By Arie Egozi, Autonomy Global – Ambassador for Israel
Israel’s national missile alert system has emerged as a key AI-enabled defense asset during the ongoing war with Iran. It processes incoming threats from ballistic missiles and armed drones within seconds.
The country’s multi-layered air-defense architecture now relies on AI to fuse data from main radar sites and other sensors across the network to enable continuous tracking of launches from Iran and other hostile actors. AI-driven algorithms classify each threat, calculate trajectories and distinguish which rockets or missiles are likely to hit populated areas versus open terrain.
Within seconds of a launch, AI-powered analysis identifies probable impact zones and assigns threat levels, which allows Israel’s Home Front Command to activate sirens and mobile alerts only in regions expected to be affected rather than issuing nationwide warnings. This targeted alerting is designed to reduce disruption while maintaining rapid, life-saving warning times for civilians under direct threat
Civilians receive those alerts through multiple channels, including air-raid sirens, mobile push notifications such as “Red Alert”-type services, as well as radio and television broadcasts. While these channels serve primarily as distribution and notification layers, the core decision-making on when and where to warn the public is increasingly driven by AI-enhanced backend systems in Israel’s national alert and air-defense network.