Intel's most important processor innovations of the last two decades were not designed in Silicon Valley. They were designed in Israel. That single fact, documented by the National Academies of Sciences, reframes everything you think you know about where the semiconductor industry's intellectual center of gravity actually sits. And it is not an accident. It is the product of a deliberate, decades-long policy architecture that most countries never attempted. Israel's semiconductor edge is a product of sustained institutional confidence, built long before the current chip war made it fashionable. Israel's Office of the Chief Scientist — predecessor to today's Innovation Authority — began funding industrial R&D in the 1970s, predating global recognition of innovation-based growth by decades. That early bet compounded. Companies like Check Point, Amdocs, NICE, and Mellanox did not emerge randomly. They emerged from a system: academic excellence in computability, a security apparatus that generated advanced technologies and skilled human capital, and entrepreneurs with a documented culture of daring. Mellanox alone became the backbone of high-speed data interconnects now critical for AI semiconductor infrastructure. Israel was not lucky. It was early, and early is everything in technology cycles. Now place that foundation against the current global map. TSMC holds 54 percent of the world's logic foundry market. Taiwan, South Korea, and the United States control most advanced fabrication capacity at ten nanometers and below. The U.S. no longer holds an asymmetric advantage in leading-edge fabrication — that advantage eroded. Intel's response is direct: it is building advanced semiconductor capacity at sub-ten-nanometer nodes in Israel alongside Ireland, specifically to rebuild leading-edge logic capacity outside Asia. This is not a backup plan. It is a strategic repositioning, and Israel is one of only two non-Asian anchors in that architecture. The US-China export controls on AI chips have sharpened this dynamic further. International collaboration is now structurally essential — requiring all semiconductor expertise domestically would be prohibitively expensive for any single nation, including the United States. Applied Materials, a cornerstone of global semiconductor equipment, relies on international subsidiaries to function. Israel mirrors that model precisely: deep specialization, global integration, irreplaceable in the supply chain. Here is the synthesis, Sergey. The race for AI-optimized hardware is not being won by the largest country or the biggest defense budget. It is being won by ecosystems that combined government foresight, academic depth, and security-driven engineering before anyone else recognized the stakes. Israel built that ecosystem in the 1970s. Intel validated it with its fabrication investment. Mellanox proved it at scale. And the global chip war is now making Israel's position not just relevant — but structurally indispensable. For you tracking where the next wave of high-tech capital flows, that is the edge worth understanding.