This magazine examines the rapid militarization and strategic utilization of space across orbital, lunar, and deep-space domains. It covers satellite systems, space-based surveillance, launch architectures, space situational awareness, and emerging doctrines shaping space as a contested operational theater.
By integrating technological advances with defense policy, geopolitical signaling, and future exploration pathways, this section provides intelligence-driven insight into how space capabilities are redefining national security, deterrence, and global power projection.
In the world of satellite communications, gateways serve as the critical interface between space and Earth, enabling data transfer, command uplinks, and telemetry downlinks. These facilities rely on large antenna systems, often towering dishes with precision engineering, to ensure seamless…
As the demand for satellite communication grows across industries such as Earth observation, IoT, and global connectivity, the need for efficient and cost-effective ground station operations has never been greater. Ground station virtualization (GSV) is emerging as a transformative approach,…
Introduction Rare earth minerals form the foundation of modern technological advancement, serving as essential components in everything from consumer electronics to advanced defense systems. These seventeen metallic elements enable the miniaturization and enhanced performance of devices we rely on daily,…
The rise of hybrid-satellite cellular terminals marks a significant evolution in how we approach global connectivity. As the world becomes more interconnected, the demand for seamless communication networks—especially in remote, underserved, or disaster-prone regions—has never been higher. Hybrid-satellite cellular terminals,…
The advent of software-defined technology has fundamentally reshaped various industries, from telecommunications to defense, and one of the most impactful applications of this revolution is in satellite technology. Software-defined satellite networks (SDSNs) leverage the power of software-driven systems to offer…
As satellite communications continue to evolve, the technology behind satellite gateways and hubs plays a critical role in ensuring that data flows efficiently and seamlessly between satellites and terrestrial networks. In recent years, these systems have experienced a dramatic shift…
Software-defined satellites (SDS) represent a transformative leap in the space industry, moving away from the traditionally rigid hardware-centric systems toward a flexible, software-driven approach. These satellites are redefining the operational paradigms of satellite communication, earth observation, and space exploration, enabling…
The “New Space” era has brought a seismic shift in the satellite industry, marked by the advent of Low Earth Orbit (LEO) satellite constellations designed to deliver global connectivity, real-time data, and revolutionary services. These constellations, comprising hundreds to thousands…
The United States Department of Defense is pioneering a transformative new approach to satellite propulsion with the DARPA OTTER program, which seeks to unlock the future of space operations through innovative “air-breathing” electric propulsion systems. These technologies are specifically designed…
The Air Force Research Laboratory (AFRL) is spearheading a transformative effort to integrate modular propulsion systems into small satellite architectures. This initiative, termed MODPROP, seeks to standardize interfaces between satellite buses and propulsion units, enabling rapid integration, upgrades, and mission…