Zachary George’s Post

Geolocation of radio frequency is the process of identifying the physical source of an RF signal, crucial for applications ranging from military operations to spectrum management and interference resolution. This white paper details key geolocation techniques, their varying levels of accuracy, and their specific applications. Download now: https://hubs.la/Q02SvSTd0 #Geolocation #RFtechnology #SpectrumManagement

Silvus MANET radios deployed with ALPHA 56 WAN backbone and equipment gives Operators secure internet, with GLOBAL coverage for voice and DATA. Legacy single antenna radio systems are no longer adequate when it comes to meeting the requirements of modern military operations. Military radio communication now demands more range, data throughput and robustness than ever before. With deep roots in advanced US Military research, Silvus Technologies understands the high-stakes demands placed on today’s military operations. Silvus have leveraged this expertise to develop the world’s first MIMO radio optimized for tactical applications. The current line of StreamCaster radios improves the capacity, range and reliability of data and high bandwidth video transmission, achieving never-before-seen performance in the difficult conditions that impact every mission. ALPHA 56 are an Official UK Supplier of Silvus products. FIND OUT MORE: https://lnkd.in/e-MyVF-3 Contact us to discuss your requirements: Info@alpha56.co.uk #alpha56 #communications #bearers #militarycomms #solutions #gotyoursix Steve Robinson MBE Gaz Watkins Allen Johnston Silvus Technologies Ben S. David Turner Adam Elcock MBE Karl Hints

𝗥𝗲𝘃𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝗶𝘀𝗶𝗻𝗴 𝗟𝗮𝗻𝗱 𝗗𝗲𝗳𝗲𝗻𝗰𝗲 𝗧𝗮𝗰𝘁𝗶𝗰𝗮𝗹 𝗗𝗙 𝘄𝗶𝘁𝗵 𝗔𝗹𝗮𝗿𝗶𝘀 𝗔𝗻𝘁𝗲𝗻𝗻𝗮𝘀 In Communications Intelligence (COMINT), Direction finding systems are vital for gathering information on enemy communications and electronic emissions. These systems enable the interception of enemy radio communications, and, through a network of spatially separated sensors reveal the positions of command posts, troop movements, and other critical assets. By tracking the locations and headings of various electronic emitters over time, military forces can build a comprehensive scenario of enemy asset placements. Tactical Direction Finding (DF) systems, as part of a larger data fusion system, play a crucial role in a wide range of military operational scenarios, supporting a wide range of missions. These systems enhance situational awareness by providing information on both adversary and friendly electromagnetic signal sources. The mission of tactical systems is to increase the effectiveness of strategic military operations, contribute to force protection, and support mission success in complex and dynamic environments. As adversaries  evolve their tactics , the role of tactical DF systems in military strategy remains. To read the entire blog, pleas visit: ttps://https://lnkd.in/dEmeY_Er #directionfinding #tactical #df #antennas #compact #RFelectronic #RF #AlarisAntennas #AlarisGroup #Alaris

#ICYMI Military Embedded Systemshas featured an article by our CEO, Steve Roemerman. In his piece titled "The Steps to Laying Out an Embedded System Quantum Roadmap," Steve explains, "There is a tendency to think of quantum technology as being "far in the future" or something that's "too big" to matter for systems at the military edge or other embedded systems. You aren't alone, but you would still be mistaken. So, is it time to panic? No, but it is time to lay out a quantum roadmap for your organization." The steps to laying out an embedded system quantum roadmap: https://lnkd.in/exSQeju6 #quantumroadmap #militaryembeddedsystems #quantumtechnology

Radio is still the most effective battlefield communication tool, making control of the electromagnetic spectrum a critical front in the Russo-Ukrainian war. Hertz & Minds analyzes the electronic warfare dimensions of the ongoing tactical land battle being fought in Ukraine. The in-depth analysis highlights essential lessons from the conflict for future warfare. Allied forces can no longer assume spectrum dominance and will likely depend on passive, networked, unattended sensors across the battlefield. This approach will enable continuous monitoring of red force radio spectrum usage while providing insights into blue force emissions. In the military of tomorrow, every soldier must be ‘spectrum-minded,’ as understanding and navigating the electromagnetic spectrum will be essential for every role on the battlefield—not just for those specializing in electronic warfare or signals. Read Hertz & Minds and explore the future of EW on the battlefield. 👇 https://hubs.la/Q02YG-hV0 Author: Thomas Withington #EW #SpectrumDominance

📡 Decoded the "Secrets of SDR in Military Communication!" Just aced the Alternative Assessment (AAT) in Principles of Communications, focusing on the fascinating world of "Software-Defined Radio (SDR) in Military Communication (Radar Systems)." This AAT was an intense but rewarding experience. Unravelling the potential of SDR technology in military applications, particularly for radar systems, was truly captivating. Big thanks to my Professors for this challenging and insightful assessment! Feeling proud of my progress in understanding communication principles. #SoftwareDefinedRadio #MilitaryCommunications #RadarSystems #AlternativeAssessment #CommunicationPrinciples #ChallengeAccepted

In the digital age, reliable and secure communication networks are vital for defense operations. Advanced technologies, including encrypted satellite communications and real-time data transmission protocols, are ensuring that military forces can communicate effectively, even in contested environments. Strengthening these networks is essential for maintaining operational superiority. #MilitaryCommunications #SatelliteTech #SecureNetworks #DefenseInnovation #DataTransmission

Briefing on the Direction Finding Antenna installed underneath the belly of an A/C Direction finding antennas play a crucial role in RF and communication systems by locating the source of signals. These antennas, equipped with unique properties, determine the direction from which a signal originates. Through techniques like beamforming or phased array technology, they accurately pinpoint transmitter locations, aiding military intelligence, civilian radio monitoring, and navigation systems. Their ability to discern signal direction is pivotal for identifying and tracking radio emissions effectively.

Elbit Systems is proud to announce that the Israeli Ministry of Defense has procured advanced communication systems for approximately $130M. The cumulative deals include the supply of thousands of advanced communication systems from the software-defined radio (SDR) family, satellite communication systems, data links for autonomous platforms, and the expansion of regional maintenance centers operating 24/7 in support of combat forces.   Over the past year, the IMoD DDR&D in collaboration with Elbit Systems and the IDF, has developed innovative solutions for secure and encrypted communication adapted to the evolving needs of IDF units.   Read more: https://bit.ly/3BymHHs

Protecting the electromagnetic spectrum for vital military communications increasingly relies on tech from the commercial sector. To keep that tech flowing seamlessly, the Defense Innovation Unit (DIU) continues to create pathways to help the private sector #innovate alongside the DoD to solve challenging military issues.