EigenCloud (formerly EigenLayer) is a verifiable cloud service platform that provides tools for building verifiable applications and services. Combining EigenDA (data availability), EigenVerify (dispute resolution) and EigenCompute (computation), it supports trust and transparency of on-chain and off-chain applications, and developers can build applications such as decentralized markets, on-chain insurance and verifiable AI.

Ether.Fi is a liquid staking protocol that allows stakers to retain control of their keys while delegating staking to node operators and earning rewards. Ethereum stakers who use Ether.Fi are also granted an NFT representation of every validator generated. These NFTs enable the storage of metadata, which Ether.Fi hopes developers will use to create additional staking infrastructure.

BounceBit is building a BTC restaking infrastructure that provides a foundational layer for different restaking products, secured by the regulated custody of Mainnet Digital and Ceffu. The BounceBit chain, designed as a showcase of a restaking product within the BounceBit ecosystem, is a PoS Layer 1 secured by validators staking both BTC and BounceBit’s native token — A dual-token system leveraging native Bitcoin’s security with full EVM compatibility. Critical ecosystem infrastructure like bridges and oracles are secured by restaked BTC. Through an innovative CeFi + DeFi framework, BounceBit empowers BTC holders to earn yield across multiple networks.

Kernel is the core restaking infrastructure for BNB. Through restaking, Kernel will transform BNB's security into programmable and attributable trust for various crypto applications, services, and middleware. Kernel's products also include Kelp, the liquidity restaking protocol on Ethereum, and Gain, the RWA tokenized yield protocol.

SatLayer is a Bitcoin restaking platform. With SatLayer, users can now restake their Bitcoin and Bitcoin liquid-staking tokens from platforms like Solv Protocol, Lombard, Bedrock, pStake and PumpBTC that are used to secure Bitcoin Validated Service (BVS). to secure any type of dApp or protocol as an Bitcoin Validated Service (BVS), fundamentally upgrading security for all of crypto

Renzo is a restaking protocol based on EigenLayer. Renzo abstracts the complex process of re-staking for end users, and stakers do not have to worry about the active selection and management of operators and reward strategies. ezETH is Renzo’s liquid, heavily-collateralized token that automatically captures rewards and ensures liquidity. ezETH allows users to participate in DeFi while retaining re-collateralization rewards.

Level is a stablecoin protocol powered by restaked dollar tokens like USDT and USDC. Level USD (lvlUSD) is a liquid restaked dollar: a yield-bearing, cross-chain dollar token that's backed 1:1 by restaked stablecoins.

AltLayer is an open and decentralised protocol for rollups. It brings together a novel idea of Restaked rollup which takes existing rollups (spun from any rollup stack such as OP Stack, Arbitrum Orbit, ZKStack, Polygon CDK, etc.) and provides them with enhanced security, decentralisation, interoperability and crypto-economic fast finality.

Echo is a multifaceted protocol specializing in bridging, restaking, and decentralized finance (DeFi), seamlessly interoperating within the Move ecosystem. Its mission is to enhance BTC liquidity and introduce innovative restaking solutions for BTC assets within Move.

Fragmetric is a native liquid restaking protocol on Solana, with a vision of enhancing the Solana ecosystem's security and economic potential. Through implementing advantage of Solana's token extension, Fragmetric has effectively implemented NCN reward distribution. Furthermore, Fragmetric designed practical solutions, the Normalized Token Program for leveraging various LSTs in restaking platforms. Fragmetric’s mission is to build a secure, transparent, and highly efficient restaking infrastructure that empowers users and supports the stability of the Solana's restaking ecosystem.

Bedrock is the multi-asset liquid restaking protocol. Bedrock delivers restaking yields and institutional-grade security to the community through uniBTC (based on Babylon), uniETH (based on Eigenlayer), uniIOTX (based on IoTeX), and brBTC (built on composite restaking protocols such as Babylon, Kernel, Symbiotic, Pell, etc.).

Pell Network aims to create a decentralized token economy security leasing platform for the Bitcoin ecosystem. By constructing a network that aggregates native BTC Stake and LSD Restake services, it allows stakers to choose to validate new software modules built upon the Pell Network ecosystem. Stakers opt-in by granting Pell Network smart contracts the ability to impose additional reduction conditions on their staked assets, thereby allowing for the expansion of cryptographic economic security.

