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Velo3D secured a $32.6 million defense contract, emphasizing the growing importance of U.S.-made 3D printing technology. The contract aims to enhance the production of high-performance metal parts for defense applications. This development underscores the critical role of domestic manufacturing capabilities in the defense sector.
The Pentagon is accelerating the development of a Joint Laser Weapon System (JLWS) to shoot down cruise missiles, part of the $17.9 billion Golden Dome missile-defense initiative. The system aims to integrate high-energy laser subsystems for testing in naval environments, with a focus on cruise missile defense. The Pentagon is pursuing a containerized laser architecture capable of scaling beyond 300 kilowatts, a significant escalation in power. The JLWS initiative reflects the military's growing emphasis on directed-energy systems and could lead to a fully functional weapon system in the near future.
As cyberattacks that cost as little as $1 become more prevalent, the importance of robust cybersecurity defenses is highlighted. The article emphasizes the significance of writing memory-safe code over relying solely on patching vulnerabilities. Experts Evan Johnson and Justin Cappos from New York University stress the need for durable defenses in the face of rapid and powerful cyberattacks facilitated by large language models like Anthropic’s Claude Mythos. They suggest that a comprehensive approach beyond generative AI is essential for effective cyberdefense.
The article discusses recent developments in 3D printing technology, including the creation of support-free titanium structures, which could revolutionize manufacturing processes. Additionally, advancements in 3D printing are being utilized in drug delivery systems, allowing for more precise and customizable medication administration. These innovations highlight the expanding applications of 3D printing across various industries, showcasing its potential for future growth and impact.
Intel has seen improved revenue per wafer by reducing yield variability across each wafer, resulting in more sellable CPUs. The company's focus on tightening yield distribution across the wafer edges has led to increased margins and productivity. By implementing edge-specific process correction methods, Intel can extract more high-quality and sellable dies from a single wafer. These improvements are node-independent and have been attributed to disciplined execution improvements under new manufacturing leadership. Intel's efforts have led to better output and demand for CPUs, with even lower-quality chips now being sold as viable products.
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