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SpaceX officially files IPO application, offering size and valuation not disclosed

Odaily Odaily Mars Finance reported that SpaceX, under Elon Musk, has announced plans for its largest-ever IPO, providing investors with a comprehensive breakdown of the company's financial details, which encompass rocket launches, satellite broadband, and artificial intelligence businesses. According to the prospectus filed with the U.S. Securities and Exchange Commission (SEC) on Wednesday, the company reported sales of $4.7 billion in the first three months of this year and an operating loss of $1.9 billion. Musk will hold 85.1% of the voting rights after the IPO. The company also plans to conduct mining operations on near-Earth asteroids. The filing also shows that Anthropic will pay SpaceX $1.25 billion per month until May 2029. Although the offering size and proposed valuation have not been disclosed, media reports have previously stated that SpaceX discussed raising approximately $75 billion at a valuation of $1.75 trillion. SpaceX will be listed on the Nasdaq under the ticker symbol SPCX. (Jinshi)

Vitalik: The Ideal Far Future of AI Results in Deep Integration of Humans and Machines While Preserving Global Pluralism

Vitalik stated on platform X that one direction for future AI development is a deeper integration of humans and machines, including computers working more collaboratively with humans, identifying conscious and subconscious signals emitted by humans, brain-computer interfaces, and computer-assisted telepathy that helps multiple people better understand each other and cooperate. Its ultimate form is to eliminate the binary division between humans and machines and open up various positions on this spectrum.Vitalik hopes that deeply integrated humans and machines can outperform separate humans and machines, and this should continue until the technological ceiling is reached. The far-future AI outcomes he envisions include: global political and economic pluralism is preserved, with no single company or government dominating; humans can choose to accept technological upgrades to explore the universe at a level competitive with pure machines, or maintain the status quo and act in the world through robots that take orders; most of the Earth could become highly regulated nature reserves, where people can continue their current lifestyle, and those who wish to do more radical things would go to space.AI itself may become too powerful compared to other alternatives, a certain country or company may gain a decisive advantage and lock it in permanently, powerful technological means could cause incalculable harm, and the path of human-machine integration itself may not retain enough humanity, ultimately becoming just another way to create powerful robots. Therefore, he hopes to pass through this narrow passage at a slower pace and is supportive of proposals for deceleration or moratorium, including ideas like Mutual Assured Compute Destruction that can provide braking opportunities.Vitalik stated that his ideal world is one where open-weight models prevail, and Dean Ball's judgment that open-weight models have a decelerationist effect by curbing capital expenditure on frontier models is completely correct, even though it will drive more capital expenditure on peripheral devices and applications. This can achieve deceleration without resorting to harsher political means. However, he believes one should not expect the world to naturally provide convenient economic and physical laws. Humanity still has a certain degree of agency over political laws, and there are many ways to change incentives without letting a single authority take control, and these should be utilized.

Space Network Signs $50 Million Satellite Network Agreement with Philippine HQ Company

According to official disclosures from Spacecoin, Space Network has formally signed a $50 million binding booking agreement with Philippine infrastructure company HQ Company International Holdings to provide decentralized satellite communication services to the Philippines via the Freeport Low Earth Orbit (LEO) satellite network. Yongsoo Samuel Cho, CEO of HQ Company, is the grandson-in-law of former Philippine President Fidel Ramos, bringing extensive local resources and cross-border investment experience. Under the agreement, Space Network will be responsible for providing network access, hardware, and software technical support, while HQ Company will handle local commercial operations, spectrum licensing, and customer acquisition.

Google will launch its first space-based AI computing experimental satellite on October 1, equipped with four TPUs running Gemini.

According to TechStartups, Google plans to launch the first experimental satellite for Project Suncatcher on October 1 to test the feasibility of operating AI computing infrastructure in space. Approximately the size of a refrigerator, the satellite will carry four Google TPUs to run Gemini workloads in low Earth orbit hundreds of miles above Earth. It will be deployed on the Transporter-18 mission aboard a SpaceX Falcon 9 rocket. Partnering with satellite company Planet, Google will deploy AI hardware on an existing satellite platform, advancing the first in-orbit hardware test originally scheduled for 2027 by several months. The satellite's solar array is expected to provide approximately 1 kilowatt of power. Due to thermal dissipation limitations in space, the TPUs can currently run Gemini workloads for only about 15 minutes per session before requiring a pause to allow the thermal management system to recover. Google has previously conducted vibration and radiation testing on the Trillium TPU, and plans to explore building large-scale space-based AI computing clusters in the future using solar-powered satellites, TPUs, and high-speed optical communications.

