Axelar on trust assumptions
8.6/ 40% of the score
Cross-chain messages are secured by a proof-of-stake validator set with publicly measurable stake distribution rather than by a fixed multisig.
Journalism for the digital-asset economy
Best Cross-Chain Bridges · Rank 04 of 8
Broad chain coverage with a proof-of-stake validator set
Last verified August 12, 20264 scored axes
Documented, with gaps
Axelar scores 8.4 out of 10 and ranks #4 of 8 in the best cross-chain bridges table, strongest on coverage (9.2) and weakest on speed & cost (8.0).
Secures cross-chain messages with its own proof-of-stake validator set rather than a multisig, which is a meaningfully better trust model at similar coverage. Validator concentration is the open question.
4 axes, weighted as published in the table’s methodology. Each score below is read from the fact printed under it.
8.6/ 40% of the score
Cross-chain messages are secured by a proof-of-stake validator set with publicly measurable stake distribution rather than by a fixed multisig.
8.0/ 25% of the score
No exploit of the core validator network on record; two 2026 incidents hit contracts connected to it — a modified receiving contract on Secret Network drained for $4.67m over seven days before anyone noticed, and roughly $3m taken from CrossCurve through spoofed cross-chain messages. Validator concentration is measurable on-chain.
8.0/ 20% of the score
Routing through the intermediate chain adds its finality to the transfer time; fees published per route.
9.2/ 15% of the score
Very wide chain coverage including non-EVM networks.
Most bridges that failed were secured by a small multisig. Axelar secures cross-chain messages with its own proof-of-stake validator set, whose stake distribution is publicly measurable, which is a meaningfully better trust model at comparable coverage. Concentration within that validator set remains the question to check rather than assume.
Two incidents hit contracts connected to Axelar rather than the validator network itself: a modified receiving contract on Secret Network was drained for $4.67m over seven days before anyone noticed, and roughly $3m was taken from CrossCurve through spoofed cross-chain messages. The distinction matters for scoring and it does not matter to a user who lost money — integration quality is part of what you rely on.
Very wide chain coverage including non-EVM networks, which is the practical reason to choose it. Transfers route through the intermediate chain, adding its finality to the total time.
Protocols building cross-chain functionality who want economic security rather than a signer list, and users moving assets to networks the intent-based bridges do not reach.
Check which contract on the destination chain receives your assets, since both 2026 incidents involved integration code rather than the validator network itself. The protocol's security does not extend to whatever someone wired to it.
By its own proof-of-stake validator set with publicly measurable stake distribution, rather than by a fixed multisig. Validator concentration is the axis worth checking.
Its core validator network has not. Two 2026 incidents hit connected contracts — $4.67m from a modified receiving contract on Secret Network and about $3m from CrossCurve through spoofed messages.
A very wide set including non-EVM networks, which is its main advantage over bridges with better risk models but narrower reach.
8 services in best cross-chain bridges