Category: Space

Governments worldwide are entering a “Sky Wars” satellite arms race – a contest to secure robust military satellite communications (Satcom) for the coming decade. From 2025 to 2035, defense agencies are pouring resources into Satcom as warfighters demand resilient, everywhere-connectivity. The Ukraine conflict underscored Satcom’s importance (e.g. Starlink kept forces online), spurring militaries to accelerate…
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The convergence of satellite communications with 5G networks is accelerating, launching a new space race to provide broadband backhaul from orbit. In the period 2024–2031, companies are investing billions of dollars into constellations of Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO) satellites to extend 5G coverage to every corner of…
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Geostationary satellites – perched 36,000 km above Earth in the coveted orbit where they match Earth’s rotation – are entering a new era of renewal and reinvention. After decades of steady service, many of the world’s GEO satellites are aging beyond their planned lifespans, and a wave of replacements and upgrades is on the horizon. Between…
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The Satellite IoT (Internet of Things) revolution is kicking into high gear, promising to connect millions of devices in the most remote corners of the globe. By leveraging satellite networks for machine-to-machine (M2M) communication, this burgeoning sector is extending the internet’s reach far beyond terrestrial cell towers. Analysts forecast explosive growth in the coming years…
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Introduction Artificial intelligence (AI) is increasingly intertwined with modern space technology, enabling spacecraft and satellites to operate more autonomously and efficiently than ever before. From helping Mars rovers navigate alien terrain to processing vast streams of Earth observation data in orbit, AI techniques like machine learning and automated planning are revolutionizing how we explore and…
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A New Space Race in Satellite Manufacturing The satellite manufacturing industry is entering a boom period from 2024 through 2033, with “bus” platforms – the modular chassis of satellites – at the center of a fierce global competition. Established aerospace giants are vying with agile NewSpace startups to meet surging demand for satellites across Low-Earth…
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Executive Summary In summary, the 2025–2032 period will likely be remembered as the “gold rush” era for small satellite launch services, marked by fierce competition, rapidly advancing technology, and multiplying launch opportunities worldwide. For stakeholders – whether satellite operators planning constellations, investors evaluating launch companies, or government agencies seeking assured access to space – the…
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The second space race is here – not for the Moon, but for low Earth orbit (LEO). A global “LEO gold rush” is underway as companies and governments deploy megaconstellations of satellites promising broadband internet everywhere, connecting billions of devices, powering next-gen military networks, and imaging the entire planet daily. This comprehensive report examines the…
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The Sun is our life-giving star – a 4.6-billion-year-old solar inferno that governs Earth’s climate and space environment. Understanding the Sun is not only vital for fundamental science, but also for protecting modern technology and astronauts from space weather (solar storms that can disrupt satellites and power grids) nasa.gov nasa.gov. Yet many solar mysteries endure,…
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Space weather refers to variations in the space environment between the Sun and Earth that can affect technological systems both in orbit and on the ground swpc.noaa.gov. It is generated by solar phenomena—particularly solar flares, coronal mass ejections (CMEs), high-speed solar wind streams, and solar energetic particle events—that release bursts of radiation and charged particles…
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