What will determine which nations lead the future of space exploration? It won’t be who builds the most satellites or launches the most missions. Success will depend on developing strong institutions, investing in people, fostering international partnerships, and using space technologies to solve real national challenges. Drawing on Angola’s experience building its National Space Programme, this article explains why emerging nations should focus on governance, workforce development, operational readiness, and strategic collaboration before pursuing high-profile space projects.
It also explores how satellite communications, Earth observation, artificial intelligence, and the emerging lunar economy are creating new opportunities for countries that prepare today. The next decade presents a critical opportunity for emerging nations to build resilient space capabilities that strengthen economic development, improve public services, and position them to help shape the future of the global space economy.
When I speak with government leaders, university researchers, industry executives, and young professionals, one question that keeps coming up is: What should emerging nations do today to be impactful in tomorrow’s space economy?
Though most people may expect it, I don’t start by talking about satellites, launch vehicles, or expensive missions. I ask what national problems they’re trying to solve.
Once that question is answered, governments can start scaling institutions, partnerships, workforce, infrastructure, and technology.
As the founding General Manager of Angola’s National Space Programme and a Research Affiliate at MIT’s Space Enabled Research Group, I’ve had a front-row seat to both the promise and the pitfalls of building space capability from scratch.
“Space science gives us remarkable tools, but those tools only create lasting value when governments know how to integrate them into public policy, economic development, and operational systems.”
Most countries believe they must wait until they have unlimited resources before building space capabilities, but my experience has been the opposite.
One lesson our experience reinforced is that successful space programs are built through consistent execution. But know that technology doesn’t create national capability on its own. Long-term success comes from strong institutions, skilled professionals, effective governance, reliable partnerships, and the discipline to keep delivering against national priorities year after year.
The next decade will be one of the most decisive periods in the history of emerging space nations. Decisions made today about workforce partnerships will determine whether countries help shape tomorrow’s space economy or spend years adapting to systems designed elsewhere. Satellite communications, artificial intelligence, Earth observation, commercial launch services, lunar infrastructure, and digital economies are all evolving simultaneously. Governments that begin preparing now will be in a far stronger position to influence what comes next.
Why Will the Next 10 Years Matter More Than the Last 50 for the Future of Space Exploration?
Previously, exploration was driven primarily by governments. National space agencies designed missions, funded infrastructure, and defined long-term priorities. Commercial companies participated, but public institutions determined the pace and direction of development.
That model has since changed.
The future of space exploration is being shaped by a broader ecosystem that includes governments, private companies, universities, financial institutions, telecommunications providers, software developers, and international organizations.
This transition is creating industries and career paths that barely existed a decade ago.
Satellite communications continue to expand digital connectivity. Earth observation supports agriculture, environmental monitoring, disaster management, infrastructure planning, and natural resource governance. AI is accelerating the analysis of geospatial information. Commercial launch providers have reduced barriers to accessing space. Meanwhile, initiatives such as the Artemis program are creating long-term frameworks for lunar operations, international standards, and future commercial participation.
None of these developments stands alone. They all reinforce each other.
One lesson I have learned from international engagements is that the countries positioned to benefit most aren’t those that build every component themselves. Rather, they’re the countries developing the institutional readiness to integrate communications, Earth observation, regulatory frameworks, data systems, workforce development, and commercial services into coherent national strategies.
That distinction should influence how governments invest. The future of space exploration will reward countries capable of operating reliable systems rather than simply acquiring technology. Throughout Africa, we already see this transition taking shape.
Programs such as Conecta Angola demonstrate how satellite-enabled connectivity can support local internet service providers, improve affordability, expand enterprise services, and strengthen digital inclusion. GEDAE has shown how Earth observation supports property identification, land-use analysis, mining oversight, and more transparent fiscal governance. Angola’s Drought Decision Support System (ADDSS), developed with NASA and MIT, demonstrates how satellite-derived information becomes significantly more valuable when integrated into institutional workflows that support planning and resource allocation.
But a more recent example is ANGOSAT-2, enabling Televisão de Moçambique (TVM), Mozambique’s national broadcaster, to transmit live using capacity provided by an African-owned satellite. Beyond demonstrating technical capability, it reflected years of investment in communications infrastructure, trusted partnerships, and skilled professionals working together to deliver reliable regional services. For me, it reinforces the idea that sustainable space programs create value long after launch by supporting practical operational needs across national borders.
These programs demonstrate that meaningful participation in the future of space exploration begins by solving practical problems on Earth.
Why Should Emerging Nations Start Building Space Strengths Before They Feel Ready?
One of the most common mistakes I see governments and organizations make is waiting for perfect conditions. Governments believe they should begin building space capabilities only after funding, expertise, infrastructure, and regulations are fully in place.
However, the reality is that the perfect moment they’re waiting for rarely arrives.
Institutions become stronger through implementation. Regulations improve through experience. Engineers become operators through real missions. Policy frameworks mature as governments learn how technologies interact with national priorities.
