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Paris, France Professionals engaged in high-stakes operations, whether in security, logistics, or critical infrastructure, often cannot rely on public networks. Private mobile networks provide  secure, reliable, and low-latency communication  tailored to specific operational needs, ensuring teams stay connected even in challenging conditions. The movie  Ronin  (1998), in which former intelligence operatives navigate high-stakes missions across Paris, shows a situation where p

Beyond the Tower: The Case for Infrastructure-Free Mobile Networks Most of us think modern smartphones, apps, and consumer grade device like modems and routers are incredibly resilient and sufficient for most communications needs, and they are, as long as the network is there to back them up. Cell towers, routing systems, and carrier algorithms do most of the heavy lifting that keeps your mobile device and in-home networks clear and your messages reliable. The device itself i

Reliable communication in noisy RF environments is one of the toughest challenges in wireless engineering today. Interference from nearby channels can distort or block signals, forcing engineers to rely on spectrum monitoring and signal analysis tools to locate usable bandwidth. These “quiet zones” are small gaps in the spectrum where communication can still occur. Software-defined radio (SDR) technology, as implemented in the MC-V12, has become essential for adapting to thes

Introduction Reliable long-distance communication using radio frequency (RF) signals is challenging—particularly in scenarios involving: Extreme signal loss Limited bandwidth Tight power constraints Such conditions occur in use cases like Earth-Moon-Earth (EME) bouncing , deep-space telemetry , or covert field communication . Traditional digital modes (e.g., FT8, JT65) handle this by transmitting small amounts of unambiguous  data at low bit rates. These methods are effective