The restaking shift and concentrated risks in Ethereum

EigenLayer overtakes Lido dominance

EigenLayer now controls 94% of the restaking market with nearly $20 billion in total value locked. This scale surpassed Lido’s liquid staking dominance in 2026 as liquid restaking tokens moved from niche products to primary collateral. Lido manages 9.13 million ETH as of mid-2026, but its market share of total Ethereum staking fell to 21.18%. In contrast, ether.fi captures 28% of all staked ETH through its $7.83 billion liquid restaking pool. The dominance of liquid restaking tokens creates a single point of failure where a flaw in a single smart contract or an operator’s mistake can spread through the entire DeFi layer. Lido’s stETH remains the largest liquid staking asset with roughly 8.9 million ETH, yet its growth stagnated as users sought the 4-7% yields found in liquid restaking. Users who hold stETH face a 10% fee on staking rewards, a fee that Lido splits between node operators and its DAO treasury. Lido also implemented Dual Governance in mid-2025 to give stETH holders veto power, though LDO holders still maintain core voting authority. To activate veto signaling, holders must lock at least 1% of the total STETH supply. While stETH maintains near-parity with ETH, the price of ETH remains 48% below the 2021 peak of $4,780.68. The EIGEN token is part of the EigenCloud ecosystem, and the September 1 unlock distributes 20,189,050 tokens to investors and 19,299,695 to early contributors.

Slashing and bridge vulnerabilities

The activation of on-chain slashing in early 2026 changed the risk profile for all restakers. If an operator fails to meet the requirements of an Actively Validated Service, the protocol penalizes the delegated stake. This risk remains high because one poor operator choice can trigger penalties across multiple services simultaneously. The Kelp DAO exploit in April 2026 demonstrated how bridge dependencies create systemic weakness when a vulnerability in the LayerZero bridge caused a $300 million loss for users within a single part of the stack. Renzo provides yields of up to 12.07% by automating AVS allocation, but this automation relies on the protocol’s ability to judge risk correctly.

The Pectra upgrade in May 2025 reduced the upfront slashing penalty for a 32 ETH validator to 0.008 ETH, but the added penalty for correlated slashing remains a significant threat. Rocket Pool provides a decentralized alternative with 19,000 validators across 150 regions, but its liquidity does not match the deep integration of stETH in protocols like Aave and MakerDAO.

Operator selection and AVS exposure

Validators delegate assets to operators who manage the technical infrastructure. A buggy operator or one with poor key management triggers slashing. You know the yield incentive drives these decisions. An operator might select a high-yielding Actively Validated Service that has poorly specified slashing conditions or low security budgets. This creates a direct link between the quality of the service and the safety of the principal. Puffer Finance uses secure enclave technology to reduce slashing probability, but it holds a much smaller TVL of $1.8 billion. Users who choose Renzo accept protocol-decision risk in exchange for multi-chain availability across 15 networks. EigenLayer provides security for services like EigenDA and EigenCompute, but these services introduce their own governance and fault attribution challenges. ether.fi provides weETH for users wanting a non-rebasing token, and this provides a way to use tokens on lending platforms like Aave and Morpho. ether.fi maintains its position through a decentralized validator architecture and an institutional partnership with Anchorage Digital. Will AVS governance eventually trigger a mass liquidation event?