XCOM
XCOM is a technology company that develops wireless power and high-throughput connectivity systems for commercial, industrial, and defense applications.
- Wireless power transfer platforms for mobile, industrial, and embedded devices
- High-throughput wireless communications and networking technologies
- Solutions for defense, aerospace, and other mission-oriented environments
- Hardware and software integration for power delivery and data connectivity
- Applied research and prototyping in wireless systems and RF engineering
More About XCOM
XCOM focuses on wireless power and communications technologies that are designed for use in enterprise, industrial, and defense environments where wired connections are constrained or impractical. The company develops systems that transfer power wirelessly over distance, enabling continuous or on-demand charging of devices without direct physical contact. These capabilities are relevant for equipment fleets, mobile devices, sensors, and robotics in sectors that require predictable power delivery and controlled operating conditions.
The company’s wireless power platforms are positioned as infrastructure components that can be integrated into existing operational environments. This includes integration into industrial facilities, logistics systems, or defense installations where equipment availability and uptime are priorities. Architecturally, such systems typically involve a power transmitting unit connected to mains or other power sources, coupled with receive modules embedded in or attached to end devices. Communication between transmitter and receivers can support power control, device authentication, and monitoring of power transfer parameters.
In addition to power transfer, XCOM works on high-throughput wireless connectivity, with a focus on data links that support bandwidth-intensive or latency-sensitive applications. These technologies are applicable in environments where traditional wired networking is constrained by mobility requirements, installation costs, or physical accessibility. The company’s work in RF engineering and wireless protocol design aligns with use cases such as secure communications in defense settings, connectivity for unmanned systems, and links for high-data-rate sensors or edge computing nodes.
From an enterprise architecture and procurement perspective, XCOM’s offerings can be viewed across two primary solution categories: wireless power infrastructure (power and energy systems) and high-capacity wireless communications (networking and connectivity). The wireless power infrastructure category addresses power delivery and device lifecycle considerations, including how devices are charged, where charging occurs, and how power availability aligns with operational workflows. The connectivity category addresses throughput, link reliability, and integration with existing network stacks, security frameworks, and management tools.
Within technology stacks for industrial and defense customers, XCOM’s systems are typically evaluated alongside other wireless power and specialized wireless networking solutions. Selection criteria can include supported power levels, transfer range, efficiency, interoperability with device platforms, spectrum usage, compliance with applicable RF and safety standards, and support for secure communication protocols. Because the company focuses on both hardware and system-level integration, its offerings are relevant to architects planning deployment footprints, systems engineers responsible for RF and power design, and program managers overseeing mission-critical or facility-scale technology refresh cycles.