Episode Summary
Executive Summary: A Bankless panel compared three ETH staking approaches—Coinbase, Lido, and Rocket Pool—focusing on trade-offs among ease of use, liquidity, and decentralization. The guests discussed business models, validator selection, trust assumptions, MEV handling, and the future of liquid staking tokens, arguing that staking design will shape Ethereum’s security, accessibility, and governance.
Main Topics: Three staking models on the ETH spectrum (Priority: 5/5): Coinbase represented a custodial, user-friendly exchange model; Lido emphasized liquid staking and composability; Rocket Pool prioritized permissionless, non-custodial decentralization. Business models and fee structures (Priority: 5/5): Each protocol captures value differently: Coinbase takes a cut of staking rewards, Lido charges a protocol fee split among operators and treasury, and Rocket Pool relies on node-operator commissions plus RPL incentives. Validator selection, uptime, and operational trust (Priority: 4/5): The panel compared how validators/operators are chosen and incentivized. Coinbase uses vetted infrastructure partners and SLAs, Lido uses a curated operator set that is expanding, and Rocket Pool is open permissionlessly with operator skin in the game. Staked ETH liquidity and token design (Priority: 4/5): The discussion centered on the value of liquid staking tokens like stETH and rETH, how they function in DeFi, and whether one dominant token will emerge through liquidity network effects. MEV in proof-of-stake (Priority: 5/5): The panel explored how maximal extractable value could change staking economics, create competitive pressure, and require new norms or tooling such as Flashbots, smoothing pools, or enforced sharing. Decentralization as a public good (Priority: 4/5): All three speakers argued that staking products should support Ethereum’s decentralization, though they differed on how best to balance that goal with usability and scale. Risks, scale, and future uncertainty (Priority: 3/5): Speakers reflected on what keeps them up at night: safely scaling staking, managing large amounts of ETH, and adapting to post-merge protocol and governance changes.
Key Arguments: Coinbase argued that staking products should optimize for ease of use and safety, while still decentralizing parts of the infrastructure through multiple providers, clients, and SLAs. Lido argued that liquid staking is likely to be a winner-take-most market, and that Lido’s role is to offer the best possible liquid staking product while pushing the ecosystem toward greater decentralization. Rocket Pool argued that permissionless, non-custodial staking best aligns with Ethereum’s ethos because it mobilizes many independent operators and avoids centralized control. Coinbase stated that its retail staking fee is 25% of rewards, positioning its business model as a revenue share from staking yield. Lido stated that it charges a 10% fee on staking rewards, with the proceeds split among node operators, treasury, and a cover/insurance-like component. Rocket Pool argued that node operators are the core value creators because they run the hardware and should receive most of the protocol’s ETH-denominated rewards. The panel broadly agreed that custodial or exchange-based staking can still be pro-decentralization if it lowers barriers and expands participation without malicious incentives. MEV was framed as both an opportunity and a risk: it could raise yields substantially, but also create concentration and protocol-design challenges. Lido and Rocket Pool both suggested that MEV should be shared with stakers and handled in a more transparent, coordinated way rather than captured privately by operators.
Data Points: ETH staked on Ethereum: 6.3 million ETH - Mentioned at the beginning as evidence of how far ETH staking has progressed. Coinbase retail staking fee: 25% of rewards - EJaz described the fee charged to retail users staking through Coinbase. Lido protocol fee: 10% - Vasili explained that Lido takes 10% of staking rewards. Lido fee split to node operators: 5% - Half of Lido’s fee was described as going to node operators. Lido validator/operator count: 9 node operators - Vasili said Lido currently had nine node operators. Ethereum validator minimum deposit: 32 ETH - Used repeatedly to contrast ETH staking with simpler PoS systems. Rocket Pool operator requirement: 16 ETH plus 1.6 ETH worth of RPL - Darren described the threshold to become a Rocket Pool node operator. Rocket Pool RPL inflation: 5% - Darren said RPL has a 5% inflation rate used to incentivize protocol actors. Rocket Pool commission range: 5% to 20% - Darren said node-operator commission varies with supply and demand, targeting 10% on average. Target average Rocket Pool commission: 10% - Darren said the protocol targets about 10% average commission across the system. MEV upside estimate: 60% to 300% higher earnings - EJaz cited predictions for post-merge ETH validator revenue increases from MEV. Lido liquid staking market share: ~75% - Vasili said Lido is dominant in liquid staking but not the only provider. Lido share of ETH stake: about 9% - Vasili described Lido as having roughly 9% of staked ETH. Kraken staking share referenced: 12% to 40% - Vasili cited Kraken as a large exchange-controlled staking share example.
Pivotal Quotes: "the beacon chain on its own is about as useful as a potato" — Vasili (Lido): Used to argue that Lido’s DAO is a temporary guiding force during Ethereum’s early staking phase. "we are fully decentralized, non-custodial, and open source" — Darren (Rocket Pool): Summarized Rocket Pool’s core philosophy and its alignment with Ethereum’s principles. "our intention is to pass these MEV rewards through to our customers" — EJaz (Coinbase): Coinbase’s stated approach to sharing MEV-derived value with stakers/users.
Implications: ETH staking is likely to split along different trust and liquidity preferences, with exchange, liquid, and permissionless models coexisting. MEV, token liquidity, and operator decentralization will shape which protocols dominate and how secure, accessible, and censorship-resistant Ethereum becomes.