PERP.WIKI

Felix Protocol vs Wormhole

Hyperliquid ecosystem comparison · Lending & Borrowing

Best for Borrowers
Different Focus AreasVerified: Felix Protocol

Quick Take

Felix Protocol CDP lending protocol on HyperEVM — mint feUSD stablecoin on HyperEVM, while Wormhole Leading cross-chain messaging protocol bridging assets to Hyperliquid on Multi-Layer. They serve different niches in the Hyperliquid ecosystem.

Based on public data for Felix Protocol and Wormhole. Key differentiators: layer deployment, fee structure, liquidity depth, and community adoption. Last reviewed: Mar 2026.

Overview

Felix Protocol logo

Felix Protocol

Felix Protocol is the primary stablecoin issuance and money market platform on Hyperliquid's HyperEVM, functioning as both a collateralized debt position (CDP) engine and a variable-rate lending marketplace. Built natively on HyperEVM, Felix has established itself as one of the largest DeFi protocols in the Hyperliquid ecosystem, having crossed $1 billion in total value locked in September 2025 before settling to approximately $440 million TVL by October 2025. The protocol's core thesis is that Hyperliquid's on-chain liquidity and composability create the ideal environment for a stablecoin primitive that earns real yield for its users rather than extracting value from them. WHAT IT IS Felix operates two distinct but complementary products: a CDP system that mints feUSD (a dollar-pegged synthetic stablecoin) against on-chain collateral, and Vanilla Markets, which are variable-rate lending pools for borrowing and earning yield against major assets. The protocol has also launched USDhl, a fiat-backed, T-bill-collateralized stablecoin powered by M0 (a wholesale dollar infrastructure), broadening Felix's stablecoin suite beyond purely algorithmic constructions. Together, these products position Felix as the stablecoin factory and lending backbone for the HyperEVM ecosystem. HOW IT WORKS The feUSD CDP system is built on a fork of Liquity v2's codebase, modified with additional risk controls suited to Hyperliquid's asset landscape. Users deposit accepted collateral — HYPE, wrapped BTC (UBTC), and liquid staking tokens like kHYPE — into Troves (individual CDP vaults) and mint feUSD against it at a conservative 40% loan-to-value ratio. This is notably lower than most DeFi lending platforms, a deliberate choice to limit systemic risk given the relative volatility of the collateral base. feUSD holders can redeem their tokens for $1 worth of underlying collateral at any time, and a Stability Pool absorbs liquidated positions, distributing collateral and earned interest to Stability Pool depositors. Interest rate selection is borrower-controlled, but positions with the lowest interest rates face first-redemption risk if feUSD depegs below $1 — a soft liquidation mechanism that enforces peg discipline. Vanilla Markets, the second pillar, are variable-rate lending pools built on Morpho's lending infrastructure. Lenders deposit stablecoins (USDhl, USDe, USDT0, USDH) and earn variable interest, while borrowers post collateral (HYPE, kHYPE, UBTC) to borrow. Interest rates adjust algorithmically with pool utilization, and liquidations execute automatically when a borrower's health factor falls below 1. All positions are over-collateralized. The July 2025 CoreWriter upgrade — which enables HyperEVM smart contracts to write data to HyperCore — means Felix can now route liquidations directly through HyperCore's orderbook rather than AMM pools, reducing slippage and creating tighter integration with Hyperliquid's core liquidity engine. USDhl, the third product, is a fiat-backed stablecoin issued via M0, a wholesale dollar infrastructure backed by T-bills with on-chain reserve attestations. Convertibility is enforced at 1:1 between M0 tokens and USD, and a maintained Uniswap v3 liquidity pool ensures low-friction arbitrage. The stablecoin distributes its 4%+ T-bill yield back to users as Hyperliquid incentives, split across HyperCore spot and HyperEVM liquidity pools and reweighted every two weeks. KEY FEATURES - Dual stablecoin architecture: feUSD (CDP, algorithmic peg via Liquity v2 mechanics) and USDhl (fiat-backed, M0-powered, yield-distributing) serve different user needs and risk profiles from a single platform. - Morpho-powered Vanilla Markets: Variable-rate lending pools with dynamic interest rates and automatic on-chain liquidations. Supports HYPE, kHYPE, UBTC as collateral against stablecoin borrowing. - CoreWriter liquidation integration: Since July 2025, Felix can programmatically send liquidation orders to HyperCore's orderbook, reducing slippage and execution risk during market stress. - Conservative risk parameters: 40% LTV cap on CDP positions, mint caps, admin-controlled pause mechanisms, and incremental collateral onboarding — reflecting a deliberate approach to risk management in a novel ecosystem. - Points and incentive