Sentrycs | Counter-Drone Solutions Adapting at the Speed of Threats’ Post

"Attacks on the US power grid have been the target of extremist groups' chatter, with an uptick in 2020." (CNN) One incident to essential services like power grids, water systems, and telecommunications can impact millions and cascade across communities. While traditional security measures remain vital, integrating emerging technology like drones can help security teams with enhanced situational awareness and rapid response capabilities. Using drone detection and forensics technology can help:   ▪️Safeguard against physical threats and environmental hazards posed by malicious drones ▪️Prevent drones from collecting sensitive data and compromising industrial site security. ▪️Keep drones from penetrating your network or telecommunications security systems. Read the full story on CNN by Alisha Ebrahimji: https://lnkd.in/gvPM8pSQ Learn how SkySafe can help protect your critical infrastructure: https://lnkd.in/gwYX8MQx #DroneDetection #DroneProtection #DroneDetectionRadar

Introducing the Kacific CommsBox Ultra—a new addition to our turnkey emergency communication solutions portfolio, with elevated features redefining disaster-resilient communication. With a single press, the auto-pointing antenna effortlessly links to the Kacific1 satellite, providing instantaneous internet connectivity in challenging terrains like islands, mountains, and remote areas, even when terrestrial infrastructures are down. Its dual-polarization antenna ensures enhanced signal performance. Equipped with detachable modules and wheels for easier transportation, the CommsBox Ultra facilitates first responders, civil defence, police, and nonprofits during emergencies. The easily removable battery expedites freight clearance, while the reinforced structure ensures unwavering reliability. Elevating capabilities further, the CommsBox Ultra integrates real-time aerial surveillance via add-on drones. More than just connectivity, it's a lifeline for communities, businesses, and critical services. Our commitment to innovation and reliability shines through. Experience the revolution—watch the demo now and discover the limitless potential of satellite connectivity. #CommsBoxUltra #Kacific #DisasterCommunication #Innovation #FutureOfDisasterResponse

🛡️ Exciting News for Border Security Professionals in BeNeLux! 🛡️ For those at the forefront of securing our borders, tackling diverse challenges across air, land, and sea is a daily mission. But with the right tools, like RF sensors, we can turn those challenges into opportunities for enhanced security. Integrating RF sensors into your tech arsenal offers a multi-layered solution to safeguard national borders effectively. Here's how: 🔍 Fixed Infrastructure: Set up along land borders, these support COMINT, SIGINT, and EW activities. 🚚 Mobile Systems: Perfect for filling in gaps or blind spots in coverage. 🚶 Dismounted Systems: These create short-range TDoA and geolocation networks for precision. 🏢 Small Sensor Networks: Protect critical infrastructure and ports with ease. 🛩️ Drone Integration: RF sensors on drones create 3D TDoA networks for air defense and drone detection while supporting ISR. CRFS specializes in building RF sensor technology tailored for border security agencies. Their tech acts as an early warning system, seamlessly integrating into your surveillance strategy. Curious to learn more? Dive deeper into border security monitoring solutions and contact me at CN Rood. Let's ensure our borders stay safe and secure! #BorderSecurity #RFTechnology #NationalSecurity #CRFS #BeNeLux #SurveillanceSolutions

