High-Tech Warfare Targets Iran’s Military Capabilities

The United States is increasingly relying on advanced technologies such as satellite surveillance, cyber operations, and laser-based weapons to weaken Iran’s military capabilities. These tools are being deployed as part of a broader strategy to degrade Tehran’s missile infrastructure and limit its ability to launch coordinated attacks.

Satellites Provide Real-Time Intelligence

Satellite networks operated by the US military and its allies are playing a crucial role in identifying missile launches and tracking military movements. Infrared sensors on space-based systems can detect heat signatures from missile launches almost instantly, allowing defence forces to intercept threats and respond quickly.

Cyberattacks Disrupt Iranian Networks

Cyber warfare has become a key element of the campaign. US Cyber Command has reportedly targeted Iranian radar systems, communications networks, and command structures, disrupting the country’s ability to coordinate missile launches and air defences.

Laser Weapons Intercept Drones And Rockets

Directed-energy weapons, including high-energy laser systems deployed on naval platforms, are being used to neutralise drones and rockets in mid-air. These laser systems can destroy incoming threats quickly and at a lower operational cost compared to traditional missile interceptors.

Strikes Target Missile Launchers And Bunkers

Alongside electronic and cyber operations, precision strikes have targeted Iran’s missile launchers and underground storage facilities. Satellite imagery suggests significant damage to several bases, reducing Iran’s ability to launch large-scale missile attacks. :contentReference[oaicite:0]{index=0}

Multi-Domain Strategy In Modern Warfare

Military analysts say the campaign reflects a modern multi-domain warfare strategy, combining space, cyber, electronic, and conventional operations. By weakening Iran’s sensors, communications, and launch capabilities simultaneously, the US aims to limit Tehran’s operational capacity without deploying large ground forces. :contentReference[oaicite:1]{index=1}