BTC $62,817.64 -1.04%
ETH $1,876.21 -0.38%
BNB $605.02 -0.55%
XRP $1.00 -0.49%
SOL $75.47 -0.59%
TRX $0.3330 -0.29%
DOGE $0.0694 -1.04%
ADA $0.1797 -1.92%
BCH $203.56 -4.55%
LINK $8.86 +1.09%
HYPE $56.18 -2.11%
AAVE $85.75 -3.34%
SUI $0.6761 -1.58%
XLM $0.1590 -0.70%
ZEC $485.21 -1.33%
BTC $62,817.64 -1.04%
ETH $1,876.21 -0.38%
BNB $605.02 -0.55%
XRP $1.00 -0.49%
SOL $75.47 -0.59%
TRX $0.3330 -0.29%
DOGE $0.0694 -1.04%
ADA $0.1797 -1.92%
BCH $203.56 -4.55%
LINK $8.86 +1.09%
HYPE $56.18 -2.11%
AAVE $85.75 -3.34%
SUI $0.6761 -1.58%
XLM $0.1590 -0.70%
ZEC $485.21 -1.33%

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BNB Chain will launch the Pasteur hard fork on August 25

BNB Smart Chain (BSC) announced that the Pasteur hard fork will officially launch on the mainnet at 10:30 AM Beijing time on August 25 (02:30 UTC on August 25). Node operators need to upgrade to client version v1.7.7 in advance. This upgrade includes three improvements: BEP-682, BEP-695, and BEP-675, focusing on enhancing cross-chain security, validator governance mechanisms, and network throughput capacity.Among them, BEP-682 will strengthen the cross-chain bridge validation mechanism of the BNB Chain, preventing the risk of permission bypass caused by duplicate calculations of validator signatures, thus improving the security of cross-chain asset transfers. BEP-695 optimizes the validator key rotation mechanism, ensuring that old keys no longer retain management permissions after exiting, while also fixing potential vulnerabilities related to penalties and governance voting. In terms of performance, BEP-675 reduces the time consumption caused by validators repeatedly executing transactions by optimizing the block construction process.In the internal QANet testing environment of the BNB Chain, this solution increased throughput from 1237 TPS to 2324 TPS, while maintaining a block time of 450 milliseconds and a block limit of 100 million Gas, with the average Gas usage per block rising from 46.35 million to 84.15 million.BNB Chain stated that this upgrade is primarily aimed at validators and block builders, intending to provide greater capacity during network peak periods and to promote the throughput expansion goals outlined in the BNB Chain roadmap for the second half of 2026.

153 stolen addresses contain 132.95 BTC, and researchers are still unable to reproduce the Coldcard attacker's seed

According to monitoring by Bitcoin News, new research published by @PraveenPerera shows that Coldcard attackers seem to first identify addresses with vulnerabilities, then sort them by the amount of Bitcoin held, starting to transfer in batches from the addresses with the highest holdings. The transfer software used was relatively crude.One address had 225 spendable UTXOs, and the attackers extracted exactly the latest 200, leaving the earliest 25, which included a UTXO worth 0.16 BTC. This aligns perfectly with the limitation of a blockchain API investigated by researchers, which defaults to returning 200 records, indicating that the attackers may have failed to load the next page of data. The software even spent a UTXO of 294 satoshis, reportedly increasing the transaction fee by about 2040 satoshis, with the spent amount significantly higher than the value of the UTXO itself.The authors of the study believe that the builders of this tool may have a better understanding of the account balance system than of the Bitcoin UTXO model. Although the attackers seem to have obtained the complete seed of the victims, at least 75 BTC still remain in other addresses derived from the same seed. The biggest suspicion currently is that among the 153 stolen addresses, there are still 132.95 BTC, and researchers have been unable to reproduce the seed behind these addresses, so it cannot be ruled out that the attackers obtained undisclosed private device data or candidate data.
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