Hyperlane is a permissionless cross-chain interoperability framework providing general message passing, Warp Route token bridging, and Interchain Accounts across 150+ chains and 7 virtual machines, with application-configurable modular Interchain Security Modules (ISMs).
Each app picks its own security — compose Interchain Security Modules and watch the trade-offs shift.
Valid payload clears every enabled ISM and is delivered to the destination Mailbox, then dispatched as a function call or token release. More modules = more security and decentralization, but higher latency and gas.
Illustrative weights. The real lesson: Hyperlane is permissionless interop where each application self-selects its security stack, instead of trusting one fixed validator set.
Live signals detected by Sentinel monitors across all five risk classes.
See each alert's affected component, root-cause analysis, and recommended action. Pro members get the full risk breakdown for every protocol.
Cross-chain interoperability has historically been gated by a small number of permissioned bridge operators (LayerZero, Wormhole, Axelar), forcing every chain and app onto a one-size-fits-all trust model — and bridge exploits remain the largest single source of crypto fund loss.
Hyperlane is fully permissionless: any chain can deploy it without core-team sign-off, and every application picks its own security policy via composable Interchain Security Modules (multisig, optimistic, ZK, or aggregated). General messaging, Warp Routes, and Interchain Accounts cover the full interop surface.
Permissionless deployment and per-app modular ISMs are unique among major interop protocols. Hyperlane natively spans 7 VM environments — EVM, Solana, Cosmos, Starknet, MoveVM, and more — without forcing applications onto a hub-and-spoke or wrapped-token model.
Hyperlane is a Bridge protocol operating on Ethereum, BSC, Base, Arbitrum, Optimism, Polygon, Avalanche, Solana, Celo, Linea, Scroll, zkSync, Mantle, Blast, Mode, Fraxtal, Mantapacific, Inevm, Injective, Neutron, Osmosis, Starknet, Eclipse, Sui, Berachain, Sonic. Hyperlane is a permissionless cross-chain interoperability framework providing general message passing, Warp Route token bridging, and Interchain Accounts across 150+ chains and 7 virtual machines, with application-configurable modular Interchain Security Modules (ISMs).
Hyperlane is fully permissionless: any chain can deploy it without core-team sign-off, and every application picks its own security policy via composable Interchain Security Modules (multisig, optimistic, ZK, or aggregated). General messaging, Warp Routes, and Interchain Accounts cover the full interop surface.
DeFi Sentinel rates Hyperlane AA with a safety score of 83/100, indicating very low risk. The score reflects five risk dimensions: smart contract & technical risk, economic design & market risk, governance & centralization, sustainability & competitive position, and reputation & social trust. Hyperlane has 13 audits on record. DeFi Sentinel's analysis flagged 4 medium, 5 low risk alerts across Smart Contract & Technical Risk, Economic Design & Market Risk, Governance & Centralization, Sustainability & Competitive Position and Reputation & Social Trust. As with all DeFi protocols, residual risk remains and users should review the full risk breakdown before depositing.
Hyperlane has a DeFi Sentinel safety score of 83/100 (rating AA), last updated May 21, 2026. The score is computed across smart contract & technical risk (30%), economic design & market risk (25%), governance & centralization (20%), sustainability & competitive position (15%), and reputation & social trust (10%).
Hyperlane is deployed on Ethereum, BSC, Base, Arbitrum, Optimism, Polygon, Avalanche, Solana, Celo, Linea, Scroll, zkSync, Mantle, Blast, Mode, Fraxtal, Mantapacific, Inevm, Injective, Neutron, Osmosis, Starknet, Eclipse, Sui, Berachain, Sonic.
Yes. Hyperlane has 13 audit reports on record from firms including Trail of Bits, ChainSecurity, ChainLight. Audit reports and dates are linked under the Resources tab on this page.