Space AI Company Loft Orbital Secures $1 Billion Investment from UAE to Deploy 50 AI Satellites

According to France's Le Monde, the UAE will invest $1 billion through Marlan Space, a subsidiary of International Holding Company (IHC), into the French-American joint space AI startup Loft Orbital to build an observation satellite constellation consisting of 50 AI-enabled satellites. Unlike traditional satellites that transmit data back to Earth for analysis, the company plans to use AI to directly process images, videos, and measurement data collected by the satellites in space, with AI agents identifying anomalies and issuing alerts within seconds.

HSBC: Starlink Users Surpass 12 Million as Space Race Boosts Earth-Based Industries in Three Ways

According to Trend Research, an HSBC report released on August 18 spanning 12 industries points out that SpaceX's Starlink has crossed the inflection point for scale. As of June 30, it operates 10,200 satellites in orbit and serves 12 million broadband subscribers across 167 markets. Additionally, 7.4 million monthly active devices connect directly to mobile phones via satellite (Direct to Cell), covering 30 countries. Maersk has installed Starlink on more than 330 container ships, while United Airlines plans to upgrade 15 Boeing 737-800 aircraft per month. Starship aims to reduce launch costs to $100–$300 per kilogram, representing a decline of over 95% compared to historical averages. HSBC assesses that the space race is now benefiting terrestrial industries across three dimensions: From a communications standpoint, Starlink and ground-based telecom operators are predominantly complementary, filling coverage gaps in oceanic, desert, and post-disaster environments. Regarding compute infrastructure, orbital data centers currently cost three times as much as ground-based equivalents, acting mainly as strategic reserves; however, if TeraFab’s vertically integrated wafer fabs succeed, they could revolutionize the division of labor in the semiconductor industry. At the energy level, AI data centers have pushed the annual growth rate of U.S. power demand to 4%-5%, making renewable energy and the electrical grid the largest beneficiaries. Among the 12 industries covered, power, semiconductors, and robotics are being directly transformed.

Binance Will List 10 bStocks Tokenized Stock Trading Pairs Including Netflix, BitMine, and More

Binance will open 10 bStocks trading pairs, including Astera Labs (ALABB), ASML (ASMLB), AST SpaceMobile (ASTSB), BitMine Immersion Technologies (BMNRB), Coherent (COHRB), Credo Technology (CRDOB), IREN (IRENB), Netflix (NFLXB), Super Micro Computer (SMCIB), and USA Rare Earth (USARB), on August 5, 2026, at 20:00, simultaneously supporting spot algorithmic trading bots and Binance Convert zero-fee trading.

Vitalik Publishes Long Essay Reflecting on AI Evolution: Deep Human-Machine Integration May Be the Optimal Solution to Address AGI Risks

According to a series of tweets posted by Ethereum co-founder Vitalik Buterin on X on July 20, he engaged in deep reflection on AI capability growth and the future of humanity. Vitalik divides the evolution of machine capabilities into three stages: the Industrial Revolution (physical repetitive labor), the Computer Age (mental tasks definable by logic), and the LLM Era (mental and partial physical tasks defined based on massive samples). He points out that the current core question lies in: whether LLMs plus subsequent improvements can ultimately cover all unique human capabilities, or if a fourth or fifth technological wave is still needed. Regarding the definition of AGI, Vitalik proposes: AGI refers to AI that, if uploaded into a robotic body and humans suddenly disappear, can still independently continue civilization. He emphasizes that once AGI is realized, it will be an "irreversible turning point," and humanity's dominance over Earth will remain only due to historical inertia rather than capability advantage. Regarding the future path, Vitalik hopes for deep human-machine integration—erasing the human-machine binary boundary through technologies such as brain-computer interfaces and consciousness uploading, enabling humans to remain competitive before the technology ceiling arrives. He also calls for maintaining global political and economic diversification, avoiding monopolization of AI advantages by a single nation or corporation, and expresses support for AI development "slowdown" and "pause" proposals, leaning towards achieving decentralized slowdown via an open-source weights model rather than relying on coercive political means.

Related news

Space Network Signs $50 Million Satellite Network Agreement with Philippine HQ Company

According to official disclosures from Spacecoin, Space Network has formally signed a $50 million binding booking agreement with Philippine infrastructure company HQ Company International Holdings to provide decentralized satellite communication services to the Philippines via the Freeport Low Earth Orbit (LEO) satellite network. Yongsoo Samuel Cho, CEO of HQ Company, is the grandson-in-law of former Philippine President Fidel Ramos, bringing extensive local resources and cross-border investment experience. Under the agreement, Space Network will be responsible for providing network access, hardware, and software technical support, while HQ Company will handle local commercial operations, spectrum licensing, and customer acquisition.

