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ChainCatcher news, according to BBX data, yesterday global listed companies demonstrated a shift in crypto treasury allocation from “opportunistic buying” to “rule-based automatic execution”: $150 million allocation: Robinhood (NASDAQ: $HOOD) The board today approved a $150 million BTC/ETH mixed purchase plan. The company clearly stated it will leverage the liquidity advantage of its proprietary trading platform to complete the position building within the next 30 days, aiming to optimize the long-term purchasing power of its idle cash. 92% output retention: Iris Energy (NASDAQ: $IREN) disclosed its Q1 2026 operational data, showing a bitcoin output retention rate of 92% yesterday, and announced plans to use renewable energy premium to additionally acquire 800 BTC, aiming to comprehensively shift the company’s asset structure towards “hard assets”. 40% net asset ratio: Meitu (1357.HK) Financial reports show the fair value of its crypto assets now accounts for 40% of its total net assets. The company announced it will continue to implement the “profit coin purchase” plan, investing 20% of annual business net profit into bitcoin reserves. 300 energy arbitrage BTC: Aker ASA (Seetee) disclosed that through its industrial energy arbitrage project in Norway, yesterday it once again converted surplus electricity into a holding of 300 BTC. This giant is continuously diluting its fiat debt risk through the closed loop of “energy-computation-assets”. $5 million standard allocation: Wolfspeed (NYSE: $WOLF) The board passed a resolution, approving for the first time $5 million in bitcoin as a long-term treasury reserve. This further validates that the semiconductor and high-tech manufacturing industries have begun to regard BTC as a “standard component” of financial health.

BlockBeats news, on March 18, according to Onchain Lens monitoring, two hours ago, a newly created wallet withdrew 14,360 ZEC worth 3.95 million USD from an exchange.

格隆汇 March 18｜According to Sci-Tech Innovation Board Daily, Samsung Electronics has confirmed that it is developing the eighth generation of high-bandwidth memory (HBM5), with its underlying chip using 2-nanometer technology. For the ninth generation HBM5E, the company plans to apply DRAM based on the 1D (seventh generation 10-nanometer class) process to the core chip ahead of schedule.