Solayer is a restaking protocol built on the Solana blockchain, designed to optimize capital efficiency and enhance cross-chain liquidity by integrating multiple revenue streams such as Proof-of-Stake (PoS), Maximal Extractable Value (MEV), and Actively Validated Services (AVS). Its core architecture leverages hardware acceleration, dynamic scaling technology, and the secondary utilization of natively staked assets to establish a capital efficiency-oriented restaking network within the Solana ecosystem. Additionally, the project introduces infiniSVM, a hardware-accelerated solution utilizing FPGA and smart NIC technology to achieve over 160 billion TPS, significantly breaking existing blockchain performance barriers.
Gate.io Now Supports $LAYER Spot Trading
The restaking sector in the Solana ecosystem faces dual challenges of revenue structure and liquidity efficiency:
Traditional staking models rely heavily on PoS base yields (6-8% annualized), failing to integrate high-value channels like MEV extraction and AVS validation services, resulting in inefficient utilization of billions in staked assets. Meanwhile, cross-chain liquidity fragmentation in modular blockchain ecosystems forces users to repeatedly stake assets across different chains to access diverse DeFi applications, reducing capital efficiency and accumulating systemic risks.
To address these issues, Solayer redefines value flows through a three-dimensional innovation framework:
Solayer’s restaking architecture focuses on maximizing asset utility and enhancing Solana’s on-chain performance through three core components:
Core Workflow:
Asset Consolidation: Users deposit SOL or Liquid Staking Tokens (LSTs, e.g., sSOL) into Solayer’s restaking pool. The pool manager distributes assets across revenue streams, generating sSOL (representing staked rights) as proof for restaking, delegation, or liquidity provisioning. PoS rewards, MEV, and AVS earnings are auto-compounded via smart contracts.
Delegated Consensus: Assets are delegated to operator nodes via the Delegation Manager. These nodes perform validation tasks (e.g., cross-chain bridges, oracles) and return profits to stakers. Solayer’s Stake-Weighted QoS (swQoS) incentivizes validators with higher stakes to improve transaction success rates.
AVS Integration Layer: Expands staking utility through two AVS types:
Flexible Unstaking & Risk Controls:
Endogenous Actively Validator Sets (AVS) are critical to Solayer’s architecture, enhancing security and efficiency through decentralized, automated validator management. Unlike EigenLayer’s focus on Ethereum scaling, Solayer prioritizes Endogenous AVS tailored for Solana’s integrated blockchain:
LAYER, the native token, initially serves governance purposes:
Future utilities include:
Max Supply: 1,000,000,000 LAYER
Initial Circulating Supply: 220,000,000 LAYER
Allocation based on the maximum supply:
Solayer is a restaking protocol built on the Solana blockchain, designed to optimize capital efficiency and enhance cross-chain liquidity by integrating multiple revenue streams such as Proof-of-Stake (PoS), Maximal Extractable Value (MEV), and Actively Validated Services (AVS). Its core architecture leverages hardware acceleration, dynamic scaling technology, and the secondary utilization of natively staked assets to establish a capital efficiency-oriented restaking network within the Solana ecosystem. Additionally, the project introduces infiniSVM, a hardware-accelerated solution utilizing FPGA and smart NIC technology to achieve over 160 billion TPS, significantly breaking existing blockchain performance barriers.
Gate.io Now Supports $LAYER Spot Trading
The restaking sector in the Solana ecosystem faces dual challenges of revenue structure and liquidity efficiency:
Traditional staking models rely heavily on PoS base yields (6-8% annualized), failing to integrate high-value channels like MEV extraction and AVS validation services, resulting in inefficient utilization of billions in staked assets. Meanwhile, cross-chain liquidity fragmentation in modular blockchain ecosystems forces users to repeatedly stake assets across different chains to access diverse DeFi applications, reducing capital efficiency and accumulating systemic risks.
To address these issues, Solayer redefines value flows through a three-dimensional innovation framework:
Solayer’s restaking architecture focuses on maximizing asset utility and enhancing Solana’s on-chain performance through three core components:
Core Workflow:
Asset Consolidation: Users deposit SOL or Liquid Staking Tokens (LSTs, e.g., sSOL) into Solayer’s restaking pool. The pool manager distributes assets across revenue streams, generating sSOL (representing staked rights) as proof for restaking, delegation, or liquidity provisioning. PoS rewards, MEV, and AVS earnings are auto-compounded via smart contracts.
Delegated Consensus: Assets are delegated to operator nodes via the Delegation Manager. These nodes perform validation tasks (e.g., cross-chain bridges, oracles) and return profits to stakers. Solayer’s Stake-Weighted QoS (swQoS) incentivizes validators with higher stakes to improve transaction success rates.
AVS Integration Layer: Expands staking utility through two AVS types:
Flexible Unstaking & Risk Controls:
Endogenous Actively Validator Sets (AVS) are critical to Solayer’s architecture, enhancing security and efficiency through decentralized, automated validator management. Unlike EigenLayer’s focus on Ethereum scaling, Solayer prioritizes Endogenous AVS tailored for Solana’s integrated blockchain:
LAYER, the native token, initially serves governance purposes:
Future utilities include:
Max Supply: 1,000,000,000 LAYER
Initial Circulating Supply: 220,000,000 LAYER
Allocation based on the maximum supply: