According to BlockBeats, on September 6th, 12 Bitcoin addresses that had been dormant for over 16 years transferred a total of 600 BTC, worth approximately $48 million, out of the network on September 5th. These Bitcoins all came from mining rewards in March 2010, when Satoshi Nakamoto was still active on the Bitcoin network.

Whale Alert stated that the 600 bitcoins came from mining rewards for 12 bitcoin blocks, and no connection was found between these addresses and Satoshi Nakamoto. Previously, Lookonchain had identified seven miner wallets that transferred out 350 bitcoins after approximately 16.5 years of inactivity.

Whale Alert also pointed out that one of the block rewards was transferred several blocks earlier than most of the other transfers, a pattern consistent with the characteristic of testing transactions first and then executing the rest of the transfers.

According to BlockBeats, on September 6th, based on GMGN data, the market capitalization of STONK, the token of the Solana token issuance platform StoneFun, briefly exceeded $150 million, setting a new all-time high. It is currently trading at $140 million, a 449% increase in 24 hours, with a trading volume of $61.3 million during the same period.

BlockBeats reminds users that the prices of related tokens are highly volatile, and users should exercise caution when investing.

According to BlockBeats, on September 6th, Ethereum co-founder Vitalik Buterin published an article stating that he holds an optimistic, yet not yet mainstream, assessment of the long-term development of cryptography: for general real-world computation, the SNARK, FHE, and iO protocols have a 33% chance of controlling the total cost to 1+ε times the basic computation cost. In other words, as the computational scale becomes large enough, the additional cryptographic overhead relative to the basic computation cost can arbitrarily approach zero.

Measured by energy consumption and amortized computational costs, these three protocols have a 60% chance of keeping the cost multiplier below 10. It is highly likely that one of these goals will be achieved by the end of this decade, with SNARK most likely achieving single-digit computational overhead. He pointed out that this level has already been reached in dedicated hash functions and some large language model inference scenarios.