Ethereum stands at the intersection of a major protocol upgrade and a reshaping of market structure. The Glamsterdam hard fork is scheduled to go live on mainnet in the first half of 2026—Soldøgn Interop in early May 2026 has already set a 200M gas limit target, with full deployment expected in the coming months. This is more than a technical iteration; it could become a catalyst for change in the liquid staking landscape. At the same time, the strategic divergence among liquid staking protocols is becoming increasingly clear: Lido represents the efficiency-first approach, while Rocket Pool remains committed to decentralization. The tension between these two philosophies is reaching a new inflection point as Glamsterdam redefines staking rewards, MEV transparency, and block space efficiency.
Glamsterdam Upgrade and the Liquid Staking Landscape
Glamsterdam is a coordinated hard fork that upgrades both Ethereum’s execution and consensus layers, planned for activation in the first half of 2026. The exact mainnet launch depends on testnet stability and client development progress. This upgrade combines two code names—"Amsterdam" for the execution layer and "Gloas" for the consensus layer—rolled out together in a single hard fork. Rather than adding flashy features, the core goal is to reshape Ethereum’s foundational block production, validation, and economic incentive systems.
Liquid staking has become the dominant sector within DeFi. As of May 2026, total liquid staking TVL stands at roughly $40 billion, with Lido controlling about $19.1 billion—roughly 48% market share. Rocket Pool’s TVL remains significantly smaller, with a vast gap between the two.
However, size isn’t the only metric for evaluating protocol value. As Glamsterdam approaches, the strategic divergence and token value re-rating logic between these two protocols deserve a closer look.
Staking Evolution: From the Merge to Glamsterdam
To understand the current landscape, it’s important to trace the evolution of Ethereum’s staking ecosystem:
- September 2022: Ethereum completes the Merge, transitioning from PoW to PoS. Liquid staking protocols begin to emerge, but staked ETH remains non-withdrawable.
- April 2023: The Shapella upgrade enables staking withdrawals, triggering explosive growth in liquid staking. Lido quickly establishes market leadership thanks to its first-mover advantage and deep DeFi integration of stETH.
- March 2024: The Dencun upgrade, via EIP-4844, dramatically reduces Layer 2 data availability costs. The resulting DeFi boom indirectly boosts staking demand.
- Late 2025: The Fusaka upgrade introduces PeerDAS and EOF, raising the block gas limit from 45 million to 60 million and increasing base network throughput by about 33%.
- February 18, 2026: Rocket Pool launches its largest protocol upgrade ever—Saturn One. This lowers the minimum ETH required for node operators from 8 to 4, introduces the MEGAPOOL architecture to cut gas costs, and activates the RPL Fee Switch, which allocates a portion of protocol ETH revenue directly to RPL stakers.
- Mid-March 2026: The US SEC issues interpretive guidance clarifying that Ethereum staking rewards are not securities. This removes regulatory barriers for staking-based ETFs and paves the way for institutions to enter the ETH staking market.
- First half of 2026 (mainnet expected Q3): The Glamsterdam upgrade is set for activation. It bundles several high-impact EIPs, most notably EIP-7732 (ePBS, protocol-native proposer-builder separation) and EIP-7928 (BALs, block-level access lists), and raises the block gas limit from 60 million to 200 million. Notably, the much-anticipated EIP-8080 (allowing exits via a merge queue) has been officially dropped from Glamsterdam in favor of the EIP-8061 alternative.
stETH vs. rETH: A Three-Dimensional Comparison
Let’s quantitatively compare Lido and Rocket Pool as of May 2026 across three dimensions: TVL & market share, degree of decentralization, and APY & fee structure.
Dimension 1: TVL & Market Share
| Metric | Lido (stETH) | Rocket Pool (rETH) |
|---|---|---|
| Liquid Staking TVL | ~$19.1B | Significantly smaller (about 20x less) |
| Liquid Staking Market Share | ~48% | Far below Lido |
| Share of All Staked ETH | ~22.8% | Less than 1% |
| Governance Token | LDO | RPL |
| Token Price (as of May 21, 2026, Gate data) | ~$0.3628 | ~$1.744 |
Lido’s scale advantage stems primarily from stETH’s DeFi network effects: stETH/wstETH are deeply integrated into lending, liquidity pools, and collateral channels on major protocols like Aave, Curve, and MakerDAO, creating a "liquidity flywheel"—deeper liquidity attracts more users, and more users further reinforce liquidity depth.
Rocket Pool’s TVL is much smaller, but after the Saturn One upgrade, there are signs of structural improvement. As of May 7, 2026, 60,160 ETH are staked in megapools. Saturn One triggered a significant market re-rating for RPL, though the price later pulled back—reflecting ongoing market debate over how to value decentralized protocols.
On a broader scale, as of April 2026, about 32% of ETH supply is staked. The total amount of staked ETH continues to grow, but yields are steadily compressing—base issuance APY is around 2.75%, and this rate declines as the staking ratio rises.
