Looped HYPE vs NAVI Protocol

Looped HYPE

Looped HYPE is a recursive liquid staking protocol on HyperEVM that amplifies staking yield on HYPE tokens through automated leverage loops. Instead of earning simple base staking returns, users deposit HYPE or liquid-staked HYPE derivatives (such as kHYPE or stHYPE), which the protocol loops through a borrow-deposit cycle: staked assets serve as collateral to borrow more HYPE, which is restaked — repeating the cycle multiple times to compound exposure. This recursive strategy enables effective yield exposure of 3x to 15x the base staking APR, without requiring users to manually manage individual loan positions, monitor collateral ratios, or handle rebalancing themselves. Looped HYPE handles health monitoring, automatic rebalancing, and reward compounding entirely on-chain, abstracting the complexity of leveraged staking into a single deposit experience. The protocol integrates natively with Hyperliquid's liquid staking ecosystem and HyperEVM's lending infrastructure, making it composable with the broader DeFi stack. Looped HYPE is designed for yield-maximizing HYPE holders who want meaningful capital efficiency and amplified staking returns without giving up the underlying security of Hyperliquid's proof-of-stake layer.

NAVI Protocol

NAVI Protocol is a leading decentralized liquidity protocol bringing efficient lending and borrowing infrastructure to the HyperEVM ecosystem, modeled after battle-tested money market designs like Aave v3. NAVI enables permissionless money markets where users can supply assets to earn yield and borrow against their collateral with transparent, algorithmically determined interest rates. The protocol supports a broad range of assets including HYPE the native Hyperliquid token, stablecoins USDC and USDT, ETH, and bridged tokens from Ethereum and other chains. Each asset has dedicated supply and borrow pools with utilization-based interest rate models: as demand for borrowing increases relative to available supply, borrow rates rise automatically to attract more depositors and moderate borrowing activity, maintaining stable pool utilization and ensuring lenders are compensated fairly for deployed capital. NAVI collateral management framework allows users to supply multiple assets as collateral simultaneously and borrow against a blended LTV ratio, enabling more capital-efficient borrowing positions compared to single-collateral models. The protocol risk parameters including loan-to-value ratios, liquidation thresholds, and liquidation bonuses are calibrated per asset based on liquidity, volatility, and oracle reliability. For HyperEVM DeFi participants, NAVI opens up a range of leveraged strategies: borrowing stablecoins against HYPE collateral to deploy into yield farms, leveraging up ETH positions, or accessing working capital without selling underlying assets. Borrowed funds can be deployed directly into Hyperliquid spot markets and DEXes, creating a tightly integrated leverage loop within the HyperEVM DeFi ecosystem. NAVI liquidation engine incentivizes third-party liquidators to maintain protocol health by allowing them to repay undercollateralized debt in exchange for discounted collateral. This decentralized liquidation model ensures the protocol can handle rapid market moves without centralized operators, maintaining solvency across all market conditions. The protocol features a governance token enabling community-driven upgrades to risk parameters, supported assets, and protocol fees. With a clean UI, clear risk disclosures, and integration with leading HyperEVM wallets, NAVI is accessible to both retail DeFi participants seeking stablecoin yield and institutional players using borrowing as a sophisticated portfolio management tool.

Choose Looped HYPE if you...

• ✓Want a yield & vaults solution on HyperEVM
• ✓Need features like leveraged-staking and yield
• ✓Need: Recursive liquid staking — 3x to 15x looped yield on HYPE

Choose NAVI Protocol if you...

• ✓Want a lending & borrowing solution on Multi-Layer
• ✓Need: Aave-inspired pooled lending and borrowing native to HyperEVM