Reliable and Secure Private 5G for Government and Defense

XCOM RAN for government and defense is a secure, isolated wireless network deployed on-premise to support mission-critical communications, logistics operations, and field deployments. Unlike public cellular networks, XCOM RAN's private 5G solution operates independently with full data sovereignty, ensuring sensitive information never leaves government-controlled infrastructure. The network uses globally available shared spectrum or Globalstar's licensed Band n53 spectrum to deliver low-latency, high-throughput connectivity for surveillance systems, autonomous vehicles, IoT sensors, and tactical edge applications across military bases, secure facilities, and field operations.

The XCOM RAN private 5G solution delivers fundamentally stronger security than Wi-Fi through network isolation, dedicated spectrum, and on-premise architecture. All data remains within government-controlled infrastructure with no exposure to public internet or carrier networks. The solution uses 3GPP-standard encryption, SIM-based device authentication, and Quality of Service prioritization to segregate traffic by security classification. Unlike Wi-Fi, which operates on unlicensed spectrum vulnerable to interference and unauthorized access, XCOM RAN private 5G provides controlled, interference-free connectivity with granular access policies for defense-grade security requirements.

XCOM RAN supports flexible spectrum deployment options using either shared spectrum dedicated globally for local private 5G use, or Globalstar's licensed Band n53 spectrum. Shared spectrum can be suitable for many government facilities, and Band n53 provides dedicated licensed spectrum with no sharing requirements, ideal for high-security defense installations requiring guaranteed interference-free performance. Both options deliver private network isolation and can be deployed based on facility requirements, security classifications, and existing spectrum allocations.

The XCOM RAN private 5G solution is specifically engineered for autonomous system coordination in defense environments. The edge-ready architecture delivers sub-20ms latency required for real-time control of autonomous vehicles, drones, and robotic systems. The Supercell design eliminates handoffs across large facilities and outdoor areas, preventing connectivity interruptions during autonomous operations. High-throughput capacity supports simultaneous video feeds, sensor data, and command-and-control communications. This enables coordinated multi-robot logistics, autonomous perimeter surveillance, and unmanned vehicle operations across military bases and secure government facilities.

XCOM RAN's Open RAN architecture and Supercell design enable faster deployment than traditional private cellular networks that require extensive planning and design. The platform's software-defined approach reduces hardware complexity, while wide-area Supercells require fewer radios to cover the same area. XCOM RAN's platform-agnostic design also simplifies integration with existing enterprise IT/OT infrastructure, accelerating time-to-value for organizations implementing industrial automation and private wireless connectivity.

XCOM RAN private 5G supports comprehensive base operations including secure warehousing with real-time inventory tracking, facility surveillance with high-definition video analytics, perimeter monitoring with IoT sensors and autonomous drones, asset tracking across vehicles and equipment, and edge communications for distributed teams. The network enables connected logistics operations, autonomous material handling, predictive maintenance on critical infrastructure, and coordinated security systems. High bandwidth supports simultaneous video streams from hundreds of cameras while low latency enables real-time response systems. All connectivity remains isolated within base infrastructure, meeting defense security requirements.

No. XCOM RAN operates as a fully independent private 5G network with no carrier dependencies or recurring subscription fees to mobile network operators. Government agencies own and control the entire network infrastructure deployed on-premises. Spectrum access through either shared spectrum or Globalstar's licensed Band n53 spectrum does not require carrier relationships. This eliminates vendor lock-in, ensures complete data sovereignty, and provides predictable total cost of ownership. Organizations maintain full control over network policies, user access, and data handling without external carrier involvement in operations or security protocols.

XCOM RAN's Supercell architecture delivers 4x the capacity of conventional private 5G small cell systems, and is specifically designed for high-density device environments. A single Supercell can support hundreds of connected devices including autonomous forklifts, handheld scanners, IoT sensors, surveillance cameras, and mobile tablets without performance degradation. The software-defined CU/DU separation optimizes spectrum efficiency and eliminates handoff overhead that degrades throughput in traditional architectures. This enables government warehouses to deploy comprehensive automation, real-time inventory systems, and connected logistics operations across large facilities with consistent, reliable connectivity.