Scan to download
BTC $59,895.59 -0.02%
ETH $1,591.03 +0.63%
BNB $555.89 +0.26%
XRP $1.04 -0.13%
SOL $74.58 +2.32%
TRX $0.3192 -0.71%
DOGE $0.0726 -0.84%
ADA $0.1447 -0.11%
BCH $200.24 +3.58%
LINK $7.30 -0.37%
HYPE $65.76 +5.18%
AAVE $90.19 -3.82%
SUI $0.6944 +0.81%
XLM $0.1828 +5.17%
ZEC $399.03 +3.74%
BTC $59,895.59 -0.02%
ETH $1,591.03 +0.63%
BNB $555.89 +0.26%
XRP $1.04 -0.13%
SOL $74.58 +2.32%
TRX $0.3192 -0.71%
DOGE $0.0726 -0.84%
ADA $0.1447 -0.11%
BCH $200.24 +3.58%
LINK $7.30 -0.37%
HYPE $65.76 +5.18%
AAVE $90.19 -3.82%
SUI $0.6944 +0.81%
XLM $0.1828 +5.17%
ZEC $399.03 +3.74%

Google: Most blockchains rely on the vulnerable ECDLP-256 protocol, and the migration to quantum resistance is urgent

2026-03-31 11:16:54
Collection

The Google Quantum AI team pointed out in their latest blog post that most blockchain technologies and cryptocurrencies rely on the vulnerable ECDLP-256 protocol. Although viable solutions such as post-quantum cryptography (PQC) already exist, implementation takes time, and the urgency for action is increasing.

Google has previously set a timeline for transitioning to quantum-resistant cryptography by 2029 and is collaborating with organizations such as Coinbase, the Stanford Blockchain Research Center, and the Ethereum Foundation to advance related work.

app_icon
ChainCatcher Building the Web3 world with innovations.