Julian Ma: Chainlink CCIP 2.0 is the first bridge to put FCR into production
21:58, letting asset issuers bridge at faster-than-finality speed with FCR's security.
以太坊研究日报
Chainlink CCIP 2.0 became the first bridge to put the Fast Confirmation Rule (FCR) into production, so transfers originating from Ethereum can move much faster than finality with clear security guarantees; Derek Chiang put it at 30 times faster. At ACDT #98, the 200M gas limit was deemed safe on execution time, and FCR will use a new confirmed block tag. Daisugi v0.2 added frame transaction support, so SPHINCS-signed transactions can run as native frames.

Image: X, @_julianma
21:58, letting asset issuers bridge at faster-than-finality speed with FCR's security.
22:18, making transfers and issuance from Ethereum 30 times faster; fradamt: no more choosing a random number of block confirmations and waiting without clear security guarantees, 22:05; barnabemonnot, 22:09; trent_vanepps: a collaborative effort by Ethlabs, CL clients, the EF and others, 22:03.
Derek Chiang: the first project he worked on after joining Ethlabs, rolling out FCR to CCIP 2.0 with Chainlink, 22:18, making transfers and issuance from Ethereum 30 times faster; fradamt: no more choosing a random number of block confirmations and waiting without clear security guarantees, 22:05; barnabemonnot, 22:09; trent_vanepps: a collaborative effort by Ethlabs, CL clients, the EF and others, 22:03.
Derek Chiang: the first project he worked on after joining Ethlabs, rolling out FCR to CCIP 2.0 with Chainlink, 22:18, making transfers and issuance from Ethereum 30 times faster; fradamt: no more choosing a random number of block confirmations and waiting without clear security guarantees, 22:05; barnabemonnot, 22:09; trent_vanepps: a collaborative effort by Ethlabs, CL clients, the EF and others, 22:03.
Derek Chiang: the first project he worked on after joining Ethlabs, rolling out FCR to CCIP 2.0 with Chainlink, 22:18, making transfers and issuance from Ethereum 30 times faster; fradamt: no more choosing a random number of block confirmations and waiting without clear security guarantees, 22:05; barnabemonnot, 22:09; trent_vanepps: a collaborative effort by Ethlabs, CL clients, the EF and others, 22:03.
15:41; SPHINCS-signed transactions can run as native frames with per-frame execution and verification, alongside the existing ERC-4337 flow, with signature aggregation next.
(staccDOTsol, later EIP-8429). The client keeps a per-address reference counter outside world state; an account may enroll once, irrevocably, and state-changing calls into it (not `STATICCALL` or `DELEGATECALL`) are then priced on two ratchets, paying the larger.
08:05, and PQ spending, 08:09 (namnc), the second and third posts in the series.
Ethresear.ch: PQ anonymity for the Stealth Address Protocol, 08:05, and PQ spending, 08:09 (namnc), the second and third posts in the series.
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