Super Micro Launches Probe After Export Violation Case

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Super Micro Computer has initiated an independent investigation following criminal charges against individuals linked to the firm over alleged export-control violations.

The U.S. Department of Justice has charged co-founder Yih-Shyan Liaw, sales manager Ruei-Tsang Chang and contractor Ting-Wei Sun with orchestrating a scheme to bypass export restrictions on U.S.-made servers.

According to authorities, the group allegedly routed servers through Taiwan to Southeast Asia, where they were repackaged and ultimately shipped into China. The case involves at least $2.5 billion in AI-related technology, including hundreds of millions of dollars in shipments over a short period.

Super Micro stated it is not a defendant in the case but has taken internal action. Liaw and Chang were placed on leave, while Sun was terminated. Liaw has also resigned from the company’s board.

The company has launched a parallel internal review of its global trade compliance systems. The investigation is being overseen by independent board members and supported by law firm Munger, Tolles & Olson and consulting firm AlixPartners for forensic analysis.

The case highlights ongoing concerns around export controls on advanced computing technology, particularly AI chips, and the challenges companies face in enforcing compliance across complex international supply chains.

The investigation’s findings will be reported to the board, though no timeline has been set for completion.

Anthropic Launches AI Cybersecurity Initiative With Big Tech Partners

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Anthropic has unveiled a new cybersecurity initiative, “Project Glasswing,” in collaboration with major technology firms including Amazon, Microsoft and Apple.

The program provides selected partners with early access to an advanced AI model, “Claude Mythos Preview,” designed for defensive cybersecurity applications. Additional collaborators include CrowdStrike, Palo Alto Networks, Google and Nvidia.

Anthropic stated that the model has already identified thousands of critical vulnerabilities across operating systems, browsers and other software, demonstrating its potential as a tool for proactive threat detection and mitigation.

The initiative emerges amid growing concerns over AI-driven cyberattacks. Industry discussions, including those at recent cybersecurity conferences, have increasingly focused on whether traditional security tools can keep pace with AI-enabled threats.

Under Project Glasswing, partner organizations will deploy the model in controlled environments to strengthen defensive capabilities. Anthropic also plans to share findings across the industry to improve overall cybersecurity resilience.

The company is extending access to around 40 additional organizations responsible for critical infrastructure and has committed up to $100 million in usage credits, along with $4 million in funding for open-source security initiatives.

Anthropic confirmed ongoing discussions with U.S. government agencies regarding the model’s capabilities and risk profile, reflecting heightened regulatory and national security interest in advanced AI systems.

The move underscores a broader industry shift: as AI becomes both a tool for attackers and defenders, leading technology firms are increasingly collaborating to build collective cybersecurity defenses.

US Moves to Ease Satellite Power Limits, Boosting Space Broadband

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The Federal Communications Commission is preparing to relax long-standing power limits on satellite spectrum usage, a move expected to significantly enhance space-based broadband services.

The proposed rule changes, scheduled for a vote on April 30, would allow more intensive use of wireless spectrum for satellite operations. According to the FCC, this could increase broadband capacity by up to seven times current levels, enabling faster speeds, lower latency and improved reliability.

The decision is seen as a major boost for companies such as SpaceX and its Starlink network, which already operates the world’s largest satellite constellation with over 10,000 satellites.

Current regulations, dating back to the 1990s, impose strict limits on transmission power. Regulators argue that these constraints are outdated and restrict the performance of next-generation satellite systems. The FCC estimates the updated framework could generate up to $2 billion in economic benefits.

The changes are particularly relevant for rural and remote areas, where satellite broadband often serves as the primary connectivity option. Higher power levels would allow stronger signals and more consistent service in underserved regions.

However, the proposal has drawn opposition from competitors such as Viasat and DirecTV, which have raised concerns about potential signal interference and orbital congestion.

SpaceX has argued that current rules unnecessarily constrain innovation and limit service quality for millions of users. The company has also been expanding its network, including approval earlier this year to deploy thousands of additional next-generation satellites.

If adopted, the regulatory shift would mark a structural change in satellite communications policy, potentially accelerating the global expansion of space-based internet services and intensifying competition in the broadband market.