Enhancing National Security With Domestic Technology - Geofencing can be a powerful tool in a multi-layered counter-UAS (C-UAS) strategy, providing significant advantages in civilian and military contexts. There is no impenetrable C-UAS defense for critical infrastructure, the American warfighter, or our allies. However, the widespread implementation of domestic geofencing technology could mitigate some of these vulnerabilities and offer a robust layer of defense. Enhancing National Security with Geofencing 1. Preventing Unauthorized Access: Geofencing can create virtual boundaries around sensitive locations such as military bases, government buildings, and critical infrastructure. Unauthorized drones attempting to enter these restricted areas can be automatically detected, allowing for measured mitigations to be employed. This capability is crucial for protecting national security interests and preventing espionage, sabotage, or terrorist attacks. 2. Mitigating Threats in Urban Environments: In urban areas where the risk of drone-related incidents is higher, geofencing can help manage airspace and prevent unauthorized drone flights above crowded public spaces, airports, and other vulnerable locations. This information would reduce the risk of accidents and potential attacks. 3. Supporting Federal and State First Responders: Law enforcement agencies can use geofencing to monitor and control drone activity during large public events, protests, or emergencies. By establishing temporary geofenced zones, authorities can ensure that drones do not interfere with operations or threaten public safety. 4. Disaster Response: During natural disasters or calamities, geofencing can facilitate the deployment of drones for search and rescue operations, damage assessment, and delivery of essential supplies. Geofenced zones can ensure that drones operate efficiently and do not interfere with manned rescue operations. The potential benefits of domestic geofencing IP for UAS are extensive and multifaceted. By enhancing national security, supporting military operations, and improving public safety, geofencing offers a valuable tool for addressing the challenges posed by the proliferation of drones. As the technology continues to evolve, its integration into a comprehensive C-UAS strategy could be a powerful tool for mitigating vulnerabilities and safeguarding both civilian and military interests CONUS and OCONUS. National Football League (NFL) FIFA World Cup 2026™ - Canada, Mexico and the United States Federal Bureau of Investigation (FBI) #nationalsecurity #economicsecurity Federal Aviation Administration United States Department of Defense #UTM #AMM #RID DHS Science and Technology Directorate

During large events, unauthorized drones can pose serious and dangerous security risks. To prevent such incidents, cloud-based airspace can help. 💪 Benefits of cloud-based airspace include: 🔐Expense: Users avoid the capital costs of purchasing and maintaining equipment such as RF sensors and network servers. 🔐Acquisition: Cloud-based airspace security technology offers immediate access to counter-drone defense without the delays inherent in ordering equipment from manufacturers and deploying it. 🔐Access: With a cloud-based system, users can log in from anywhere.  Wide coverage area: Standalone C-UAS involves fixed or mobile sites with limited range, which in turn makes exact placement of counter-drone assets important. 🔐Customization: Even for government users who must operate isolated networks, Cloud based solutions can be designed as a private cloud service. Contact us to get a free threat analysis. https://lnkd.in/dupd24rZ #CybersecurityTip #DroneAirspaceSafety #DroneThreats

The Struggle to Secure Defense Networks      Modern battlefields mix physical terrain with the invisible threads of wireless networks. These crucial arteries carry the lifeblood of military operations, enabling secure communication, drone control, and real-time intelligence gathering. However, securing and monitoring these networks presents unique challenges.     Diversity on the Digital Battlefield:      Defense networks use special wireless bands for operations. In defense, low-band frequencies (<1 GHz) enable long-range communication vital for remote outposts and border patrol. Mid-band frequencies (1-6 GHz) facilitate data transfer for drones and autonomous systems. High-band frequencies (>6 GHz) offer high data rates for real-time battlefield intelligence sharing.      Global Positioning System (GPS) uses specific satellite frequencies, while radar systems operate across various bands. Electronic Warfare (EW) involves dedicated bands for jamming, deception, and communication disruption. Defense forces use a combination of Tactical Networks, Wide Area Networks (WANs), Unmanned Aerial Vehicle (UAV) Networks, and sensor networks.       Challenges for Defense:   The defense sector faces unique challenges in managing its networks efficiently due to a few issues.    Complexity of network data: Monitoring this diversity of networks in real-time adds complexity, creating blind spots and increasing the attack surface for adversaries.     Manual analysis: Manually analyzing RF data from disparate sources across these networks is a monumental task, exposing vulnerabilities and hindering efficient threat detection, besides human error and misjudgment.     Volume and Processing of RF Data: Defense networks generate vast amounts of data from various sources, including sensors, surveillance cameras, communication channels, and operational systems.    The inability to process live data streams increases vulnerabilities of potential threats. Offline RF data processing faces transfer and storage challenges leading to missing critical information.     Operational Impacts for Defense:     Compromised Situational Awareness: Inadequate network monitoring can compromise situational awareness, hindering the ability of military commanders to make timely and informed decisions.      Increased Vulnerability to Cyber Attacks: Weaknesses in network monitoring capabilities can leave defense networks vulnerable to cyber-attacks, potentially resulting in data breaches, system outages, and disruption of critical operations.      Operational Downtime and Loss of Productivity: Security incidents and cyber-attacks can lead to operational downtime, disrupting military activities and compromising mission readiness.     Empowering defense networks with cutting-edge AI/ML-based Wireless Observability Platforms represents a significant leap forward in bolstering detection and response capabilities. #Sensorz #WOP #5G #4G #networkmonitoring #Defense

