Rotem Industries Ltd- Radiological Containment’s Post

Are you searching for antenna solutions that offer unparalleled control and efficiency? 📡 Look no further than BATS Wireless and our cutting-edge solid-state beamforming antennas! Here's why our technology is making waves across industries: 🔹 Electronically steered for pinpoint accuracy 🔹 No moving parts for enhanced reliability 🔹 Low power consumption for optimal efficiency 🔹 Versatile form factors to suit your needs 🔹 Customizable beam patterns for 360° coverage or specific ranges Our solid-state beamforming antennas are perfect for: 🚁 UAV applications 🏭 Defense industry 🚢 Maritime operations 🛰️ Satellite communications 📱 5G small cells and backhaul Whether you're in defense, commercial, maritime, or satellite sectors, #BATSWireless has the expertise to deliver custom solid-state antenna solutions tailored to your unique requirements. Ready to experience the future of antenna technology? Let's connect and explore how #BATS can enhance your communications infrastructure! 👇 https://bats.buzz/3X8qq6l #AntennaSolutions #BeamformingTechnology #SolidStateAntennas #PrecisionTracking #ElectronicsInnovation #LowPowerDesign #ReliableCommunications #CustomAntenna #UAVTechnology #DefenseTech #MaritimeInnovation #SatelliteTech #5GConnectivity #IndustryLeaders #WirelessEfficiency #AntennaDesign #HighPerformanceAntennas #SmartTech #AdvancedCommunications #SignalSteering #360DegreeCoverage #NextGenTechnology #CustomSolutions #BATSExperts #AntennaEngineering #TechForTheFuture #EfficiencyMatters #HeavyDutyAntennas #TrackingSolutions #ConnectWithBATS

Time to come out with my other new company project in new defence industry. Those who know me, have seen me working with UAV and Battle Management Systems for over a decade. While transition to new era of my life, I had this idea of how to solve the challenge on the other side of the story, how to protect against this growing threat. #NewDefence #QuantumMechanics #C_UAS #Drones #Innovation #AirspaceSecurity #FutureTech #QuantumImpulses #QuantumMagnetic

The Future of Counter-UAS Solutions: Tackling Evolving Drone Threats with Quantum Mechanics With the rise in drone utilization across military, commercial, and personal sectors, counter-drone (C-UAS) technology has become more critical than ever. Recent advancements showcase a blend of cutting-edge solutions—ranging from AI-driven detection to electromagnetic disruption and even kinetic interception—all aimed at securing our skies. 🔹 Detection & Tracking: Enhanced radar systems, electro-optical sensors, and AI-powered analytics are helping us detect and classify drones with precision, even in challenging environments. 🔹 Neutralization Techniques: From jamming communication links to kinetic interceptors and high-energy directed energy weapons, multiple layers of defense are being employed to neutralize potential threats. 🔹 Integrated Solutions: Advanced C-UAS systems are becoming more robust and layered, combining multiple technologies for comprehensive security. Public-private partnerships are accelerating these developments, bringing innovative solutions to market faster than ever. But what's next? 👉 As C-UAS technology evolves, quantum mechanics emerges as a game-changing frontier. By harnessing quantum principles, we can create directed magnetic impulse systems capable of precisely targeting and disabling the electronic components of hostile drones. Imagine a future where Quantum Magnetic Pulse™ (QMP™) technology renders drones inoperable with unparalleled efficiency and minimal energy requirements. This shift to quantum-based solutions could redefine counter-drone technology—enabling a safer, more secure airspace while paving the way for innovations in electronic defense systems. 🌌 The future of airspace security is on the horizon, and quantum mechanics holds the key. Let's prepare to embrace a new era where directed magnetic impulse technology becomes an essential tool in our C-UAS arsenal. #QuantumMechanics #C_UAS #Drones #Innovation #AirspaceSecurity #FutureTech #QuantumImpulses #QuantumMagnetic Mattipekka Kronqvist

🌌 The future of airspace security is on the horizon, and quantum mechanics holds the key 🗝 Indeed some interesting things visible in the horizon 😎 Click follow to our account to learn more ⏬ #QuantumMechanics #C_UAS #Drones #Innovation #AirspaceSecurity #FutureTech #QuantumImpulses #QuantumMagnetic

At Xponential Echodyne took the time out of their busy show schedule to demonstrate their EchoShield Radar 📡. EchoShield is Echodyne's most advanced and accurate radar, based on advanced pulse-Doppler technology and providing the ability to track hundreds of objects simultaneously with an industry-leading <0.5° angular accuracy in both azimuth and elevation. The low-SWaP multi-domain and multi-mode radar delivers high-speed data that can be used to cue optical sensors, effectors and other systems with high levels of precision and effectiveness. The software-defined EchoShield radar can be easily configured with a variety of Mission Sets, optimized for specific use cases: 🚁Counter-UAS Optimized for shorter ranges and lower elevations where drone threats are most likely to be found and effectors are most successful. 👤Dismount For enhanced ground perimeter surveillance, capable of >8 km range on human movement and >11 km on vehicles. 📡C-UAS 2 Precision airspace surveillance for larger UAVs at ranges of up to 11km. 🌊Coastal Enhanced surveillance of coastline perimeters. ✈️Airspace Management Precise UAS navigational guidance. ⚡On-the-Move (OTM) For moving counter-drone sensor platforms. 🔗 Find out more on the Defense Advancement site: https://hubs.la/Q02wFf6M0 AUVSI — Association for Uncrewed Vehicle Systems International #Xponential #Radar #Technology #Innovation

