Messages dispatched
countMessages dispatched through Hyperlane Mailboxes on covered chains in the selected period.
How many messages move over Hyperlane, which Warp Routes carry tokens and what security do they rely on?
Messages dispatched and delivered over Hyperlane, Warp Route token transfers and the security module each recipient relies on.
The dashboard as it will open in Vantage. Each figure is named here and arrives with its receipt; until its data is published, its place stays empty.
Dispatch and delivery by route.
Messages dispatched through Hyperlane Mailboxes on covered chains in the selected period.
Messages processed by destination Mailboxes in the selected period.
Chains whose Mailbox sent or received at least one message in the period.
The median time from dispatch block to process block across delivered messages.
Messages dispatched each day, split by origin chain.
Each route's messages dispatched and delivered, median delivery time and gas prepaid over the period.
Warp Routes and the modules their recipients trust.
Warp Routes with at least one transfer in the selected period.
Share of delivered messages whose recipient relied on the Mailbox's default security module.
Delivered messages grouped by the recipient's module type: multisig, aggregation, routing or other.
Each route's token, route type, chains, module type, value moved in the period and its validators and threshold.
Hyperlane is a permissionless interoperability protocol: anyone can deploy its Mailbox contract to a new chain and connect it without asking anyone. A sender dispatches a message through the Mailbox on the origin chain, a relayer delivers it to the destination Mailbox and the recipient's Interchain Security Module decides whether the message is valid, for example by checking signatures from a set of validators.
Because each recipient chooses its own security, two routes on Hyperlane can trust very different things. This dashboard counts messages and their delivery from both Mailboxes and follows Warp Routes, the token bridges built on Hyperlane. It also reads the security module each recipient used at delivery, so the share of traffic on each kind of module is measured.
Every figure will be read at a block, kept with its source and its exact read, and open a receipt anyone can re-check.
How receipts work →Read from chain state and history
An interoperability protocol that lets contracts on different chains send each other messages. Its contracts can be deployed to any chain by anyone, and each app chooses how incoming messages are verified.
The contract a Hyperlane recipient uses to decide whether a delivered message is valid. Common kinds check signatures from a set of validators, combine several modules or route to different modules by origin. A recipient that sets none uses the Mailbox's default module.
A token bridge built on Hyperlane messages. A collateral route locks a token on one chain, a synthetic route mints a representation on another and native routes move a chain's gas token. Each route uses its own security module.
A recipient that does not choose a module inherits the Mailbox's default, which the Mailbox owner can change. Messages on the default therefore trust whoever controls that setting, and the dashboard shows how much traffic relies on it.
Hyperlane's token, launched in 2025. Holders can stake it to provide economic security for Hyperlane validators. The dashboard measures messages and transfers, not the token's market.
Each major LayerZero-bridged token, route by route: which verifiers check its messages, how many must agree and whether one alone suffices.
Multi-chainEthereumArbitrum+5Whether each bridged token's supply on other chains is matched by tokens locked on its home chain, with every gap shown.
Multi-chainEthereumBase+4Messages and token value moving over Wormhole by route and product, with the guardian set behind them and the rate limits on NTT tokens.
Multi-chainEthereumSolana+5Cross-chain calls and token transfers over Axelar by route, the gas prepaid for them and the validator set that signs for the gateways.
Multi-chainEthereumArbitrum+5Messages and token value sent over Chainlink CCIP lane by lane, with delivery times, fee tokens and how close pools are to their limits.
Multi-chainEthereumArbitrum+5Major chains ranked by the fees users paid last month, split into fees burned and fees paid to validators, beside new issuance.
Multi-chainEthereumSolana+3Start free in Voltfin Studio: boards, tables and reports where every number opens its receipt. Tell us which data you need first and we will build it next.