Liquid Staking

Solayer (LAYER) is a protocol token built around Solana’s shared security and restaking structure. Its core goal is to coordinate validation resources, ecosystem incentives, and on-chain governance. As restaking gradually evolves from a single yield mechanism into part of the on-chain infrastructure layer, LAYER is also taking on a more important economic coordination role within the Solayer network.

Solayer (LAYER) is a restaking protocol built in the Solana ecosystem. Its core goal is to improve the capital efficiency of SOL assets through shared security and the reuse of validation resources, while providing additional security support for on-chain services.

Solayer (LAYER) is a restaking protocol built on Solana. It is designed to improve on-chain execution efficiency and infrastructure scalability across the Solana ecosystem through shared security, resource reuse, and a hardware accelerated network.

ZEROBASE’s on-chain data processing mechanism is essentially a “verifiable computation flow.” Its core goal is to enable trusted verification of data processing results without exposing the original data. This is what sets it apart from traditional data services: it provides not only computing capability, but also “trust in the results.”

Meteora (MET) is designed to improve capital efficiency in DeFi markets through dynamic liquidity pools and automated yield optimization. As decentralized trading, token issuance, and on-chain financial applications continue to expand, Meteora is increasingly used for liquidity management, token launches, and yield strategy construction.

EIGEN serves as both a foundational token and a key mechanism within the EigenLayer ecosystem, expanding the coordination of security and incentives in Ethereum’s restaking architecture. In this system, EIGEN is not a conventional transactional token. Instead, it acts as a coordination asset that connects validators, Actively Validated Services (AVSs), and protocol governance, enabling the shared security model to operate across a broader blockchain environment.

Restaking is one of the core mechanisms in the EigenLayer protocol. It allows ETH that has already been staked on Ethereum to be reused for validation tasks in other blockchain applications, creating a structure in which the same pool of security can be used multiple times. This changes the traditional limitation where staked assets can only secure a single chain, allowing Ethereum’s economic security to extend across a broader modular ecosystem.

EIGEN (EigenLayer) is a core asset and mechanism component tied to Ethereum’s restaking protocol. It is used to extend the blockchain shared security model, allowing staked assets that originally served only the Ethereum mainnet to be reassigned and used across multiple external validation networks. Through this mechanism, EigenLayer turns Ethereum’s security capacity into reusable infrastructure, supporting a broader range of decentralized applications.

PACT is the governance token within the PACT Protocol, designed for onchain credit market governance, risk management, and ecosystem incentives. Through the vePACT staking model, PACT holders can take part in adjusting lending parameters, managing treasury funds, and guiding protocol development. PACT follows a governance-first and Treasury-First design philosophy, linking token value directly to the long-term growth of the credit infrastructure.

PACT is a credit infrastructure designed for the global debt market, aiming to connect stablecoin capital with borrowing institutions so that funds can move more efficiently across regions. Unlike traditional financial systems that rely on banks and intermediaries, PACT builds an open credit network through on-chain credit structures and stablecoin liquidity pools, lowering financing barriers and improving capital allocation efficiency.

PACT is a credit infrastructure designed for the global debt market. By combining stablecoin capital with on-chain credit mechanisms, it enables fintech companies and asset managers to access financing and manage lending operations more efficiently. As stablecoins and real-world assets (RWA) continue to grow, PACT is increasingly used to bridge global capital with local credit demand, improving transparency and scalability across debt markets.

StakeStone is an infrastructure protocol designed to aggregate yields from liquid staking (LSD) and restaking. Through a cross-chain yield orchestration mechanism, it improves capital efficiency. Users deposit ETH or related staking assets and receive a representative receipt token, while the protocol automatically allocates funds across multiple yield strategies, enabling layered returns from different sources.

StakeStone manages user-deposited ETH or liquid staking assets in a unified pool and automatically allocates them across staking and restaking strategies to aggregate multiple yield sources. This process includes asset deposits, issuance of yield-bearing tokens, strategy allocation, and cross-chain yield routing, with returns ultimately reflected through changes in asset value.

STO is StakeStone’s governance and incentive token. Its core purpose is to guide user behavior through token distribution mechanisms while supporting the operation of a multi-chain yield aggregation system. Unlike STONE, which represents users’ asset shares, STO does not directly correspond to staked assets. Instead, it participates in protocol operations through incentives and governance rights. Within StakeStone’s token model, STO is distributed to users, ecosystem participants, and governance contributors to guide capital flow and decision-making, playing a key role in the multi-chain yield aggregation framework.

Restaking is a mechanism that allows already staked assets to be reused, enabling them to participate in multiple protocols or services and earn rewards from various sources. Unlike traditional staking, which relies on a single blockchain’s consensus rewards, restaking expands how assets are utilized, transforming a single-source yield model into a multi-layered reward structure and significantly improving capital efficiency. In StakeStone, the restaking mechanism uses automated strategies to allocate user assets across different yield sources, combined with cross-chain coordination to optimize returns, making it a key component connecting liquid staking with a multi-chain yield ecosystem.