program: An ongoing points program rewards users for minting feUSD, supplying to Vanilla Markets, and holding USDhl, creating strong growth incentives while the governance token remains unlaunched. TEAM AND BACKING Felix has operated without publicly naming its founding team, maintaining a degree of pseudonymity common in the Hyperliquid ecosystem. The project launched on HyperEVM shortly after the mainnet EVM became available in early 2025 and has not announced formal venture funding rounds as of the time of writing. The protocol operates under the usefelix.xyz domain and has an active development roadmap that includes "Chapter 2" — a planned expansion expected to unify incentive structures across HyperCore and HyperEVM and introduce new collateral types and evolved risk parameters. Community messaging has described Chapter 2 as a significant protocol upgrade aligned with full CoreWriter integration. Felix has maintained a partnership with Hyperion DeFi, a NASDAQ-listed company that has integrated with Felix's broader product suite. TRACTION AND METRICS Felix launched on HyperEVM in early 2025 and grew rapidly alongside the broader HyperEVM ecosystem. By June 2025, the protocol had crossed $100 million in outstanding loans — a milestone reported by The Defiant. September 2025 marked its all-time high with over $1 billion in TVL, as HyperEVM total TVL itself surged 350% in two months. As of October 2025, Felix held approximately $440 million in TVL, making it the second-largest native DeFi protocol on HyperEVM by this metric behind HyperLend. The protocol has accumulated significant volume through its Stability Pool mechanism and Vanilla Markets, with HYPE and UBTC serving as the primary collateral assets driving growth. An active points program has sustained user engagement and encouraged protocol experimentation. COMPETITIVE POSITION Within the HyperEVM ecosystem, Felix competes most directly with HyperLend for lending market share. Felix's differentiation lies in its CDP stablecoin product (feUSD), which HyperLend does not offer, and in the more conservative, risk-adjusted design of its collateral parameters. Versus Liquity on Ethereum, Felix inherits architectural inspiration but layers in pause mechanisms and admin controls that Liquity deliberately avoids — a trade-off between censorship resistance and pragmatic risk management. Against MakerDAO/Sky on Ethereum, Felix benefits from Hyperliquid's throughput and HyperCore composability. The USDhl product competes with Ethena's USDe and other yield-bearing stablecoins, but is differentiated by its M0 T-bill backing and distribution of real yield back to Hyperliquid participants rather than to protocol treasuries. HYPERLIQUID INTEGRATION Felix is architected exclusively for HyperEVM and deeply integrates with HyperCore at multiple levels. The feUSD CDP system accepts HYPE (HyperCore's native staking token) and kHYPE (Kinetiq's HyperCore-staked liquid staking token) as collateral — assets that are native to the Hyperliquid L1. The Vanilla Markets build on Morpho, which itself relies on HyperEVM's EVM execution. USDhl's yield distribution is routed through HyperCore spot market liquidity incentives. Critically, CoreWriter integration allows Felix to place liquidation orders directly on HyperCore's CLOB rather than routing through AMM pools — making Felix one of the first protocols to actively exploit the bidirectional HyperCore-HyperEVM bridge at a liquidation engine level. Felix's points program allocates rewards across both HyperCore spot and HyperEVM, incentivizing the dual-layer activity that is central to Hyperliquid's long-term design. RISKS AND CONSIDERATIONS The 40% LTV ratio provides a reasonable buffer against collateral volatility, but HYPE is the dominant collateral and is itself a relatively illiquid and volatile asset by traditional standards. A severe HYPE price shock could trigger cascading liquidations that test the Stability Pool's absorptive capacity and the CoreWriter liquidation pipeline. The feUSD peg mechanism's reliance on redemption pressure means that during market stress, borrowers with low interest rates face forced liquidation through redemption — a mechanism that is economically sound but can create adverse user experiences. The protocol's admin-controlled pause functionality and mint caps represent meaningful centralization versus Liquity's immutable design. Team pseudonymity creates limited accountability in the event of critical vulnerabilities or governance disputes. Governance token launch (not yet live as of the research period) introduces tokenomics uncertainty. Dependency on Morpho for Vanilla Markets means Felix inherits any bugs or risks from the Morpho lending infrastructure. Overall, Felix is well-designed for its environment but carries ecosystem concentration risk — its growth is tightly coupled to HYPE's price trajectory and HyperEVM's adoption curve.

