Revolutionizing Artillery Operations with Advanced MANET Technology
Creomagic, a pioneer in high-speed cognitive wireless mesh technology, has successfully showcased seamless high-speed data transmission and networking capabilities in motion. This was achieved through their wideband Mobile Ad-Hoc Network (MANET) radio systems during a live artillery target acquisition exhibition for an unnamed Asian military force.
Innovative Communication Solutions in Action
The demonstration featured an extensive deployment of CREOEDGE vehicle radios, wich were integrated into both customer vehicles and fixed locations. Additionally,CREOHUB handheld tactical radios were utilized by forward observers to enhance operational efficiency. The entire target acquisition process, along with adjustments, was facilitated through the CREOAPP C2 operational live-video submission.
Insights from the Demonstration
Alex Shapochnik, Co-Founder and CEO of Creomagic, remarked on the event, stating, “We showcased the swift establishment of a mobile mesh network capable of transmitting multiple HD video streams, voice communications, geographic coordinates, digital maps, and instant messaging. This technology supports target acquisition, real-time coordinate sharing, immediate damage assessments, and fire adjustments.”
Expanding the Reach of Artillery Units
By operating within standard artillery ranges in both open fields and urban settings, and even extending beyond the line of sight, Creomagic effectively implements the MANET concept.Each additional radio acts as a network extender,enhancing both range and bandwidth. This field-tested solution empowers artillery units, including those utilizing older weapon systems, to increase their firing rates and accuracy while reducing collateral damage and civilian risk.
Versatile Applications for Deployed Forces
Creomagic’s MANET radio systems provide reliable coverage without relying on permanent infrastructure or a single point of failure. This makes them exceptionally suitable for deployed forces, offering various configurations such as personal radios, vehicle-mounted systems, and integration with unmanned aerial vehicles (UAVs), unmanned ground vehicles (UGVs), and other robotic platforms.
