EigenCloud vs Kelp: products, risks and fit (2026)

Both projects are Ethereum liquid restaking protocols, but they serve different needs. EigenCloud builds on EigenLayer restaking and also offers Darkbloom for private model inference, EigenCompute for verifiable agents and Yukon for collaborative research. That broader mix may appeal if you want to explore compute and AI products as well as restaking, but it makes the overall offering less focused.

Kelp is more direct: deposit ETH or major liquid staking tokens and receive rsETH, which represents the restaked position. Its DeFi integrations have included lending protocols, optimisers, exchanges and wallets, though the April 2026 bridge exploit and subsequent bridging changes affect how much weight to put on its cross-chain reach. If you want one clear liquid restaking product, Kelp’s model is easier to understand. If you want a wider set of products, EigenCloud is the more relevant comparison.

EigenCloud has about $6.19 billion in Ethereum TVL, compared with roughly $910 million for Kelp. These figures show the relative scale listed for each project, not a guarantee of safety or returns. Kelp’s homepage has claimed more than $2 billion in TVL, but that does not match the roughly $910 million listed figure. Its stated $300 million-plus rsETH liquidity also predates the April 2026 incident.

Neither project publishes a fee schedule. EigenCloud does not publish its fee schedule, provider revenue split or restaking terms. Kelp does not state its fee structure or describe a protocol fee on rewards. Before depositing, check the relevant app and documentation for current charges. Include Ethereum gas costs for onchain actions, and consider potential DEX slippage if exiting by swapping rsETH. EigenCloud’s claim that Darkbloom was cheaper than competing providers is a project benchmark, not a published fee schedule.

Kelp’s bridge exploit is the clearest difference in the two projects’ current risk profiles. In April 2026, roughly $290 million was drained from its rsETH cross-chain bridge. Kelp blamed LayerZero default settings, while others pointed to Kelp’s configuration, so responsibility is disputed. Aave froze rsETH markets after the incident, and Kelp said it would stop bridging rsETH on 20 networks. These events show how a bridge failure can affect a token’s DeFi utility beyond the bridge itself.

EigenCloud lists two audits, but the auditors and findings are not identified here. Kelp also lists two audits and advertises a bug bounty of up to $250,000. Those measures do not eliminate smart-contract, operator or other restaking risks. EigenCloud’s review reports no hacks or incidents, but that is not proof that its systems are safe. Treat both protocols as risky, and consider Kelp’s known bridge incident and any unresolved recovery questions before using rsETH.

EigenCloud’s appeal depends on what you want to do. Darkbloom connects supported Macs to inference demand, EigenCompute runs agents in confidential environments with cryptographic attestation and onchain accountability, and Yukon supports collaborative research. The project also publishes benchmarks, but some headline performance and cost claims are self-reported and not independently verified. Provider participation is limited to supported Macs, and provider payouts are not published.

Kelp’s workflow is narrower: stake eligible assets and receive rsETH. Its homepage describes integrations across DeFi services and offers an earnings calculator, but current calculator values are not published here. Ease-of-use scores are 6.5/10 for EigenCloud and 7.5/10 for Kelp, though EigenCloud’s wider product range means there is more to assess. Neither publishes fees in the information here, so check current terms before acting.

Choose EigenCloud if you want Ethereum restaking alongside AI inference, verifiable agents or research tools, and are comfortable assessing a broad product suite. Its much higher TVL is a scale indicator, not a safety guarantee, and its fees, provider payouts and restaking terms are not published. Review the risks of restaking and verify the project’s current product terms before participating.

Choose Kelp only if rsETH is specifically what you need and you have considered the April 2026 bridge exploit, the changes to its bridging plans and the status of any recovery or compensation measures. Its deposit-and-rsETH model is more straightforward, but the exploit is a serious reason for caution. If your priority is avoiding a known recent bridge incident, EigenCloud is the more suitable of these two based on the incident history described here; it still carries restaking and smart-contract risks.