When Angola began building its National Space Programme, we certainly didn’t possess every capability we have today. We built them.
That required long-term commitment, international cooperation, workforce development, and continuous learning. Building a national space capability is about building widespread momentum, not just checking items off a list.
The future of space exploration will belong to countries that understand this difference. Each investment makes the next one easier.
Scholarship programs associated with ANGEO-1 helped develop technical expertise. National workforce initiatives expanded the understanding of space technologies across government institutions. International partnerships exposed professionals to operational practices and global standards. Over time, those investments began reinforcing one another, compounding over time.
What Should Governments Prioritize First Instead of Trying to Build Everything at Once?
If I were advising a government beginning its space journey today, I would encourage it to resist the temptation to pursue highly visible flagship projects before laying the foundations that would allow them to succeed.
The first priority should always be a clear national strategy.
Countries need to understand where space-enabled capabilities can strengthen agriculture, telecommunications, environmental management, infrastructure planning, disaster response, public health, transportation, and economic development before investing a single dollar.
Once that direction is established, governance becomes essential.
Strong institutions ensure national priorities endure changes in leadership and funding. They coordinate ministries, establish regulatory frameworks, oversee procurement, and ensure investments stay aligned with long-term objectives.
Another important fact to note is that the future of space exploration depends just as much on institutional maturity as operational readiness.
I also believe the next decade will place greater emphasis on space nations’ ability to independently access, operate, and control space capabilities on their own terms. For me, this ability is about building the national capability to operate systems and make strategic decisions with confidence. If countries choose to invest in these capabilities, they’ll strengthen both their resilience and their long-term competitiveness.
Universities need partnerships with industries and governments. Students need access to internships, apprenticeships, applied research, and operational experience. Technical training should extend beyond engineering to include geospatial analytics, data science, software development, telecommunications, spectrum management, project management, policy, and business development.
One initiative I am particularly proud of is Angola’s National Certification Programme for Managers and Users of Space Technologies.
Rather than limiting training to specialists, the program helps decision-makers across multiple sectors understand how space technologies can support their work. More than 200 Space Technology Champions have now been trained across all 21 provinces, helping expand institutional capacity well beyond the traditional space community.
How Can International Partnerships Accelerate Long-Term Growth for the Future of Space Exploration?
Partnerships have been fundamental to Angola’s progress, but I’ve also learned that not all partnerships create the same long-term value.
“One thing that’s become clear through Angola’s international partnerships is that the greatest value isn’t the technology itself. It’s the expertise, institutional maturity, and operational experience that remain long after the project is completed.”
These partnerships expose professionals to international standards and create opportunities for joint research, operational experience, and long-term collaboration.
This philosophy has shaped many of Angola’s international relationships, from collaborations partially funded by NASA and co-developed with MIT’s Space Enabled Research Group, with findings published in peer-reviewed international journals.
By working together through regional organizations, countries can strengthen resilience, develop technical expertise, and accelerate implementation while sharing costs and operational experience.
Each partnership solves a different problem. Some strengthen technical capability, others expand policy expertise, creating opportunities for workforce development, research collaboration, or international governance. That’s the kind of partnership emerging nations should seek.
The future of space exploration will depend on countries that can operate, maintain, improve, and expand their own capabilities rather than rely on external expertise.
International governance will also be important as new communication standards are established. Emerging nations will have the opportunity to help shape these frameworks, allowing them to influence tomorrow’s operating environment.
Why Will Human Capital Become the Most Valuable Asset in the Future of Space Exploration?
When people talk about space programs, the conversation often turns to satellites, launch systems, or major infrastructure projects. Most people are more focused on tools and technologies than anything else.
These are important, but over time, they all require upgrades, replacement, or modernization.
“The knowledge, experience, and institutional capability that professionals develop continue to grow throughout their careers. That’s why I believe the most valuable long-term investment any country can make for the future of space exploration is its people.”
Throughout my career, I’ve seen talented engineers, geospatial analysts, software developers, telecommunications specialists, policymakers, lawyers, educators, and entrepreneurs all contribute to successful space programs. None of these disciplines operates alone. Modern space programs depend on multidisciplinary teams capable of translating technical capabilities into operational services.
That realization has shaped how we approach workforce development in Angola.
Rather than focusing only on aerospace engineering, we’ve worked to expand expertise across multiple sectors that use space-enabled services every day. Agriculture, telecommunications, disaster management, fiscal governance, environmental monitoring, education, and infrastructure planning all require professionals who understand how satellite-enabled information supports decision-making. Scholarship initiatives associated with ANGEO-1 have also strengthened technical capacity while creating opportunities for future engineers, analysts, and researchers to gain specialized knowledge.
What Does the Emerging Lunar Economy Mean for Nations That Are Still Building Their Space Programs?
The phrase “lunar economy” suggests that only countries capable of landing astronauts or building lunar spacecraft will participate in the future of space exploration.
I don’t see it that way.
The emerging lunar economy is much broader than activities on the Moon. It includes the communications networks, navigation systems, mission operations, logistics planning, robotics, Earth-based ground infrastructure, spectrum coordination, data services, and governance frameworks that support sustained activity beyond Earth.