Ditching GPS for terrain fingerprints 🌍🖐️ #AdvancedNavigation has signed an MoU with MBDA to co-develop an inertial navigation system integrating their breakthrough NILEQ technology. Just like matching fingerprints, NILEQ's technology—based on neuromorphic sensors—scans the changing terrain as an airborne system flies across it, and matches it to an existing database of the Earth’s surface. Once a match is locked, the positioning data is fed into the navigation system. This will enable drones and airborne vehicles to navigate unlimited distances over land—completely independent of GPS. 🌎 From enabling safer #BVLOS drone operations in cities, agriculture and infrastructure inspections, to supporting search and rescue, mining, and more—this dual-use technology will change the way we navigate the world. It’s always a thrill to translate novel, complex research and technology into meaningful practical applications for both commercial and defence sectors. Thank you Edd Gent for covering our story, read more about the technology in IEEE Spectrum. https://lnkd.in/gyDg5aya

Drone Spoofing 🚁 🕹️ What is spoofing? It's a form of signal deception where a legitimate GNSS (Global Navigation Satellite System) signal is replaced with a fake one, providing incorrect position information. Unlike jamming, where the signal is blocked, spoofing tricks the receiver into thinking it is still receiving accurate data, leaving the user unaware of the false position. Besides, multi-constellation spoofers are emerging, capable of falsifying position information across all GNSS signals. 🔹 Can spoofing be detected? Detection is highly challenging. Unlike jamming, which is easily noticed, spoofed signals mimic legitimate ones, making discrimination difficult. 🔹 Is there a solution to mitigate spoofing? The best approach is to cross-verify GNSS positions with another navigation method, such as Inertial Navigation Systems (INS). However, it is crucial not to automatically integrate INS with GNSS to prevent corruption of navigation data. The Limits of Spoofing: 🔸 Complexity: Spoofing is technically complex, especially when attempting to deceive multiple GNSS constellations simultaneously. This requires sophisticated equipment and precise synchronization, making it a challenging task for potential attackers. 🔸 Ineffectiveness Against Encrypted Signals: Spoofing fails against encrypted GNSS signals, such as those used by the military GPS (reserved for NATO members). These signals include security features that make them highly resistant to spoofing attempts. Spoofing is developing, but electromagnetic jamming remains the most effective and efficient solution against the threat of drones and swarms.🛡️ 📡 Discover more about our anti-drone solutions: www.cerbair.com #DroneSecurity #Spoofing #AntiDrone #GNSS #CERBAIR

Using #LiDAR to intelligently identify targets and output data such as dimensions, speed and coordinates; Using visible light camera and infrared camera to provide visible light and thermal images; Using high-precision inertial navigation system and encoders, to isolate disturbances caused by vessel motion and maintain the stability of the multi-sensor visual axes; #LSLiDAR Optoelectronic System integrates multiple sensor devices, providing kilometer-level detection, multi-information fusion and accurate analysis of target attributes. The system can be flexibly mounted on vehicles, vessels, underwater carriers, or fixed points in designated areas.  It can be widely applied in smart ships, ocean surveying, maritime rescue, low-altitude drone detection and intelligent security. #Security #Vessel #Marine #Drone #Rescue #Innovation

#5G drones aim to transform mountain rescue   #5Gtechnologies are revolutionizing emergency response efforts in Scotland’s hills. Here are some incredible facts about this innovative approach:   Pop-Up Mobile Networks: Using #drones equipped with #5G boxes, temporary mobile networks can be set up in minutes, providing vital communication in remote areas.   Enhanced Rescue Operations: Heat-detecting cameras on drones help locate injured or missing individuals quickly, while real-time images are fed back to rescue teams, improving decision-making.   Versatile Applications: This technology is also being tested for maritime rescues and disaster relief, demonstrating the wide-ranging potential of 5G in critical situations.   By strategically placing 5G boxes, rescue teams can create secure, private networks that facilitate rapid, effective communication when it matters most. This is a prime example of how 5G transforms industries and saves lives.   https://lnkd.in/eR6Ymf3A   Amplitech Group, Inc. (NASDAQ: AMPG) is a designer, developer, and manufacturer of custom and standard state-of-the-art RF components for Commercial, End-to-End Open RAN (ORAN) 5G/6G Networks, quantum computing, SATCOM, Space, Defense, and Military markets. www.agtgss.com; www.shop.amplitechinc.com; www.amplitechgroup.com   #nasdaq #ampg #amplitechgroup #5G #quantum Fawad Maqbool

Here is an innovative use case of leveraging public 5G (gasp, not private) to deploy a 300-drone network in Switzerland for emergency services. Some use cases could be capturing images and diagnostics about emergency sites, delivering medical supplies faster or in remote areas, supporting search and rescue missions, or providing real-time situational awareness.  I imagine a future where these drone networks can be used not only once an incident occurs but possibly to detect disasters before they happen - imagine drones equipped with thermal cameras that can detect a wildfire before it happens or the ability to analyze changes in soil and water levels to predict landslides or floods before they happen. There is a lot of opportunity here to scale and expand the use cases; it's neat to see.   #5G #PublicSafety