Speed vs. Security: A delicate dance. Defense networks are vast and complex. Can AI orchestrate the perfect harmony to secure them?

SkySafe's latest analysis reveals critical concerns about DJI Aeroscope's drone detection technology updates and their implications for U.S. national security. With changes that include government-specified encryption and the ability to make drones invisible to certain systems, the integrity of our critical infrastructure could be at risk. As the independent source for airspace data, SkySafe emphasizes the urgent need for U.S. agencies to reassess the use of Aeroscope in protecting our skies. Read more about these pivotal findings and their impact on national security ➡️ #NationalSecurity #DroneTechnology #AirspaceSafety #CriticalInfrastructure

🔍 Feature Highlight: 𝗦𝗲𝗰𝘂𝗿𝗲 𝗗𝗮𝘁𝗮 𝗠𝗼𝗱𝗲 The more critical your #Drone operation is, the more data security is needed. We understand this demand and have developed the Secure Data Mode (SDM) feature for drone operators in public safety, security, and critical infrastructure management. How can Secure Data Mode help your organization? 1️⃣ Data Security: Either through our secure and Amsterdam-hosted server or your on-premise server, we help you block sensitive data from going to unwanted places. 2️⃣ Easy to activate: You just need one click to gain control of your data. Watch how easy it is in the video below. 𝘿𝙤 𝙮𝙤𝙪 𝙩𝙝𝙞𝙣𝙠 𝙝𝙖𝙫𝙞𝙣𝙜 𝙙𝙖𝙩𝙖 𝙥𝙧𝙤𝙩𝙚𝙘𝙩𝙞𝙤𝙣 𝙛𝙤𝙧 𝙮𝙤𝙪𝙧 𝙙𝙧𝙤𝙣𝙚 𝙤𝙥𝙚𝙧𝙖𝙩𝙞𝙤𝙣𝙨 𝙞𝙨 𝙞𝙢𝙥𝙤𝙧𝙩𝙖𝙣𝙩? Let us know what you think in the comment below! 👇 Read more about this feature → https://lnkd.in/eU6nUGJ5 #AirHub #DataSecurity #DroneTechnology #FirstResponders #PublicSafety #Security

At the 2024 Counter UAS Homeland Security Conference, SkySafe CEO Grant Jordan presented findings from the company’s extensive analysis of DJI’s recent "Aeroscope Upgrade Module" - a system that many U.S. government agencies and counter-drone service providers have used to track drones and secure critical airspace. SkySafe found that the update enables DJI, and the Chinese government, to hide drones based on geographic location and serial number, and adds Chinese government specified encryption to the signals, among other things. SkySafe has never depended on technology controlled by other companies or countries and remains the independent source of truth on airspace data. U.S. government agencies and officials have an obligation to ensure the security and sovereignty of our national critical infrastructure and continued use of DJI Aeroscope is a national security threat. Interested in reading more about this critical security threat? Visit our blog to learn more: https://lnkd.in/e776zh9j