Swell Network (SWELL): Liquid Staking and Restaking on Ethereum
Swell Network is an Ethereum liquid staking and restaking protocol that issues swETH (liquid staked ETH) and rswETH (liquid restaked ETH on EigenLayer). Swell provides a non-custodial approach to ETH staking — validator key management uses distributed infrastructure to avoid single points of custody failure. SWELL is the protocol's governance token used to direct protocol parameters and treasury resources.
swETH: Liquid Staking with DeFi Integration
swETH is Swell's liquid staking token representing ETH staked with Swell's validator network. swETH is a non-rebasing token — its value increases relative to ETH over time as staking rewards accrue (similar to Rocket Pool's rETH model). The non-rebasing design makes swETH compatible with standard DeFi accounting and composable with lending protocols, yield optimisers, and AMMs. swETH holders can use their tokens as collateral in lending protocols like AAVE, provide liquidity in swETH/ETH pools, or upgrade to rswETH for additional restaking yield on EigenLayer. Compare Swell's swETH against Lido's stETH and Rocket Pool's rETH on the tools page.
rswETH: Liquid Restaking and EigenLayer Integration
rswETH is Swell's liquid restaking token — users who deposit ETH or swETH receive rswETH, which represents their position restaked on EigenLayer. rswETH earns both base ETH staking yield and EigenLayer restaking yield (from AVS payments), providing a higher total return than plain liquid staking. The rswETH product positions Swell within the competitive liquid restaking market alongside ether.fi and Renzo. Swell's differentiation in the restaking market comes from its focus on DeFi integration depth and the Swell L2 — a planned dedicated Layer 2 network using restaked ETH for security through EigenLayer's AVS framework.
Swell L2 and the Restaking Use Case
Swell has announced a dedicated Swell L2 — an Ethereum Layer 2 that uses rswETH as its gas token and EigenLayer AVS infrastructure for its security. The Swell L2 creates a closed-loop ecosystem: users stake ETH → receive rswETH → use rswETH on the Swell L2 → earn additional yield from L2 sequencer fees. This integrated design gives SWELL governance scope over a broader ecosystem than pure liquid staking protocols — encompassing the L2's economic infrastructure as well as the staking product. Monitor Swell's total swETH and rswETH supply, Swell L2 development milestones, and SWELL governance participation as primary protocol health indicators. Apply risk management and position sizing appropriate to liquid restaking protocol governance token investments in an evolving restaking ecosystem.
Swell L2: Restaking-Secured Layer 2 Vision
Swell's Swell L2 is an Ethereum Layer 2 that uses rswETH as its native gas token and leverages EigenLayer's Actively Validated Services (AVS) framework to provide the L2's security infrastructure. The design creates a closed economic loop: users stake ETH with Swell to receive swETH, upgrade to rswETH for restaking yield, and then use rswETH on the Swell L2 for DeFi activity — earning L2 transaction fee revenue on top of staking and restaking yield. The Swell L2 differentiates from other L2s by making restaked ETH the native economic unit of the chain rather than ETH itself — aligning the L2's economic activity with EigenLayer's restaking ecosystem growth. This creates a unique value proposition: a Layer 2 where simply holding the native gas token earns restaking yield, lowering the opportunity cost of holding gas reserves and making the L2 more capital-efficient for DeFi users.
SWELL Token and Competitive Positioning
SWELL governs Swell's liquid staking and restaking parameters — validator operator selection, AVS allocation strategy, fee rates, and Swell L2 development priorities. The governance scope expands significantly with the Swell L2 launch — SWELL holders will govern a combined liquid staking protocol, restaking protocol, and Layer 2 blockchain ecosystem. In the competitive liquid restaking market, Swell differentiates through its L2 vision (a unique product direction not pursued by ether.fi or Renzo) and its focus on maintaining a streamlined non-custodial architecture. Monitor Swell's total swETH supply, rswETH TVL, Swell L2 launch milestones, and SWELL governance participation as primary health metrics. Compare Swell's integrated staking-plus-L2 strategy against pure liquid restaking competitors on the tools page. Apply risk management and position sizing appropriate to liquid restaking and L2 governance token investments.
Swell's Validator Infrastructure and Node Operator Network
Swell's validator network for swETH is operated by a curated set of professional node operators who meet Swell's technical and security standards. The node operator curation model provides quality control over validator performance — reducing missed attestation rates and maximising staking yield for swETH holders. Swell's node operator selection process evaluates hardware redundancy, operational security practices, client diversity (using multiple Ethereum validator client software to reduce correlated failure risk), and historical performance metrics. As Swell scales total staked ETH, expanding the node operator set while maintaining quality standards is a key operational challenge. The non-custodial key management model adds complexity but provides security guarantees that pure custodial staking cannot. For institutional ETH stakers considering liquid staking options, Swell's non-custodial architecture and professional node operator network represent a compelling combination of yield optimisation and security assurance. Compare Swell's validator model against Rocket Pool's permissionless node operator model and Lido's curated operator set on the tools page. Apply risk management and position sizing.
Swell's EigenLayer AVS Allocation Strategy
Swell's restaking yield from rswETH depends on the quality and quantity of AVS allocations on EigenLayer. Swell's AVS selection team evaluates each Actively Validated Service for code audit completeness, economic model sustainability, slashing condition clarity, and the reputational track record of the AVS development team. Well-selected AVS allocations maximise rswETH yield while minimising slashing risk — the key risk management challenge for liquid restaking protocols. As EigenLayer's AVS ecosystem matures and more services launch with operational history, Swell's ability to evaluate and select AVSs based on track record (rather than just technical specifications) improves. Monitor Swell's AVS portfolio count, average AVS APY contribution, and any slashing events in Swell's AVS allocation as critical restaking risk signals. Compare Swell's AVS selection approach against ether.fi's operator strategy on the tools page. Apply risk management and position sizing. Tracking Swell liquid staking metrics helps evaluate its competitive position in the Ethereum staking landscape and its contribution to decentralised finance infrastructure. Tracking Swell liquid staking metrics helps evaluate its competitive position in the Ethereum staking landscape and its contribution to decentralised finance infrastructure.