Defense

Border surveillance and wide-area monitoring often require small unmanned aircraft that can stay airborne for extended periods, carry multiple sensor types, and operate reliably...

Modern amphibious forces increasingly rely on unmanned systems for reconnaissance, strike missions, and real-time situational awareness. Traditional helicopter assault ships are limited in the...

High-performance infrared imaging normally requires exotic materials or cryogenic cooling, making it too costly for widespread commercial or security use. Conventional CMOS sensors—the same...

One of the biggest challenges in modern air combat is detecting, tracking, and engaging fast-moving aerial targets at long distances. Traditionally, only crewed fighter...

Written by Or Shalom Effective defense against threats such small, low-speed unmanned aerial systems (LSS - Low, Slow, Small), requires a multidimensional approach. Modern detection...

Modern infrastructure is increasingly dependent on tightly connected digital systems. Power grids, transport networks, hospitals, and communication platforms all rely on data flows that...

Modern air defenses are increasingly challenged by the growing use of unmanned aircraft, but the rapid evolution of drone swarming threatens to complicate this...

Critical undersea cables and energy pipelines have become increasingly attractive targets for adversaries, particularly as naval competition intensifies in the North Atlantic. Recent Russian...

Major disasters often create environments too unstable or hazardous for human rescuers to enter. Collapsed structures, toxic fumes, flooding, and narrow access points can...

Ballistic missile defense relies on early detection and precise tracking, but gathering accurate data in the vast expanse of the Pacific remains a significant...

Launching and retrieving drones normally requires a stationary platform, clear airspace, and operators with line-of-sight control. These constraints limit how quickly drones can be...

Modern submarines rely on increasingly complex control systems to maneuver safely in three dimensions, manage propulsion, and coordinate onboard sensors. As underwater missions expand...

Modern air-defense systems face a common problem: sensors, interceptors, and command centers often operate in parallel rather than as a synchronized whole. This slows...

Armored fighting vehicles are expected to operate in increasingly complex environments, from dense urban terrain to wide-open maneuver corridors. They must withstand emerging anti-armor...

Israel’s security landscape has increasingly depended on rapid technological adaptation, but until recently, defense-focused startups struggled to attract significant investment. The year 2025 marks...

As drones become cheaper, smaller, and easier to modify, security teams face a growing challenge: many threats do not appear in the sky—they arrive...

Long-endurance unmanned aircraft have traditionally faced the same limits: batteries restrict range, combustion engines add noise and heat, and payload capacity often forces trade-offs...

As high-power lasers move from experimental concepts to practical counter-drone tools, one technical bottleneck continues to slow progress: power. Directed-energy systems require fast, intense...

In recent years, the global system has experienced growing regional and international tension, driving many countries to seek solutions that ensure intelligence and operational...

Modern battlefields place growing demands on unmanned ground vehicles, which are increasingly used not only for logistics but also for frontline support. Traditional armored...

European air defenses have faced growing scrutiny in recent years, particularly as long-range ballistic missile threats become more prominent. Traditional systems in the region—largely...

Ukraine has faced a growing challenge as Russia introduces faster, more resilient loitering munitions designed to overwhelm conventional air defenses. The latest threat, the...