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ISS Urges Investors to Reject CoreWeave’s $9 Billion Acquisition of Core Scientific

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Proxy advisory firm Institutional Shareholder Services (ISS) has advised investors to vote against the proposed $9 billion all-stock merger between artificial intelligence infrastructure company CoreWeave (CRWV.O) and data computing firm Core Scientific (CORZ.O). The shareholder vote is scheduled for October 30.

In its recommendation, ISS said that Core Scientific has shown strong independent performance and can continue to grow without being acquired. The firm noted that the company’s current trajectory suggests it could thrive as a standalone entity.

CoreWeave, which provides cloud infrastructure tailored for AI workloads, first proposed the acquisition in July, offering an implied value of $20.40 per share. However, investor Two Seas Capital quickly announced its opposition to the deal, citing concerns about the sale process, valuation, and the fixed exchange ratio, which leaves Core Scientific shareholders exposed to fluctuations in CoreWeave’s stock price.

Since the announcement, CoreWeave’s shares have declined, reducing the total deal value. Meanwhile, Core Scientific’s stock rose more than 5% in post-market trading on Monday, closing at $18.81, as investors appeared to favor keeping the company independent rather than moving forward with the merger.

SpaceX Set to Launch NASA Cargo Mission to the International Space Station This Month

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NASA has officially scheduled the next commercial resupply mission to the International Space Station (ISS), with SpaceX once again taking the lead. The mission, known as CRS-32, is set to launch on April 21, 2025, at 4:15 a.m. EDT (1:45 p.m. IST). SpaceX’s Dragon spacecraft will be packed with more than 6,400 pounds (about 2,902 kilograms) of supplies, science tools, and hardware vital for ongoing experiments aboard the ISS. The spacecraft will ride atop a Falcon 9 rocket launching from NASA’s Kennedy Space Center in Florida, continuing a crucial partnership that supports the station’s research and daily operations.

The CRS-32 mission carries an impressive array of scientific equipment aimed at pushing the boundaries of space research. A major highlight is a robotic maneuvering demonstration that will test improvements to free-floating robots, enhancing autonomous operations in microgravity. Additionally, the Dragon capsule will deliver an air quality monitoring system designed to safeguard astronaut health during future missions to the Moon and Mars. Another important payload includes two atomic clocks, which will help verify Einstein’s theory of relativity and advance the precision of timekeeping technologies critical for deep-space navigation.

Following its launch, the Dragon spacecraft is expected to reach the ISS the next day. After lifting off, Dragon will approach the space station and is scheduled to dock autonomously at the zenith port of the Harmony module by 6:45 a.m. EDT on April 22. NASA will provide full coverage of the launch and docking events through its NASA+ streaming platform, beginning at 3:55 a.m. EDT on launch day. Mission controllers will closely monitor every phase of the journey to ensure a smooth arrival and successful integration with the ISS.

For those eager to witness a piece of space history, NASA is offering a front-row seat via its live broadcast. The livestream will capture both the thrilling launch and the intricate docking process in real-time, offering viewers an inside look at how SpaceX and NASA are collaborating to sustain human presence in low Earth orbit. With so many scientific advancements riding aboard CRS-32, this mission represents not just a resupply effort, but a major step forward in humanity’s journey into deeper space.

NASA, Boeing Target Early 2026 for Next Starliner Flight After Propulsion Fault

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NASA announced on Thursday that it is working with Boeing to test and certify the CST-100 Starliner for its next crewed mission, which could take place as early as late 2025 or early 2026. The update comes after the spacecraft’s troubled debut crewed flight to the International Space Station (ISS), which was significantly extended due to a propulsion system malfunction.

The mission, originally planned as an eight-day trip, ended up keeping astronauts Butch Wilmore and Suni Williams in orbit for over nine months. They returned earlier this month aboard a SpaceX Dragon capsule.

Testing and Analysis Underway
NASA and Boeing are now planning a series of propulsion system tests and engineering analyses scheduled to run through the spring and summer. The goal is to resolve the issues that plagued Starliner’s propulsion system and ensure the spacecraft meets safety requirements for future flights.

Steve Stich, manager of NASA’s Commercial Crew Program, said the timeline for the next flight “is likely to be in the timeframe of late this calendar year or early next year.”

Cost and Development Hurdles
Boeing’s Starliner project has been fraught with delays and technical issues since its inception. The effort has cost Boeing over $2 billion to date, placing it under increased scrutiny, especially in contrast to competitor SpaceX, whose Dragon capsule has become the preferred vehicle for crew transport to the ISS.

The faulty propulsion system on Starliner has become a critical focal point for NASA’s certification process, as the agency continues to rely on multiple commercial providers for its low-Earth orbit missions.

What’s Next
NASA emphasized that it will not proceed with another Starliner crewed launch until the spacecraft passes all necessary tests. Both agencies remain committed to restoring confidence in the system, aiming to bring Starliner into regular rotation for ISS crew missions.