UK confirms success of Aether high-altitude balloon trials - Data collected during the South Dakota trials will inform future development and potential operational concepts for long-endurance uncrewed surveillance platforms.

🇺🇸📡🛰️ Raytheon has started initial production of the SharpSight multi-domain surveillance radar. The system is designed to deliver high-altitude, real-time imaging and wide-area tracking for land and maritime surveillance in all weather and lighting conditions. “This radar represents the next step in Raytheon’s long legacy of intelligence, surveillance and reconnaissance innovation,” said Dan Theisen, president of Advanced Products and Solutions at Raytheon.

Elsight’s breakthrough isn’t a new radio or satellite modem, it’s a logical layer that abstracts and aggregates available networks, including cellular (LTE/5G). “We’re building an abstract logic layer on top of all those physical layers to be able to utilize all of them concurrently and create the best quality of service for public safety, commercial and defense applications." Read the article in Inside Unmanned Systems https://lnkd.in/dE3NHyf3

Elsight’s breakthrough isn’t a new radio or satellite modem, it’s a logical layer that abstracts and aggregates available networks, including cellular (LTE/5G). “We’re building an abstract logic layer on top of all those physical layers to be able to utilize all of them concurrently and create the best quality of service for public safety, commercial and defense applications." Read the article in Inside Unmanned Systems https://lnkd.in/dE3NHyf3

Persistent surveillance in modern defence operations Early warning and situational awareness are crucial in modern defence operations, but traditional sensor systems can be limited by fixed locations, infrastructure requirements, and slow redeployment. Airlander offers a flexible alternative, capable of maintaining a persistent presence over extended periods and in a variety of environments. By combining endurance with adaptability, it helps extend coverage, improve responsiveness, and support defence networks in areas where continuous observation is essential. Existing fixed-wing radar platforms are very resource-intensive to operate 24/7 because their limited endurance demands multiple platforms and crews to maintain coverage. https://lnkd.in/egcdGP9f

Is Your Autonomous Fleet Protected from GPS Spoofing? 📡 In complex maritime environments, the operational dependence on GPS is a significant vulnerability. While GPS-denial is a known challenge, the more insidious threat is spoofing, where false signals deceive an Autonomous or Uncrewed Surface Vessel (ASV/USV) into thinking it's somewhere it isn't. The consequences are severe: Mission Failure: Critical ISR or survey missions are compromised. Asset Loss: A multi-million-pound vessel could be diverted into hostile waters or run aground. Reputational Damage: Loss of control over a sophisticated autonomous asset. A robust backup navigation method isn't just an option; it's a strategic necessity for mission assurance. At Cambridge Pixel, our GPS Assist software provides a vital layer of defence. By using the vessel's own radar to scan the coastline and comparing it to digital maps, it creates a separate, trusted position. This allows it to act as a watchdog, instantly flagging a deviation between the GPS position and the radar-derived position. This gives operators the confidence to deploy high-value assets into complex scenarios, knowing they have resilient PNT to counter electronic warfare tactics. Secure your maritime operations and protect your assets from the growing threat of GPS manipulation. Learn more at: 👉 https://lnkd.in/eUTQ784x #MaritimeSecurity #NavalTechnology #GPSResilience #USVNavigation #ElectronicWarfare #Defence #AutonomousSystems #MissionCritical #UncrewedSystems #CambridgePixe

At ESUK, we provide more than just defence solutions - we can enable protection of critical assets whether in military operations, critical national infrastructure, or homeland security environments. The ReDrone Counter-UAS + Portable Detection Jamming System (PDJS) deliver: ✔️ Rapid detection, classification and neutralisation of drone threats - even in contested Radio Frequency (RF) and Global Navigation Satellite System (GNSS) environments ✔️ 360° coverage and both automatic and manual jamming modes ✔️ Portability and adaptability - transportable in rugged cases, deployable on vehicle platforms, for use in stationary or mobile configurations ✔️ Modularity - ReDrone sensors and effectors can be tailored and scaled to specific needs and environments ✔️ Up to 1 km safety zone with PDJS for detection + jamming, 7.5 hours operation under jamming conditions ✔️ReDrone is listed on the UK NPSA Catalogue of Security Equipment These tools aren’t just for the frontline. From protecting power plants, airports, and ports to safeguarding events, infrastructure and public spaces - ReDrone & PDJS give control against evolving UAS threats. ESUK - providing advanced, adaptable counter-drone solutions for defence, security, and commercial sectors alike. #RedefineTheFuture #TechSolutions #Innovation #FutureForce #ESUK

Modern warfare is changing faster than policy or procurement can keep up.   Our latest white paper, “Invisible Threats: Lessons from Drone Warfare and the Race to Defend the Homeland,” explores how rapidly evolving drone technology, shaped on the battlefields of Ukraine, is reshaping the future of security and defense readiness.   Based on insights from Blackrock Strategy CEO Alec Bierbauer, a former CIA officer and one of the early architects of modern unmanned systems, this paper examines the growing imbalance between low-cost drones and high-cost defenses, the rise of AI autonomy in combat, and how the United States must adapt to stay ahead of emerging threats. Read the full white paper: Invisible Threats

DTC has introduced the Sentry 6161, a next-generation mesh MANET radio built to meet the needs of frontline forces while also supporting government, public safety, critical infrastructure, and unmanned systems. Designed and manufactured in Codan’s sovereign facilities, the Sentry 6161 combines multi-band RF flexibility, multi-MANET interoperability, resilient mesh routing, and a dual power strategy. Its software-defined foundation allows users to securely run both DTC | A Codan Company and third-party waveforms on a single rugged platform, reducing vendor lock-in and ensuring adaptability across missions. With sovereign supply-chain control, long-term sustainment support, and demonstrated performance in field trials, the Sentry 6161 provides a future-proof solution for secure, interoperable communications in contested or infrastructure-limited environments. 🔗 Learn more about this new capability on Unmanned Systems Technology >> https://hubs.la/Q03KgtJN0

Spoofing and Jamming: Hidden Threats to Maritime Navigation. Global Navigation Satellite Systems (GNSS), such as GPS, are essential for modern vessel operations, but they are also vulnerable to attacks. Here’s what every maritime professional should know: Jamming: This technique blocks satellite signals, resulting in a loss of positioning. Spoofing: This involves sending false signals that deceive ships, causing them to deviate from their intended course. Both jamming and spoofing can jeopardize the safety of vessels, their crews, and ports. Trelleborg’s Defense provides SafePilot Portable Pilot Units (PPUs) and Fixed Pilot Units (FPUs) to enhance navigation safety through: - Multi-constellation, dual-frequency GNSS - Real-time detection of spoofing and jamming - Automatic signal filtering for uninterrupted accuracy - Future-ready Galileo Open Service Navigation Message Authentication (OSNMA) Safe navigation is not only about precision; it’s also about trust. If you would like to learn more, please feel free to reach out.