Garuda Defence’s Post

New #ApplicationNote: Next-Generation IR Zoom Lens Solutions for Advanced Surveillance https://lnkd.in/dKyh93wj Discover the latest advancements in #infrared zoom lens technology for cutting-edge electro-optical (EO) systems. From #low #SWaP NIR&SWIR lenses to rugged #longrange solutions, these innovations are engineered to perform in even the most challenging environments. Highlights include: 🔹 Optimized for Diverse EO Applications – Supporting ISR, targeting, border security, and counter-drone operations. 🔹 Enhanced Resolution & Detection Capabilities – Engineered for high-resolution, small-pixel sensors, delivering precise detection, recognition, and identification (DRI) at extended distances. 🔹 Low-SWaP Efficiency for Lightweight Platforms – Compact and lightweight, ideal for unmanned aerial systems without compromising optical performance. 🔹 Built for Harsh Environments – Durable coatings and robust materials ensure reliable operation in extreme conditions like temperature fluctuations, dust, fog, and high humidity. Read here: https://lnkd.in/dKyh93wj

Revolutionizing Drone Surveillance with MWIR Thermal Imaging Traditional surveillance systems, like CCTV, face limitations in low-light and adverse weather conditions. Mid-wave infrared (MWIR) cameras overcome these challenges, offering long-range thermal imaging in all weather and light conditions. Why MWIR? MWIR cameras provide: • Night Vision: Operate in complete darkness. • Long-Range Imaging: Up to 30 km (18.5 miles). • Wide Applications: From perimeter security to wildlife research. MWIR vs. LWIR While LWIR cameras are limited by atmospheric absorption and scattering, MWIR cameras excel with: • Superior Range: Up to 2.5x farther detection. • Weather Resistance: Effective in high humidity and coastal environments. • Compact Design: Lightweight for airborne and portable use. • High-Quality Imaging: Better sensitivity and thermal contrast. Applications MWIR cameras are used for: • Security: Critical infrastructure protection, airport surveillance. • Rescue: Search and rescue, firefighting. • Research: Wildlife studies, leak detection, and laboratory analysis. • Military and Marine: Vessel monitoring and mine detection. The Future is Infrared With advancing technology making MWIR systems more accessible, they are redefining how we approach surveillance, offering unparalleled performance and reliability. #ThermalImaging #MWIR #SurveillanceTechnology #Innovation #InfraredCameras #NightVision #SecuritySolutions #TechAdvancements https://lnkd.in/gN4yH5t2

The IRI drone with the air quality monitor is an incredible capability on its own, but what is truly impressive is the integration of the data into Shift's common operating picture/geospatial application so that decision-makers and responders can visualize and truly understand the concentrations, extents and types of hazardous substances being detected by the IRI drone in real time on a phone, tablet or desk top. The capability to collect, display and disseminate decision-quality information in real time will completely transform how incident commanders/first responders assess and manage the consequences of a hazardous materials (HAZMAT) release including testing and identifying all likely hazardous substances onsite; determining hot and cold zones, safety perimeters and PPE requirements based on proximity to the hazard; supporting the safe conduct of rescue operations to remove affected victims from the hazardous environment; conducting geographical survey searches of suspected sources or contamination spreads and establishing isolation perimeters; mitigating the effects of hazardous materials release; and supporting evidence collection and investigation. Well done Shift!

ERA in the "Hive of ATC World" 🐝 : the EUROCONTROL members keep harvesting precious data from their ATC🛬systems and tools to share experience on #NSUR (Network Surveillance User Group) meetings. This autumn the NSUR members met in #Brussels, Belgium🤝, showing the ways how to deal with harsh #GNSS 🛰 jamming and spoofing, providing materials on optimisation of 1030/1090 MHz spectrum, outlook to operations of #drones of any kind and many more. One of the most juicy 🥤 presentations was the one presented by ERA strategist, summarising evolution of #MSPSR (Multi-Static Primary Surveillance Radar) and its realistic use cases in near future.🔮 #passivesurveillancesolutions #ATM #safetyandsecurity #ATC #workinggroup