That opens the door for countries at many different stages of development.
During recent discussions about the Artemis program and broader international cooperation, it was determined that the future of space exploration will depend on reliable communications, resilient ground infrastructure, trusted partnerships, interoperable systems, and highly trained professionals.
Fortunately, many of these capabilities are already being developed across Africa through Conecta Angola, GEDAE, and ADDSS. Although these programs address today’s communications, geospatial intelligence, fiscal governance, and climate resilience challenges, they are also building many of the operational capabilities that future participation in the broader space economy will require. Ground infrastructure, data analytics, institutional coordination, mission operations, communications resilience, and skilled professionals all contribute to the foundation needed for long-term participation beyond Earth.
The opportunity for emerging nations won’t replicate the historical path followed by established space powers, but it will contribute through operational excellence, technical specialization, and strategic collaboration.
How Can Governments Build a Space Economy That Creates Benefits Beyond the Space Industry?
One question I often ask is whether a proposed investment creates value beyond the space sector itself.
If the answer is no, I believe governments should reconsider their priorities. The strongest national space programs improve multiple sectors simultaneously.
Agriculture benefits from precision farming and environmental monitoring. Telecommunications expand digital inclusion and improve access to education, healthcare, and financial services. Disaster management agencies receive earlier warnings of floods, droughts, wildfires, and other environmental hazards. Urban planners obtain more accurate information for infrastructure development. Environmental agencies monitor land use, deforestation, coastal erosion, and the use of natural resources.
These are already happening today. These are operational capabilities that already exist because investments in the space and satellite technology that make them possible happened after a clear strategy was established. Not before.
Consider the examples I listed in the previous section. GEDAE has strengthened fiscal governance by improving property identification, land-use analysis, and resource management. Conecta Angola is helping extend connectivity into underserved areas while supporting local ISPs and digital entrepreneurship. ADDSS supports earlier drought preparedness through integrated Earth observation and decision-support systems.
Each of these programs and innovations demonstrates that strategic investments in space can be valuable when intentionally designed to address practical national challenges and improve outcomes for communities.
What Will Determine Who Leads in the Future of Space Exploration?
Every country entering the space sector faces choices. Some choose highly visible projects designed to attract attention. At the same time, others focus first on building institutions, developing talent, strengthening governance, and solving practical national challenges.
Over the years, I’ve become convinced that the second approach produces stronger long-term results. One lesson I often share with policymakers is that infrastructure alone doesn’t create capability. Capability only develops when institutions know how to use infrastructure effectively.
“Before scaling satellite systems, governments should understand the national challenges they aim to address, which sectors require support, how data and communications will integrate into operational workflows, and where measurable economic and societal value can be created.”
Only after those questions have been answered should countries expand procurement, partnerships, workforce development, and technical infrastructure. That principle will become even more important as the future of space exploration continues to evolve.
Countries that invest consistently in governance, technical talent, research partnerships, operational expertise, and developing standards will be better positioned to influence future international collaborations. Those who choose to delay these kinds of investments will find themselves adapting to systems designed elsewhere.
But there’s still time to choose a different path. The next decade will define much of what follows.
Frequently Asked Questions (FAQs)
1. Why should emerging nations invest in space capabilities now instead of waiting?
Building a successful space program takes time. Developing institutions, training skilled professionals, establishing regulatory frameworks, and creating international partnerships don’t happen overnight. Countries that begin investing strategically today will be better positioned to participate in the future space economy and contribute to the future of space exploration rather than relying solely on capabilities developed elsewhere.
2. What should governments prioritize when developing a national space program?
Governments should begin with a clear national strategy that identifies where space technologies can solve practical challenges. Priorities should include governance, workforce development, regulatory frameworks, university partnerships, sustainable funding, and data infrastructure before pursuing large-scale infrastructure projects. Building these foundations creates long-term operational capability and supports sustainable growth.
3. How can international partnerships strengthen a country’s space program?
The most successful international partnerships do more than provide technology. They help develop local expertise, strengthen institutions, support workforce development, and expose professionals to international standards and operational best practices. These partnerships enable countries to build independent capabilities while remaining active participants in the global space community.
4. Why is human capital considered the most valuable investment in the future of space exploration?
Satellites and infrastructure eventually require upgrades or replacement, but skilled professionals continue to create value throughout their careers. Engineers, data analysts, policy experts, geospatial specialists, software developers, project managers, and entrepreneurs all play essential roles in transforming space technologies into services that support economic growth, public services, and national development.
5. How can emerging nations participate in the future of space exploration without building rockets or sending astronauts?
Participation in the future of space exploration extends far beyond launch capability. Emerging nations can contribute through Earth observation, satellite communications, geospatial analytics, spectrum management, ground infrastructure, mission operations, artificial intelligence, policy development, research, and international collaboration. By building expertise in these areas, countries can become valuable contributors to the global space economy while addressing national priorities at home.
