Space technology is at a turning point. What was once an exclusive domain of government agencies has become one of the world’s most dynamic technology and investment sectors. According to the Space Foundation Report 2025, the global space industry is now valued at over USD 613 billion, with nearly 78% generated by private companies.
https://www.spacefoundation.org
What makes this particularly compelling is how many of the technologies emerging from modern space development intersect directly with major growth drivers such as data infrastructure, AI, hardware innovation, and digital transformation — areas also represented in our NextGenTec Portfolio. Space is rapidly becoming a laboratory for breakthrough technologies whose influence extends far beyond Earth’s orbit.
Today, space technology is far more than rocket launches and astronautics. It encompasses data infrastructure, communications, climate monitoring, security, energy, mobility, and orbital industrial applications. Space is evolving into the next major global technology market — and for investors, a forward-looking growth opportunity.
The Commercialization of Space — A Market Explodes
Two decades ago, access to space was almost entirely reserved for government programs. Rocket launches cost hundreds of millions of euros, satellites were large, heavy, and technologically inaccessible. Today, the picture has changed completely: private space companies, start-ups, and specialized suppliers dominate the sector’s growth — and at a speed rarely seen in the tech world.
Key drivers of this transformation include:
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Reusable rockets, dramatically reducing launch costs.
A Falcon 9 launch costs just a fraction of earlier systems and has become the global benchmark. -
Miniaturization through CubeSats & SmallSats, which drastically lower mission costs and enable new business models.
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Massive capital inflows from venture capital, private equity, and tech companies investing billions into new orbital services.
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Digitalization of space, where software, automation, and AI play a central role.
The result: a new industry that is more flexible, commercial, and data-driven.
Further source:
https://www.insights.onegiantleap.com/blogs/3-trends-for-the-space-tech-sector-in-2025/
Additional market analysis:
https://maxpolyakov.com/space-industry-trends-and-events-the-first-half-of-2025/
Revolution in Communications — Satellites as the World’s Digital Backbone
Communications are no longer purely terrestrial. The future of global networks lies in space. Low-Earth-orbit (LEO) constellations such as Starlink, OneWeb, and IRIS2 are radically transforming global infrastructure. Thousands of small satellites deliver high-frequency, low-latency, globally available connectivity — something neither fiber nor 5G has fully achieved.
Over the coming years, a new digital backbone will emerge:
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6G networks with non-terrestrial components merging satellites and ground stations
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Direct-to-device communication, connecting even the most remote regions
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Backup infrastructure for critical systems to prevent terrestrial network failures
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Real-time climate data & precision monitoring for energy, agriculture, and trade markets
Satellites are becoming as fundamental to the global economy as cloud computing was a decade ago.
Academic source:
https://arxiv.org/abs/2503.15101
Earth Observation & Climate Data — Our Planet in Digital Orbit
Climate data is one of the most valuable resources in the digital age — and satellites are the planet’s most important “eyes.” Modern Earth-observation systems analyze millions of data points daily across atmosphere, agriculture, water systems, infrastructure, and emissions. These insights are critical for:
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ESG reporting
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Climate research
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Supply security
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Risk management
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Insurance modelling
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Urban planning
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Supply-chain monitoring
Companies like Planet Labs, ICEYE, and GHGSat provide high-resolution imagery and spectral analysis, giving policymakers, investors, and industries entirely new strategic insights.
ESA source:
https://space-economy.esa.int
Space Industry 2.0 — Production, Infrastructure & Economy in Orbit
The next phase of space development reaches far beyond rocket launches: Space itself becomes a region of production and services.
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In-space manufacturing enables materials and products impossible to produce on Earth.
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On-orbit servicing offers maintenance, refueling, and repair of satellites — a billion-dollar future market.
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Debris removal prevents collisions and ensures long-term orbital infrastructure stability.
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Moon programs & resource extraction prepare long-term industrial expansion into space.
These developments are not visionary concepts — they are already underway. Companies like Astroscale, Northrop Grumman, and Redwire are actively developing these systems.
Source:
https://www.startus-insights.com/innovators-guide/space-technology-trends/
Additional background:
https://en.wikipedia.org/wiki/Reusable_launch_vehicle
AI in Space — The Invisible Engine of Orbital Systems
Artificial intelligence is the key to scaling orbital systems. As satellite constellations become more complex and data volumes explode, AI becomes the operating system of space.
AI enables:
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Autonomous navigation and collision avoidance
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Real-time data analysis directly onboard
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Optimized power management, trajectory adjustments, and communications
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Self-healing systems to reduce failures
AI in space is not simply a trend — it is what makes modern orbital infrastructure possible.
Source:
https://www.geekwire.com/2025/ai-tech-trends-supercharge-space-industry/
The Geopolitical Factor — Space as a Strategic Arena
Space has become a geopolitical priority zone. Governments are investing billions into:
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security and defense programs
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national satellite navigation systems
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sovereign communications constellations
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scientific missions
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critical orbital infrastructure
Control over space increasingly determines economic sovereignty. Europe, the U.S., China, and India all seek independence — creating new lines of competition.
Space Technology & Investment Opportunities
Developments in space technology are closely tied to structural growth drivers such as digitalization, AI, data infrastructure, and high-tech innovation. For investors aiming to capture these trends holistically, our thematic portfolios provide targeted access:
🔹 Innovation Portfolio – Global technology & structural trends
https://globalstrategic.ch/innovation-portfolio/
🔹 NextGenTec Portfolio – High-growth technology leaders
https://globalstrategic.ch/nextgentec-portfolio/
🔹 AI Infrastructure Portfolio – Data, compute & cloud architectures
https://globalstrategic.ch/ai-infrastructure-portfolio/
🔹 Quantum Computing Portfolio – Future of computational power
https://globalstrategic.ch/quantum-computing-portfolio/
Recommended Reading (Clickable & High-Quality)
Space Foundation – The Space Report 2025
https://www.spacefoundation.org
ESA – Report on the Space Economy 2025
https://space-economy.esa.int/article/287/esa-report-on-the-space-economy-2025
Deloitte – Space Industry Growth Outlook 2025
https://www.deloitte.com/us/en/insights/industry/government-public-sector-services/government-trends/2025/space-industry-growth.html
World Economic Forum – 12 Transformative Space Technologies
https://www.weforum.org/stories/2025/02/space-12-transformative-technologies/
One Giant Leap – Space Tech Trends 2025
https://www.insights.onegiantleap.com/blogs/3-trends-for-the-space-tech-sector-in-2025/