Dimension 2: Degree of Decentralization
Decentralization is the fundamental dividing line between Lido and Rocket Pool, reflecting core differences in staking philosophy.
Lido uses a "curated" node operator model: the Lido DAO selects and approves professional node operators, who then manage all validators for the protocol. Lido is expanding its decentralization modules, and as of Q1 2026, its Community Staking Module (CSM) has registered 524 node operators. The CSM staking cap has been raised to 7.5%, and CSM operators currently safeguard about 1.5% of all staked ETH.
Rocket Pool, by contrast, is fully "permissionless": anyone with 4 ETH (8 ETH before Saturn One) and the required RPL collateral can run a node and participate in validation. Rocket Pool’s node operators are spread across roughly 70 geographic regions—far more than any other Ethereum staking provider.
Decentralization isn’t just about node count; it’s also about how many validators each node controls. Lido’s small group of operators manage large numbers of validators, while Rocket Pool’s validator set is much more distributed. This gives Rocket Pool structural advantages in censorship resistance and validator-level fault isolation. On the flip side, Rocket Pool’s distributed model can lead to uneven validator performance—a recent proposal (RPIP-73) aims to identify and remove about 12% of underperforming validators.
At the "philosophical" level, Lido and Rocket Pool also differ in governance. Lido uses LDO tokens for voting on protocol parameters and node operator admission; Rocket Pool employs a two-tier voting system to prevent large stakeholders from dominating protocol decisions.
Dimension 3: APY & Fee Structure
The yield environment for liquid staking is undergoing systemic compression. As of April 2026, base issuance APY is about 2.75%. After adding transaction fees and MEV, most validators earn a combined APY of 3.5%–5%. For retail users, net returns are lower after platform fees.
Here’s a comparison of the two protocols’ fee structures and reward distribution:
| Metric | Lido (stETH) | Rocket Pool (rETH) |
|---|---|---|
| Protocol Fee | 10% of staking rewards | ~14%–15% of staking rewards |
| Fee Destination | Lido DAO treasury | Node operators & protocol (some via Fee Switch to RPL stakers) |
| User Net APY (est.) | ~2.5%–3.4% | ~2.8%–3.2% |
| Node Operator Barrier | Not open (except CSM) | 4 ETH + RPL collateral |
| MEV Transparency Potential | Medium (depends on operator config) | High (smoothing pool mechanism) |
Rocket Pool charges higher commissions than Lido, but the structure is different: fees are split between node operators and the protocol. The Saturn One-activated RPL Fee Switch further shifts value capture—a portion of protocol revenue is now distributed directly to RPL stakers, transforming RPL from a pure governance/collateral token into a cash flow-bearing asset.
After Glamsterdam, EIP-7732 (ePBS) will bring proposer-builder separation natively to the protocol. Builders will submit bids directly to Ethereum’s consensus layer, and the winning builder will be recorded on-chain before the proposer broadcasts the block. This creates a permissionless, fully transparent block-building market. For protocols that actively manage MEV strategies, this could unlock additional revenue—early estimates suggest MEV extraction may drop by about 70%. Rocket Pool’s smoothing pool could be better positioned in an ePBS environment to capture MEV volatility and reduce individual operator risk.
Centralization Concerns and the Decentralization Narrative
The debate between Lido and Rocket Pool isn’t new, but several key events in 2026 have reignited the discussion.
Lido’s Market Concentration Raises Ethereum Foundation-Level Concerns
Lido currently controls about 48% of liquid staking TVL. This concentration has sparked widespread debate in the Ethereum community. If too much staked ETH is routed through a handful of protocols, node operators, and governance systems, it could lead to hidden validator centralization—at odds with Ethereum’s decentralization ethos.
Rocket Pool’s Decentralization Comes at the Cost of Slower Growth
While Rocket Pool is clearly more decentralized, its TVL lags far behind Lido. Critics argue that decentralization alone doesn’t guarantee user adoption. rETH’s DeFi integration is much shallower than stETH’s—stETH’s status as collateral on Aave is nearly unassailable, while rETH is still building out its lending and liquidity integrations.
Glamsterdam May Narrow the Efficiency Gap
Some analysts believe Glamsterdam’s impact won’t be evenly distributed. ePBS will create a more transparent MEV market, potentially boosting Rocket Pool’s smoothing pool returns. At the same time, improved validator exit mechanisms will reduce friction—an important risk mitigant for rETH holders who may face lower liquidity. However, Lido’s modular staking architecture and ongoing CSM upgrades mean it’s also moving toward greater decentralization, and the two protocols’ paths may ultimately converge.
Industry Impact: Competition, Governance, and Token Value Reassessment
Impact on Liquid Staking Competition
Glamsterdam’s core impact isn’t to "favor" any one protocol, but to shift the competitive landscape. Previously, competition centered on TVL, DeFi integration, and user habits—Lido’s core strengths. Post-upgrade, competition will expand to MEV capture efficiency and fairness in block space usage.