LYS Labs is designed to streamline and optimize the process of liquid staking and restaking in the cryptocurrency domain. Central to its innovation is the Liquidity Modality Derivative (LMD), represented by a new financial instrument built on Ethereum - whyETH. This protocol sets itself apart by integrating with leading staking providers and restaking platforms, with the robust backing of the EigenLayer restaking protocol.

CICADA Finance is a DeFi Asset Management Platform built on Real Yield Assets. It delivers secure, scalable, and sustainable returns to investors through its innovative LT-RT Rebalance Mechanism, empowering the crypto market with yield derivatives, composability, and engineering.

Suzaku is the restaking protocol for sovereign networks.

AIDav2 is a Lossless Restaking Protocol Incubated on Binance Chain. By embedding AI technology into the DeFi ecosystem, AIDAv2 employs machine learning (ML) and deep learning (DL) to construct intelligent analytical systems. These systems monitor real-time on-chain data and identify high-potential staking opportunities, providing users with reliable investment decision-making tools.

Symbiotic is a generalized restaking system enabling decentralized networks to bootstrap powerful, fully sovereign ecosystems. It offers a way for decentralized applications, called actively validated services, or "AVSs," to collectively secure one another. Users will be able to restake assets that they've deposited with other crypto protocols to help secure these AVSs – be they rollups, interoperability infrastructure, or oracles – in exchange for rewards.

Chakra is a Bitcoin restaking protocol based on ZK proofs. It utilizes STARKs to prove staking events on Bitcoin and verifies proofs on layer-2 chains.

Puffer is a decentralized native Liquid Restaking Protocol (nLRP) built on EigenLayer. It introduces native Liquid Restaking Tokens (nLRTs) that accrue PoS and restaking rewards. Nodes within the protocol leverage Puffer’s anti-slashing technology to enjoy reduced risk and increased capital efficiency, while supercharging their rewards through native restaking. Puffer's core mission is to maintain the "trusted neutrality" of Ethereum and enhance and maintain the decentralization of Ethereum.

Mantis is a Solana’s restaked L2 that make trust-minimized bridging and intent-centric architecture enable both the user experience and execution to be optimized. These components are united within Mantis, with the end goal of resolving frictions in the cross-chain DeFi space for a number of industry participants.

Rio is a network to issue Liquid Restaking Token (LRT), with its first product being restaking Ethereum (reETH).

Byzantine Finance is the restaking aggregation layer. Its white-label restaking infrastructure aggregates technically complex integrations and allows Web3 enterprises to build a custom restaking offering for their users in days. Byzantine makes participation in restaking as easy as possible through its independent modules, hugely simplifying integrating restaking into new and existing systems.

Nektar Network is a multilayered restaking network built on top of Ethereum. It consists of several components forming a comprehensive incentives system designed to optimize Ethereum's security model and utilize it to scale various solutions.

King Protocol, (formerly LRT²) is a unified restaking rewards protocol acting as a vault that holds the rewards tokens as underlying assets. Through King Protocol, LRT projects can pool restaking network protocol rewards into a single vault and issue vault share tokens to their stakers (or distributor contract). This system cuts transaction costs and streamlines the rewards process, great for those with smaller stakes who might find it easier to manage and trade their shares collectively.

Helix Labs is a restaking asset liquidity protocol designed to enhance yield opportunities for non-Ethereum L1 asset holders and support future MoveVM Rollups through liquidity abstraction and the OmniVM technology stack. Helix Labs brings more liquidity to DeFi by enhancing token utility, expanding EigenFi capacity, and providing liquidity as a service.

YieldNest is a liquidity re-hypothecation protocol powered by EigenLayer that provides a simplified, risk-adjusted liquidity re-hypothecation strategy to provide users with controllable investment exposure to the AVS category.

Verio is a Liquid Staking & IP Asset Restaking platform on Story Protocol.

Eigenpie is a restaking SubDAO that provide Liquid Staking Token holders the opportunity to restake their assets and expand their earning potential. By creating a dedicated liquid restaked version for each LST accepted on our platform, Eigenpie effectively isolates the risks associated with any specific LST.

Mellow Protocol is a modular liquid restaking primitive for institutions and sophisticated risk curators for issuing and curating LRTs with diverse risk and yield profiles. The system enables permissionless LRT creation allowing for unlimited risk profiles by working with diverse set of AVSes and operators.

Canary Protocol is a unified security layer that provides the highest APY across multiple blockchains through streamlined, optimized strategies. With unified access to all restaking providers, Canary Protocol simplifies the staking process of AVS, thereby reducing complexity and cost.