Dual-use technology

Autonomous maritime systems are advancing faster than the frameworks designed to prove they are safe. Unmanned surface vessels increasingly rely on AI-based perception to...

Cybersecurity teams are facing a growing imbalance. Software is being developed and deployed faster than ever, while attackers increasingly use artificial intelligence to automate...

Chemical, biological, radiological, and nuclear hazards remain among the most dangerous threats soldiers can face. Detecting and responding to these risks is often slow,...

Modern military drones rely heavily on satellite navigation to orient themselves, map terrain, and support ground forces. In environments where GPS or GNSS signals...

Long-range flights place heavy demands on both aircraft and passengers. Business jets are expected to link distant city pairs efficiently, operate from varied airports,...

As mobile networks move toward sixth-generation capabilities, expectations are shifting well beyond faster data speeds. Future networks are expected to deliver intelligence—running AI models...

Precise timing sits quietly at the heart of modern systems. Communications networks, military command chains, financial transactions, and power grids all rely on accurate...

Small first-person-view (FPV) drones have become a central tool in modern conflicts, but training operators remains a challenge. Real-world FPV flying demands quick reactions,...

As artificial intelligence tools become part of everyday work, many organizations are discovering a new and largely invisible risk. Employees are increasingly using AI...

Modern unmanned systems rely heavily on satellite navigation, but in many operational environments GPS has become a fragile resource. Adversaries now routinely jam or...

Organizations responsible for logistics, infrastructure, and critical facilities are increasingly required to inspect, map, and monitor enormous areas — sometimes hazardous or inaccessible —...

Small, commercially available drones have become a persistent battlefield problem. Easy to acquire and modify, they are now widely used for reconnaissance, targeting, and...

Modern technology depends on precision, yet many critical systems operate in environments filled with invisible magnetic noise. Power infrastructure, medical imaging, aerospace platforms, and...

Browser extensions have long been treated as harmless productivity tools, but their growing access to sensitive data is becoming a serious security concern. As...

Imagine a quiet night, its stillness broken only by a familiar, monotonous hum – the ominous sound of Shahed loitering munitions. Ground forces have...

Envision a critical operational scenario in the future battlespace: swarms of autonomous drones tasked with real-time data analysis, identifying emergent threats, and executing complex...

Robotic fabrication has traditionally required specialized skills, detailed digital designs, and lengthy production times. In most environments—industrial, commercial, or operational—this limits how quickly custom...

Modern militaries are generating more data than ever before, but turning that data into timely battlefield advantage remains a challenge. Sensors, drones, logistics systems,...

Robots intended for combat support or hazardous-duty missions typically rely on pre-programmed actions or remote-control interfaces, limiting how precisely they can mimic human movement....

As vehicles grow more connected, their internal systems depend on a constant flow of data from sensors monitoring everything from temperature and tire pressure...

Power transmission lines stretch across forests, farmland, and mountainous terrain, where they face constant exposure to heat, vegetation growth, and shifting weather patterns. These...

Search-and-rescue teams often struggle with a basic operational challenge: disaster zones are unpredictable, unmapped, and full of obstacles that confuse traditional robotic systems. Standard...