Kinetiq: Liquid Staking and Productive HYPE
How kHYPE turns native HYPE staking into a liquid DeFi asset, and how Kinetiq extends it through automated strategies.
042HyperLend: The HyperEVM Money Market
How HyperLend brings pooled lending, borrowing, and leverage to HyperEVM and connects credit back to HyperCore users.
043Morpho Blue on Hyperliquid: Isolated Lending Markets
How Morpho's permissionless isolated markets differ from pooled lending and HyperCore Portfolio Margin.
044Valantis: stHYPE and a Purpose-Built AMM for Staked Assets
How Valantis combines liquid staking with STEX, an AMM designed around assets that can be redeemed for an underlying token.
045Felix: CDPs, feUSD, and Stablecoin Credit on Hyperliquid
How Felix lets users borrow feUSD against overcollateralized positions and uses redemptions and stability pools to manage solvency.
046Veda: The Vault Infrastructure Behind DeFi Yield Products
How Veda separates vault infrastructure, strategy curation, and user-facing applications across Hyperliquid DeFi.
047Derive V2: Options Access From HyperEVM
How Derive connects HyperEVM collateral to an external derivatives venue for options, perps, and structured strategies.
048Rysk: Fully Collateralized Options on HyperEVM
How Rysk uses covered calls, cash-secured puts, and RFQ auctions to bring volatility yield directly onchain.
049Project X: Concentrated Liquidity on HyperEVM
Why an AMM can remain useful beside HyperCore's order books, and how concentrated liquidity changes capital efficiency for spot markets.
050Hyperbeat: From DeFi Yield to a User-Facing Financial Account
How Hyperbeat packages Hyperliquid trading, yield, credit, and payment workflows into a higher-level financial product.
111The HyperEVM Ecosystem Map
HyperEVM applications cluster around lending, liquid staking, AMMs, vaults, options, structured products, data, wallets, and infrastructure, with many of them using HyperCore liquidity or HYPE as an underlying primitive.
112The HIP-3 DEX Landscape
HIP-3 turns HyperCore into shared infrastructure for independently operated perpetual DEXs, so the ecosystem competes on market selection, oracles, collateral, liquidity, fees, and distribution while sharing core execution primitives.
113HyperEVM Lending Protocols Compared
HyperEVM lending protocols differ mainly in pool structure, collateral isolation, interest-rate design, oracle dependencies, liquidation mechanics, and how closely they integrate with HyperCore.
114Liquid Staking on Hyperliquid Compared
Liquid staking separates native validator delegation from the liquidity of a receipt token, so protocols should be compared on redemption mechanics, validator policy, liquidity, smart-contract controls, and DeFi integrations rather than APY alone.
115Options and Structured Products on Hyperliquid
Options and structured products add nonlinear payoffs to Hyperliquid's spot, perp, lending, and staking stack, allowing users to trade volatility or package yield while introducing model, liquidity, and contract risk.
116Bridges and Crosschain Routes Into HyperEVM
Getting assets into HyperEVM can involve Hyperliquid's native bridge paths, issuer-native transfer systems, or third-party bridges; each route has a different trust model and destination asset representation.
117Wallets, RPCs, and Explorers for HyperEVM
HyperEVM uses standard EVM wallet and JSON-RPC concepts, but users still need Hyperliquid-specific chain settings, reliable RPC infrastructure, and explorers that understand system transactions and cross-environment state.
118Hyperliquid Data and Analytics Tools
Hyperliquid analytics spans official APIs, block and EVM explorers, protocol dashboards, market-data terminals, portfolio trackers, and independent research datasets; the right tool depends on whether you need execution truth, interpretation, or convenience.
119Tokenized Real-World Assets on Hyperliquid
Tokenized real-world assets can appear on Hyperliquid as spot assets, HyperEVM tokens, or derivative underlyings, but each structure carries different issuer, custody, redemption, oracle, market-hours, and regulatory dependencies.
120How HyperEVM Applications Use HyperCore Liquidity
HyperEVM applications can read native market state, move assets, and trigger supported HyperCore actions, letting smart contracts build around HyperCore liquidity without recreating the order book inside the EVM.