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Wormhole logo

Wormhole

Wormhole is one of the most widely used and battle-tested cross-chain messaging protocols in DeFi, enabling asset transfers and arbitrary message passing between 30+ blockchains including Hyperliquid, Ethereum, Solana, Arbitrum, Optimism, BNB Chain, Polygon, Aptos, Sui, and more. Since its launch in 2021, Wormhole has processed hundreds of billions in cross-chain value, establishing itself as a cornerstone of multi-chain DeFi infrastructure. Wormhole architecture is built around a decentralized Guardian network, a set of 19 reputable validators including Jump Crypto, Certus One, and other institutional node operators, who attest to cross-chain messages using threshold signatures. This design provides high security and liveness: as long as a supermajority of Guardians are honest and online, messages are processed reliably and without centralized points of failure. For Hyperliquid users, Wormhole provides critical bridging infrastructure to move assets from major ecosystems into HyperEVM. Its Native Token Transfers framework enables protocols to deploy tokens with native cross-chain transferability without wrapped equivalents or liquidity pool dependencies, ensuring canonical token supply integrity across chains. For Hyperliquid-native projects expanding multi-chain, this dramatically simplifies token architecture and eliminates liquidity fragmentation. Wormhole integration with Circle Cross-Chain Transfer Protocol enables native USDC bridging, moving the actual USDC asset rather than a wrapped representation, which is increasingly preferred by institutional users managing large stablecoin positions into HyperEVM liquidity pools. The Wormhole Gateway built on Cosmos acts as a routing hub for cross-chain liquidity, optimizing flows between IBC ecosystems and EVM chains including HyperEVM, enabling deeper integration between the Cosmos DeFi stack and Hyperliquid trading infrastructure. Developers building on HyperEVM can leverage Wormhole SDK and developer tooling to integrate cross-chain functionality with minimal overhead, querying Guardian attestations, relaying messages, and managing multi-chain token registries through well-documented APIs. Wormhole is designed for protocol builders requiring robust cross-chain infrastructure, retail users bridging assets into Hyperliquid ecosystem, and institutional participants needing high-reliability multi-chain message passing with a proven security and uptime track record.

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Feature Comparison

FeatureFelix Protocol logoFelix ProtocolWormhole logoWormhole
LayerHyperEVMMulti-Layer
CategoryLending & BorrowingBridges & Cross-Chain
StatusActiveActive
Launch Year2024
Websiteusefelix.xyzwormhole.com
Twitter@felixprotocol
GitHubNot publicNot public
Verified✓ VerifiedUnverified
Tags
lendingCDPfeUSDstablecoinLiquity-fork

Score Comparison

Felix ProtocolWormhole
Open Source
Felix Protocol
Not public
Wormhole
Not public
Verified
Felix Protocol
Verified
Wormhole
Unverified
Ecosystem Breadth
Felix Protocol
5 tags
Wormhole
0 tags
Maturity
Felix Protocol
Since 2024
Wormhole
Unknown

Feature Matrix

FeatureFelix Protocol logoFelix ProtocolWormhole logoWormhole
Open Source
Verified
Has Website
Has Twitter
Has GitHub
Active Status

Key Differences

Layer Architecture

Felix Protocol operates on HyperEVM (evm smart contracts on hyperliquid l1), while Wormhole runs on Multi-Layer (spans multiple hyperliquid layers). This affects composability, transaction speed, and the types of integrations each protocol supports.

Category Focus

Felix Protocol is focused on lending & borrowing, while Wormhole targets bridges & cross-chain. They serve different user needs within the Hyperliquid ecosystem.

When to Use Each

Choose Felix Protocol if you...

  • Want a lending & borrowing solution on HyperEVM
  • Prefer a verified and vetted protocol
  • Need features like lending and CDP
  • Need: CDP lending protocol on HyperEVM — mint feUSD stablecoin

Choose Wormhole if you...

  • Want a bridges & cross-chain solution on Multi-Layer
  • Need: Leading cross-chain messaging protocol bridging assets to Hyperliquid

Ecosystem Integration

Felix Protocol logo

Felix Protocol

Felix Protocol operates on HyperEVM (evm smart contracts on hyperliquid l1). As a HyperEVM protocol, it can compose with other EVM-based DeFi primitives and leverage smart contract flexibility.

Wormhole logo

Wormhole

Wormhole operates on Multi-Layer (spans multiple hyperliquid layers). Spanning multiple layers lets it combine the strengths of each, though integration complexity is higher.

Community Verdict

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