Air power is highly effective in Iran because the country's air defenses have been largely neutralized.

Some Iran hawks at the Hudson Institute argue that the military operation against Iran is a way to counter China by cutting off its access to oil via a railway being built with Iran.

The US military is no longer using expensive SM-2 interceptors against Shahed drones, opting instead for guns, other drones, and jammers.

In wargaming scenarios, military teams under time pressure sometimes exhibit automation bias by pressing an "I believe button" and accepting an AI's recommended course of action without full scrutiny.

The Maven Smart System is described as "clunky to use" and requires an AI tool to help operators manage its complexity and operate at a relevant tempo.

Companies like Vannevar Labs are commercializing the harvesting of open-source and commercial data for intelligence purposes and providing it to the US government.

Iran's IRGC is trained to operate in a distributed command and control structure, allowing them to execute missions without constant contact with headquarters.

Qatar's economy is heavily dependent on LNG exports, which are threatened by potential closures of the Strait of Hormuz due to the conflict with Iran.

Iran has prepared for decades for a potential attack and possesses infrastructure for distributed missile launches, with a couple hundred ballistic missile launchers still available.

Major U.S. weapon systems, including the LRASM, JASSM, and SM-6, rely on GPS for guidance and are therefore vulnerable to jamming.

The United States has expended a significant portion of its JASSM-ER and Tomahawk missile stocks in the war against Iran.

Russian forces successfully adapted their Kalibr ballistic missile trajectories to overcome the flight profiles of the Patriot missile defense system in Ukraine.

Defense contractors like Raytheon require long-term, multi-year procurement commitments of 5 to 7 years from the government before they will expand production capacity.