The new space economy isn’t only about rockets or missions to Mars. Its daily impact is happening much closer to Earth.
Until recently, the space economy was dominated by governments that could pour billions into space programs. But today, a new generation of startups, commercial companies and investors has transformed space into one of the world’s fastest-growing industries.
It’s called the new space economy: a rapidly growing ecosystem where private innovation, reusable launch systems, AI and satellite technology have reshaped how businesses use space.
The new space economy: what it is and why it matters now
The growth projections for the new space economy are impossible to ignore.
“The space sector is really booming,” explained Jean-Marc Astorg, Strategy Director for the French national space agency CNES, at VivaTech 2025. “The space economy, which is today about 00 billion worldwide, will reach a trillion dollar economy at the end of the decade.”
This has been made possible by advances in communications, earth observation, defense technologies, climate monitoring, logistics, and digital infrastructure.
Space-based data is now leveraged by industries as diverse as agriculture, financial services, and even consumer products.
Technologies once considered futuristic are fully embedded in everyday business operations. And today, access to orbit increasingly means access to economic growth and strategic advantage.
From old space to new space: a shift in who leads exploration
The traditional “old space” model relied heavily on national governments and public agencies. NASA, ESA, and other state-backed programs controlled research, engineering, launch systems, and infrastructure development.
The new space economy operates differently. Commercial companies now play a central role in innovation, launches, satellites, software systems, and data services.
“In the 80s, agencies were developing all the systems. We built infrastructures. And now we are no longer doing that,” explained Astorg. “We are supporting private companies. We are still financially supporting space programs, but we do it differently. We procure services instead of developing satellite launchers.”
This democratization of space technology has created opportunities for startups and investors to enter a market once reserved for global superpowers.
The rise of private space companies has also accelerated innovation, says Daniel Campbell, UK Managing Director of SpacePharma, a biotechnology company that conducts scientific experiments in microgravity conditions.
“Space has become more accessible and more cost-driven. You can adopt the mentality of many startups here: fail fast and fail often,” Campbell explained. “You can go to space – not just for one shot, but constantly and routinely – and in a very rapid manner test your paradigm, change it if needed and work faster to get to new products.”
The key sectors powering the new space economy
The new space economy includes a network of technologies, services, and infrastructure that support industries on Earth.
Satellite technology and earth observation
Satellite systems are one of the biggest drivers of growth in the space economy. Today’s satellites collect enormous amounts of data on weather patterns, agricultural conditions, energy infrastructure, maritime traffic, environmental changes, and urban development.
Climate innovation is another major growth area. Space-based observation systems have become essential for tracking emissions, wildfire risks, deforestation, flooding, and extreme weather events.
Launch services, infrastructure, and in-orbit systems
Launch systems are perhaps the most visible part of the new space economy.
Reusable rocket technology has dramatically lowered launch costs while increasing launch frequency. This has allowed for the growth of commercial services built around orbital infrastructure.
Companies are developing in-orbit servicing systems, satellite maintenance technologies, debris monitoring solutions, and manufacturing capabilities designed specifically for space environments.
At the same time, the rise of “Space-as-a-Service” platforms has made satellite access more flexible for businesses that didn’t previously have the resources to participate in the industry. Instead of owning and operating full satellite systems, companies can now purchase space-based services on demand.
Industries on Earth being transformed by space data
The new space economy’s impact extends far beyond the aerospace industry.
“The future of space is developing synergies and new businesses with non-space actors,” says Astorg. “In health, in energy production, in automobile, in agriculture – any sector of the economy could use space data.”
Agriculture, climate monitoring, and logistics
Satellite observation systems have changed how companies manage supply chains, transportation routes, natural resources, and environmental risks.
In agriculture, precision farming technologies use space data to optimize crop yields, reduce water consumption, and improve sustainability outcomes.
Climate organizations rely on satellites to monitor carbon emissions, sea levels, ice coverage, and natural disasters in near real time.
And logistics companies use positioning systems, navigation technologies, and real-time tracking infrastructure to improve delivery efficiency and fleet operations.
Telecommunications, finance, and digital infrastructure
Digital connectivity now depends heavily on orbital systems — even though many consumers don’t realize it.