For Lido, Glamsterdam brings incremental efficiency gains. stETH’s main advantage is its liquidity network effect: even with improved validator efficiency, its role as DeFi collateral remains unchallenged. However, the upgrade does open the door for competitors to narrow the gap via differentiated strategies.
For Rocket Pool, the upgrade creates structural opportunities. ePBS’s MEV transparency may make its smoothing pool more competitive in capturing rewards. Meanwhile, the RPL Fee Switch turns RPL into a cash flow-bearing asset, which could attract investors who value traditional dividend-like returns.
Impact on Token Economics
- LDO: Currently priced at ~$0.3628 (as of May 21, 2026, Gate data), down 59.70% over the past year. Market cap is about $308 million, fully diluted valuation $403 million, with a total supply of 1 billion tokens. LDO’s core value depends on Lido’s continued dominance in liquid staking and the actual economic value allocated to holders as TVL growth slows. Protocol fees go to the DAO treasury, governed by LDO holders, but LDO does not directly capture protocol revenue like RPL. If Lido’s market share faces pressure from more decentralized competitors post-Glamsterdam, LDO’s value thesis may be tested.
- RPL: Priced at ~$1.744 (as of May 21, 2026, Gate data), down 65.77% over the past year. Market cap is about $39.15 million, fully diluted valuation $59.4 million. Unlike LDO, RPL now has a real ETH revenue capture mechanism after Saturn One—Fee Switch allocates a portion of protocol fees to RPL stakers, making it a cash flow-bearing asset. However, RPL’s supply model carries inflation risk, so ongoing protocol growth will need to offset token inflation.
Three Possible Post-Glamsterdam Scenarios
Based on the above analysis, here are three potential scenarios for the post-Glamsterdam landscape.
Scenario 1: Efficiency Deepens, Status Quo Persists
In this scenario, Glamsterdam rolls out smoothly and ePBS works as intended, but MEV distribution remains largely unchanged. Lido maintains a 40%–48% market share in liquid staking, leveraging stETH’s DeFi network effects and institutional staking channels. Rocket Pool benefits from the 4 ETH node requirement and Fee Switch, achieving modest growth, but the TVL gap remains wide.
Key assumptions: Efficiency gains are shared equally by all protocols and don’t create new competitive advantages; institutional capital continues to prefer stETH for its deeper liquidity and broader integration.
RPL/LDO relative performance: Both tokens’ valuations are driven by TVL growth, not market share redistribution. RPL may grow faster from a lower base, but absolute scale remains lopsided.
Scenario 2: Decentralization Premium Emerges, Partial Reshaping
Here, growing community concern over staking concentration leads to governance action—such as the Ethereum Foundation allocating its 70,000 ETH stake to decentralized protocols. Glamsterdam’s improved exit mechanisms lower friction for users migrating from stETH to rETH, and users/institutions with a decentralization bias begin shifting toward Rocket Pool.
Key assumptions: Rocket Pool’s operator network keeps expanding, and rETH achieves meaningful DeFi integration; Lido’s CSM grows but can’t fully address centralization criticism.
RPL/LDO relative performance: RPL could see a valuation re-rating due to a "decentralization premium," but this depends on whether Fee Switch-driven ETH revenue growth can sustain higher prices.
Scenario 3: Competition Evolves, New Paradigms Emerge
In this scenario, Glamsterdam spawns new competitive dimensions, breaking the "Lido vs. Rocket Pool" binary. EIP-7732 (ePBS) creates an on-chain block builder market, potentially giving rise to new MEV-optimized staking protocols; or, restaking protocols (like EigenLayer, which already holds 93.9% of the restaking market) merge with liquid staking to create new paradigms. Both protocols face competition from "MEV-optimized staking" and "integrated restaking" models.
Key assumptions: The technical impact of Glamsterdam exceeds current expectations, ePBS adoption accelerates, and new MEV-capture strategies become the main differentiator for staking protocols.
Both tokens’ prices will be influenced by multiple factors: TVL growth fundamentals, competition from new entrants, and a shift in valuation frameworks from "narrative-driven" to "cash flow-based."
Conclusion: A Battle of Philosophy or Efficiency?
The choice between stETH and rETH is more than a comparison of two liquid staking tokens—it’s a philosophical debate about Ethereum’s future governance. Lido represents an efficiency-first path, leveraging curation and deep DeFi integration for network effects; Rocket Pool stands for permissionless participation and distributed validation.
The significance of the Glamsterdam upgrade lies in its reset of the technical parameters of this competition. A more transparent MEV market and more efficient block space utilization may recalibrate the cost-benefit equation between these two philosophies. But whether decentralization earns a market premium ultimately depends on a deeper question: how much are Ethereum ecosystem participants—retail stakers, institutional investors, and DeFi protocols—willing to pay for "decentralization" as a property?
Until that answer emerges, the coexistence of stETH and rETH is itself a testament to Ethereum’s resilience: two philosophies competing and balancing each other, together building a more censorship-resistant staking ecosystem. This, in the end, is the most compelling long-term narrative for liquid staking.
