The Russia-Ukraine conflict demonstrates that the first move in modern warfare is often a cyberattack to disable critical systems like logistics and communication. This is a low-cost, high-impact method to immobilize an adversary before physical engagement.

The U.S. operation to capture Maduro serves as a real-world case study for China's potential 'decapitation' strike against Taiwan. China has already rehearsed such scenarios in mock-ups of Taipei's presidential palace. This event demonstrates the feasibility of a quick, surgical strike, which is more aligned with the CCP's goals than a costly amphibious invasion.

The U.S. faces adversaries who are actively collaborating, rendering a siloed response insufficient. Victory requires an integrated effort combining the government, the traditional defense industrial base, and agile innovators, creating unique partnerships to move faster than the competition.

While CGI can render epic conventional battles, the true challenge for future filmmakers is to compellingly visualize the invisible but decisive elements of modern warfare. This includes esoteric aspects like electronic warfare, satellite jamming, and cyber-attacks that shape today's conflicts.

Agencies like Mossad strategically allow or even promote media about their successful operations (e.g., films like "Munich"). This acts as information warfare, shaping a global perception of their omnipotence. This cultivated mystique serves as a powerful deterrent, even if their true capabilities are more limited.

Unlike the old Cold War with Russia, the U.S. and China's deep economic interdependence prevents open conflict. The current "Rice War" is like water polo: while business and diplomacy occur on the surface, a covert intelligence and influence war rages underneath.

Intelligence agencies' biggest concern is "blowback"—the severe diplomatic, economic, and intelligence-sharing penalties from allies if a covert operation is exposed. The risk of alienating a critical ally, such as the U.S., far outweighs any potential gain from an operation like a political assassination on their soil.

The greatest risk to integrating AI in military systems isn't the technology itself, but the potential for one high-profile failure—a safety event or cyber breach—to trigger a massive regulatory overcorrection, pushing the entire field backward and ceding the advantage to adversaries.

Simulations of a conflict with China consistently show the US depleting its high-end munitions in about seven days. The industrial base then requires two to three years to replenish these stockpiles, revealing a massive gap between military strategy and production capacity that undermines deterrence.