Satellite internet networks are expanding broadband access to remote regions and strengthening communications infrastructure in underserved markets.
During a VivaTech session, Julie Zoller, Head of Global Regulatory Affairs for Amazon’s Project Kuiper — which aims to launch a constellation of low Earth orbit satellites — explained the business imperative behind expanding broadband access.
“When we looked at the lack of broadband that communities were experiencing and the impact that has on education, employment opportunities, the ability to access government services and so on, we decided it was time for us to do something about it,” Zoller said. “Providing broadband services to people across the globe is good for society and it's good for business.”
For financial services companies, satellite imagery has become a valuable source of data. Investors can use earth observation systems to analyze economic activity, shipping movements, infrastructure development, and commodity production.
Space infrastructure also plays a key role in GPS systems, mobile communications, banking networks, cloud computing synchronization, and cybersecurity operations.
Investment, growth, and the global market opportunity
Private investment in the space sector hit a record high in 2025, growing 48% to 2.4 billion according to venture capital company Seraphim Space.
Where private capital is flowing
Investment activity is especially strong in these high-growth areas:
- Earth observation and climate intelligence
- Satellite communications infrastructure
- AI-powered space data analytics
- Launch services and reusable systems
- In-orbit servicing and debris management
- Defense and cybersecurity technologies
- Autonomous navigation systems
- Space manufacturing and robotics
As launch costs continue to decrease and access to orbit expands, the number of commercial use cases is expected to rise across nearly every major industry.
The role of startups and commercial companies
Startups play an essential role in the new space economy. Unlike traditional aerospace giants, many space industry startups have software-driven approaches, nimble development cycles, and venture-backed growth strategies.
These startups are building everything from satellite constellations and geospatial analytics platforms to AI-powered imaging systems and orbital robotics.
Increasingly, governments are also relying on startups and commercial companies for innovative services, as Vanessa Wyche, Director of NASA’s Johnson Space Center, explained at VivaTech 2025:
“We know that we want to continue to be in low Earth orbit going into the future. So we've been working with companies that have been putting together their plans for what we call ‘commercial LEO destination’,” said Wyche. “That program will allow us to continue to be in low Earth orbit and have its consumables provided by companies. Our astronauts will go and be users of the platform, but we’re not the main source.”
Policy, licensing, and what businesses need to know
Businesses entering the new space economy have to navigate complex legal requirements related to licensing, orbital access, satellite operations, liability, and international cooperation.
National space policy and international frameworks
Different countries have different approaches to space regulation, investment policy, and commercial licensing.
The United States continues to lead in private-sector investment and launch capabilities, while Europe focuses heavily on sustainability, international cooperation, climate innovation, and regulatory frameworks.
Meanwhile, China has poured billions into its own space program over the past three decades and aims to send a crewed mission to the Moon by 2030.
As competition increases, governments are also prioritizing strategic technologies tied to defense, communications systems, cybersecurity, and sovereign infrastructure.
Accessing orbit: licensing, liability, and regulation
Commercial access to space involves numerous regulatory considerations.
Launch providers, satellite operators, and data companies have to comply with national licensing rules, international treaties, cybersecurity requirements, and environmental standards.
Space debris management is becoming an especially important issue as the number of active satellites increases. It’s one of focuses of French space services company Arianespace:
“We have a re-ignitable upper stage that allows us to position the satellite in multiple orbital planes. And then we use the third reignition to de-orbit the upper stage so that we don't leave any debris,” said Chief Commercial Officer Steven Rutgers on the VivaTech stage. “Arianespace was also one of the first signatories during the Paris Peace Accord in 2021 to promote net zero in space.”
Companies operating in the sector also need to consider insurance, liability, data ownership, export controls, and responsible use of orbital systems.
Why the new space economy matters for business leaders
The new space economy is now part of the global tech stack.
From telecommunications and logistics to climate intelligence, businesses increasingly rely on space-based infrastructure to remain competitive.
Business leaders need to adapt to a world where orbital infrastructure, earth observation, AI, and satellite connectivity are foundational business capabilities transforming life on our planet.
Each year at VivaTech, global leaders in the new space economy come to share ideas and the latest technologies. Join us in Paris to see for yourself.
