Everclear on trust assumptions
8.4/ 40% of the score
Nets opposing cross-chain flows rather than locking a large collateral pool, which removes the concentrated honeypot that most bridge exploits targeted.
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Best Cross-Chain Bridges · Rank 05 of 8
Netting flows rather than moving collateral
Last verified August 12, 20264 scored axes
Documented, with gaps
Everclear scores 8.2 out of 10 and ranks #5 of 8 in the best cross-chain bridges table, strongest on trust assumptions (8.4) and weakest on coverage (7.6).
Rebuilt from Connext into a clearing layer that nets opposing cross-chain flows instead of locking collateral, which removes the honeypot that most bridge exploits targeted. The model is newer and adoption is still building.
4 axes, weighted as published in the table’s methodology. Each score below is read from the fact printed under it.
8.4/ 40% of the score
Nets opposing cross-chain flows rather than locking a large collateral pool, which removes the concentrated honeypot that most bridge exploits targeted.
8.4/ 25% of the score
No exploit affecting user funds on record across its Connext lineage since 2020; audits published.
7.8/ 20% of the score
Settlement is organised around netting epochs rather than instant delivery, so a one-off transfer is slower.
7.6/ 15% of the score
Aimed at protocols and solvers; chain coverage is narrower than the messaging giants.
Nearly every large bridge exploit went after the same thing: a concentrated pool of locked collateral. Everclear, rebuilt from Connext, nets opposing flows across chains instead — if value is moving in both directions, most of it can be settled against itself without a large pot sitting anywhere. That removes the target rather than defending it, which is a categorically better answer.
Settlement is organised around netting epochs rather than instant delivery, so a one-off transfer is slower than an intent-based bridge. The design assumes flow in both directions and works best when that assumption holds.
No exploit affecting user funds appears across its Connext lineage since 2020, and audits are published — a long record for this category, spanning the years when most of its peers were drained.
Protocols and solvers clearing flows at scale rather than individuals moving a single position. Chain coverage is narrower than the messaging giants, and the model is aimed at a different job.
It is infrastructure for people clearing flows rather than a consumer bridge, and it should be judged against the settlement layer it replaces rather than against a fast retail transfer. On that comparison the netting model removes an entire class of failure.
It nets opposing cross-chain flows against each other rather than locking collateral in a pool, which removes the concentrated target most bridge exploits attacked.
Less so than intent-based bridges for one-off transfers, because settlement runs on netting epochs. The design optimises for clearing flow at scale rather than for individual speed.
No exploit affecting user funds appears across its lineage since 2020, including its previous life as Connext.
8 services in best cross-chain bridges