The application of thermal imaging technology in water safety is increasingly highlighting its importance. Today, on-site inspection with staff reviewed the on-site working scenes of InfiRay's Dual-Spectrum PTZ Camera & 360° Infrared Panoramic Camera, which are continuously surveillance the water areas within their scope.   To quickly detect abnormal temperatures, InfiRay equips the relevant series with up to 1280*1024 thermal imaging resolution, capable of capturing clearer thermal images. Paired with high-resolution visible light cameras, they can conduct large-scale suspicious intrusion detection at medium to long distances, quickly identify and track vessels, provide 24/7 real-time intelligence for maritime security personnel, and provide strong protection for water safety.   #thermalimaging #surveillance #infraredcamera #publicsafety  #solutions #thermalcamera #quality #detail #performance #security #technology #zoom #image #distance #footage #aerialsafety #quality #radar #drones #order

We understand that the nature of emerging warfare, especially concerning unmanned air systems, means that agile, interoperable, future-proof, and redeployable technology is more critical than ever when developing battle winning capability. That’s why we’ve created open architecture plug and play solutions that give operators the ability to integrate them with their own sensors and effectors, enabling rapid response to changing situations. Want to know more? Join us at Counter UAS Technology Europe next week to meet the team. Find out more about Roke: https://lnkd.in/eFxjfeG6 #MakeTheExtraordinaryEveryday #WeAreRoke

⚠️ Is your critical infrastructure ready for the AI Era? In today’s fast-evolving world, traditional security systems are no longer enough. At UMSS, we protect critical infrastructure with advanced tools like: 🚁 Drones for comprehensive surveillance. 🤖 AI-driven systems for real-time threat detection. 🔦 Laser technology for perimeter control and precision monitoring. Take control of your facility’s safety with solutions designed for the future. Whether it’s factories, power plants, or refineries, UMSS ensures your operations are secure.  Visit 🌐umss.ai to learn how we safeguard critical infrastructure in the AI era. #UMSS #aierasecurity #criticalinfrastructure #smartsecurity #dronesinaction #aiprotection

Next-generation uses for radar technology are not just concepts but are becoming realities. For instance, Unmanned Aerial Vehicles (UAVs) equipped with radar can navigate through adverse weather conditions, providing invaluable assistance in disaster relief and border security2. In the automotive industry, radar plays a crucial role in adaptive cruise control and advanced driver assistance systems, making our roads safer2. This video is a beautiful illustration of the future ahead for radar military applications.

And now is the time to reveal the answer to our Quiz! 🧩 We asked 🎤 In which SMAUG #tech unveiled article can you find the quote "This innovative tethered drone responds to the urgent needs of operators from ports and coast guards." And the correct answer is.... 🥁 👉 SMAUG #tech-Tech Unveiled: A Dive into the SMAUG Aerial Surveillance and Monitoring technology. Read the full article:https://lnkd.in/ddPUe2SA #SMAUG #HorizonEurope #MaritimeSecurity #quiz #AerialSurveilance

🔷 🔹 Border Surveillance System with Ultralytics VisionEye and YOLOv8 Happy to share my work on person detection in #drone aerial imagery! I have fine-tuned a YOLOv8 model to detect people from an aerial view and integrated #Ultralytics VisionEye with #distanceestimation. ✔ Key Technologies Used: 1️⃣ YOLOv8 Fine-tuning: I used #YOLOv8, a state-of-the-art #objectdetection model, and #finetuned it using the #VisDrone dataset specifically trained on land object detection from drone view. 2️⃣ Ultralytics: Utilized Ultralytics for data annotation and prediction. 3️⃣ Distance Measurement Integration with #VisionEye: Implemented a feature to measure distances of each object. 4️⃣ Supervision : Used #supervision to easily integrate different types of annotations. ✔ This project is valuable for those interested in: ✅ #Computervision applications in border surveillance ✅ Integrating VisionEye and distance measurement features fine-tuned model link available in the comments! ⤵ Feel free to ask questions or share your thoughts below ‼ Regards