloud, and the Bonk ecosystem, supporting the consensus operation of the Solana network.
Solayer’s core includes three major components:
In addition, Solayer uses a single sSOL/SOL pool design to increase liquidity and reduce trading costs.
Solayer adopts a decentralized storage architecture, with data scattered across global nodes, ensuring data security and immutability. The platform uses advanced encryption technology to ensure user data privacy, with keys controlled by users to prevent unauthorized access by third parties.
Solayer’s distributed architecture supports rapid scalability and can flexibly adjust storage capacity according to user needs. As the number of users and data volume grows, the platform can sustainably provide stable and efficient storage services, suitable for large-scale applications.
The LAYER token is the core of the Solayer ecosystem, with a total supply of 1 billion. The token is used to pay for storage service fees, participate in governance and staking rewards, and promote the healthy development of the ecosystem.
Solayer plans to continue to expand the ecosystem, attracting more users and developers to join. With the popularization of blockchain technology, Solayer will become an important decentralized solution in the data storage field, providing secure and efficient services to global users.
Solayer is changing the traditional cloud storage landscape with innovative decentralized cloud storage technology, combined with strong security and flexible pricing models. Its open ecosystem and user-controlled design make it a key player in the future of data storage.