A New Layer in Drone Warfare: Launching Strikes From the Sky
Small FPV drones have become a central tool on the modern battlefield, offering precision strike capabilities at relatively low cost. However, their effectiveness is...
Speed Meets Firepower: The Next-Gen Battlefield Robot
Modern military operations are increasingly defined by speed, flexibility, and reduced risk to personnel. At the same time, forces operating in complex environments, such...
This Robot Sees Threats on the Ground — and Now in...
Unmanned ground vehicles are increasingly used to reduce risk to personnel in complex environments, but they face a persistent weakness: exposure to small, hard-to-detect...
A New Kind of Stealth: Using Radar Energy Instead of Batteries
Modern military and civilian systems face a growing power and connectivity problem. Sensors, communications, and autonomous platforms all demand more energy, yet batteries add...
A $200M Buyout of an Israeli Company Signals the Growing Importance...
As military operations become increasingly data-driven, defense companies are racing to integrate software capable of coordinating sensors, drones, air defense systems, and battlefield assets...
Can Bamboo Replace Carbon Fiber in Drones? New Tech Says Yes
The push toward more sustainable drone designs has introduced a less obvious technical challenge: materials matter. While bamboo offers clear advantages as a lightweight,...
Seeing 450 Km Ahead: A New Radar Takes Shape
The rapid growth of aerial threats, from long-range aircraft to small, low-flying drones, has exposed limitations in traditional radar systems. Detecting objects at extended...
Smaller, Smarter, and Unmanned: A New Naval Shift
Maritime operations are becoming increasingly complex, with growing demand for persistent surveillance, extended reach, and reduced risk to personnel. Traditional submarines can provide these...
From Steel to Software: Ships Are Becoming Self-Learning Systems
Modern naval operations generate vast amounts of sensor data, but much of it remains underutilized. Legacy systems often rely on manual processing and fragmented...
From Zero to Swarm in Seconds
The growing use of drones on the battlefield is shifting the focus toward speed and scale. Small unmanned systems can be deployed in large...
Blink and It’s Airborne: The Ultra-Fast Tactical Drone
Modern combat environments are placing increasing pressure on response time. Small drone threats can appear with little warning, leaving operators with only seconds to...
The Drone Boat That Carries More—and Moves Faster
Naval forces are increasingly looking for ways to extend reach and firepower without exposing crews to risk. Traditional vessels offer capability but come with...
A 14,000-KM Drone Built for Undersea Surveillance
Tracking submarines across vast ocean areas is one of the most resource-intensive missions in naval operations. Traditional platforms, such as crewed ships and aircraft,...
From the Cold War to Now: A Spy Plane Gets Smarter
High-altitude surveillance aircraft are designed to operate beyond the reach of most threats, but modern air defense systems are steadily closing that gap. Advanced...
One Aircraft, Two Flight Modes – Now Proven
Urban air mobility has long faced a technical hurdle: combining vertical takeoff with efficient forward flight in a single, reliable platform. While helicopters can...
From Camera to Brain: Smarter Drone Vision Takes Flight
As drones take on a larger role in intelligence and surveillance missions, the demand for faster and more autonomous data processing is growing. Traditional...
Print, Fly, Repeat: The Rise of 3D-Printed Tactical Drones
Small tactical drones have become essential tools on the modern battlefield, but they often come with trade-offs. Many systems are either too expensive to...
From Herding Sheep to Guiding Swarms: A New Playbook for Robotics
Coordinating large groups of autonomous systems, whether drones, vehicles, or software agents, remains a difficult problem. In real-world conditions, signals are often noisy, incomplete,...
When Sensors Lie: How Heat Can Fool Autonomous Systems
Thermal cameras are widely used in drones and autonomous vehicles to detect obstacles in low-visibility conditions such as darkness, smoke or fog. By sensing...
The Drone Revolution is Upon Us
As drones move from niche tools to everyday infrastructure, a core challenge is becoming increasingly clear: current systems struggle to meet the endurance, autonomy,...
How Fiber Cables Are Becoming Silent Underwater Sensors
Europe’s growing dependence on underwater infrastructure has exposed a quiet vulnerability beneath the surface. Power cables, data links, and energy pipelines crisscross coastal waters,...
The Surveillance Tech Built for Low-Altitude Threats and Busy Skies
Airspace surveillance is becoming more complex as traffic density increases and new types of aircraft operate at lower altitudes. Air traffic controllers are often...
Latest
Nature’s Tiny Vibration Detector Is Inspiring Smarter Sensors
Detecting extremely weak vibrations usually requires complex electronics, amplification circuits, and continuous signal processing. Whether in microphones, environmental monitoring systems, or biomedical devices, improving...