Dragonfly Partner: AI Won't Become Safe on Its Own, Humans Must Solve Safety and Control Issues

Dragonfly Managing Partner Haseeb posted on X platform stating that human history has faced numerous risks such as tiger attacks, the Black Death, smallpox, famine, earthquakes, and wars, but these problems did not disappear on their own—rather, humans gradually solved them through vaccines, sewer construction, alliances, and Earth science research.Haseeb stated that just because humanity has solved many risks in the past, we cannot assume that AI risks will also disappear on their own; AI will not become safe by itself, and humans must genuinely solve AI safety issues and maintain control over AI. He noted that humanity may soon hand over almost all critical control in society to AI, so it is essential to ensure that humans still hold control at that time.

Google will launch its first space-based AI computing experimental satellite on October 1, equipped with four TPUs running Gemini.

According to TechStartups, Google plans to launch the first experimental satellite for Project Suncatcher on October 1 to test the feasibility of operating AI computing infrastructure in space. Approximately the size of a refrigerator, the satellite will carry four Google TPUs to run Gemini workloads in low Earth orbit hundreds of miles above Earth. It will be deployed on the Transporter-18 mission aboard a SpaceX Falcon 9 rocket. Partnering with satellite company Planet, Google will deploy AI hardware on an existing satellite platform, advancing the first in-orbit hardware test originally scheduled for 2027 by several months. The satellite's solar array is expected to provide approximately 1 kilowatt of power. Due to thermal dissipation limitations in space, the TPUs can currently run Gemini workloads for only about 15 minutes per session before requiring a pause to allow the thermal management system to recover. Google has previously conducted vibration and radiation testing on the Trillium TPU, and plans to explore building large-scale space-based AI computing clusters in the future using solar-powered satellites, TPUs, and high-speed optical communications.

Space AI Company Loft Orbital Secures $1 Billion Investment from UAE to Deploy 50 AI Satellites

According to France's Le Monde, the UAE will invest $1 billion through Marlan Space, a subsidiary of International Holding Company (IHC), into the French-American joint space AI startup Loft Orbital to build an observation satellite constellation consisting of 50 AI-enabled satellites. Unlike traditional satellites that transmit data back to Earth for analysis, the company plans to use AI to directly process images, videos, and measurement data collected by the satellites in space, with AI agents identifying anomalies and issuing alerts within seconds.

HSBC: Starlink Users Surpass 12 Million as Space Race Boosts Earth-Based Industries in Three Ways

According to Trend Research, an HSBC report released on August 18 spanning 12 industries points out that SpaceX's Starlink has crossed the inflection point for scale. As of June 30, it operates 10,200 satellites in orbit and serves 12 million broadband subscribers across 167 markets. Additionally, 7.4 million monthly active devices connect directly to mobile phones via satellite (Direct to Cell), covering 30 countries. Maersk has installed Starlink on more than 330 container ships, while United Airlines plans to upgrade 15 Boeing 737-800 aircraft per month. Starship aims to reduce launch costs to $100–$300 per kilogram, representing a decline of over 95% compared to historical averages. HSBC assesses that the space race is now benefiting terrestrial industries across three dimensions: From a communications standpoint, Starlink and ground-based telecom operators are predominantly complementary, filling coverage gaps in oceanic, desert, and post-disaster environments. Regarding compute infrastructure, orbital data centers currently cost three times as much as ground-based equivalents, acting mainly as strategic reserves; however, if TeraFab’s vertically integrated wafer fabs succeed, they could revolutionize the division of labor in the semiconductor industry. At the energy level, AI data centers have pushed the annual growth rate of U.S. power demand to 4%-5%, making renewable energy and the electrical grid the largest beneficiaries. Among the 12 industries covered, power, semiconductors, and robotics are being directly transformed.

Binance will add 10 bStocks tokenized securities as collateral assets

According to the official announcement, Binance Cross Collateral, Unified Account Mode, and Unified Account Pro will add 10 bStocks tokens—BitMine Immersion Technologies (BMNRB), Super Micro Computer (SMCIB), IREN Limited (IRENB), ASML (ASMLB), Netflix (NFLXB), AST SpaceMobile (ASTSB), Coherent (COHRB), Credo Technology (CRDOB), USA Rare Earth (USARB), and Astera Labs (ALABB)—as eligible collateral assets on August 5, 2026, at 20:00 (UTC+8).