What will determine success in the future space economy: rockets or reliable systems? While spacecraft and launches often capture the spotlight, the Artemis II mission highlights a larger shift taking place behind the scenes. Long-term participation in the lunar economy will depend on communications networks, logistics systems, data infrastructure, governance frameworks, and AI-powered operations that enable sustained activity beyond Earth.
The article explores how emerging economies, particularly in Africa, are already developing capabilities that align with these needs. Through telecommunications, Earth observation, geospatial intelligence, spectrum management, and digital infrastructure, countries can contribute meaningfully to the Artemis ecosystem without building launch vehicles. As the future space economy takes shape, nations that invest early in operational systems, workforce development, and international collaboration will be best positioned to influence and benefit from the next era of space exploration.
What Does Artemis II Reveal About the Future of the Space Economy?
Recently, NASA invited me to attend the Artemis II launch preparations and related events. What caught my attention right away was not the rocket, but the network of people and systems around it. I was the only African in the room with global leaders like Jared Isaacman, and the discussions focused much more on practical operations than on symbolism.
During those meetings, people described the Artemis project as the beginning of a long-term economic and operational system. This system relies on communications, logistics, governance, data systems, commercial services, and lasting infrastructure.
Space science remains central to exploration, but the real long-term economic value comes from the systems that support it. Communications networks, Earth-observation tools, logistics, regulations, AI processing, and skilled workers are now driving the space economy.
“I realized that the countries most likely to benefit from the Artemis project aren’t just the ones launching rockets, while that’s certainly an impressive feat. The real advantage goes to those building strong systems that can support operations for the long term.”
The clearest insight from the Artemis discussion was that the future space economy will reward countries that can operate reliable systems. Communications networks, mission operations, and data infrastructure determine who can contribute to long-term exploration.
The future lunar economy will depend on mission support, geospatial intelligence, local telecom providers, environmental monitoring, autonomous operations, and participation in governance. Many of these areas already align with the skills and growth seen in African markets today.
What Does a Real Lunar Economy Actually Look Like?
The Artemis project is changing how space activity is actually organized.
This change is bigger than just exploration. Lunar activity is moving from one-off missions to ongoing systems that last. The focus is now more on staying power than simply being there.
A functioning lunar economy depends on reliable communications, navigation systems, logistics support, orbital transportation, data infrastructure, governance frameworks, and interoperable operational standards. Without these systems, sustained activity beyond Earth becomes difficult to maintain.
One thing I noticed is that people often misunderstand what ‘lunar economy’ means. Many think it’s about business happening right on the Moon. In fact, the economy starts much earlier, with the infrastructure and systems on Earth that make ongoing involvement possible.
That includes ground infrastructure, spectrum coordination, AI-enabled analytics, relay communications, Earth observation systems, cargo coordination, cybersecurity, and data-processing architecture.
At the Artemis project events, I saw that the main focus is now on keeping operations running smoothly. People talked less about launches and more about who keeps navigation reliable, manages logistics, handles important data, and follows shared standards.
The Artemis project is gradually building a network of operations that brings long-term value through steady involvement and lasting skills, not just by launching rockets.
During these lunar economy discussions, it’s less about commerce on the Moon and more about the network of systems that make participation possible in the first place. Communication services are all a part of the economic architecture.
How Is Artemis Changing the Definition of Space Participation?
The project showed that the most important conversations are now about making operations last. People are discussing how to keep supply chains strong, build reliable infrastructure, support long missions, and work well with other countries.
These talks are more about planning infrastructure than telling stories of exploration. The project works on many levels at once: as a platform for engineering, a way to set rules, and a plan for long-term infrastructure.
Participation depends on whether institutions, operators, engineers, regulators, and technical ecosystems can fit into larger operational frameworks.
That’s why areas such as mission operations, geospatial intelligence, telecommunications engineering, spectrum governance, AI processing, and logistics coordination are becoming increasingly important.
Why Will Infrastructure Matter More Than Exploration Alone?
Communications Systems
Lunar operations need continuous communications support. That includes relay architectures, navigation support, telemetry continuity, timing synchronization, data routing, and spectrum coordination. Without communications resilience, long-duration operations quickly become unstable.
This is one reason why telecommunications expertise is becoming increasingly valuable within the Artemis project ecosystem. Communications infrastructure determines whether systems remain operational across long distances and complex environments.
“The real challenge isn’t just making connections, but keeping everything running smoothly even when issues arise, as they often will.”
Programs like Conecta Angola demonstrate how satellite-enabled infrastructure can extend connectivity into underserved regions while supporting local ISPs, enterprise networks, digital services, and public-sector communications.
The key lesson I want people to take away here is practical: infrastructure is only valuable when institutions and providers can use it consistently.
Logistics and Transportation Systems
The Artemis project is also changing how people think about logistics in space.
Long-term missions need cargo movement, orbital transfer coordination, inventory planning, infrastructure maintenance, backup management, and autonomous operational support.
These challenges are as much about systems engineering as they are about aerospace.
From what I saw at the Artemis discussions, logistics is now viewed as a key factor for long-term success. If supply systems fail, missions can fail too.
This opens up opportunities that go far beyond just launch providers.
Countries with experience in transportation systems, infrastructure coordination, operations research, and supply-chain modeling already have skills that can support future space operations.
To build reliable systems, you need clear steps, backup plans, and ongoing teamwork; otherwise, chaos ensues.
Data and Decision Systems
Another important part of the Artemis project is data systems.
Future operations will rely heavily on resource mapping, environmental monitoring, AI-powered analytics, autonomous systems, predictive maintenance, and geospatial intelligence. These skills are now at the heart of planning operations.
Angola’s work through the Drought Decision Support System, developed with NASA and MIT, demonstrates how Earth-observation systems can support institutional workflows and operational planning rather than simply generating information.
The platform integrates environmental indicators, geospatial analysis, and climate modeling into drought-monitoring and resource-allocation systems.
The real value is not just in collecting satellite data. It comes when this information helps people plan faster, work together better, and use resources more wisely. We’re seeing this happen in the Artemis project as well.
Why Africa Is More Relevant to Artemis Than Many Realize?
After the Artemis project discussions, I realized that many people still don’t recognize how important African skills already are in this growing field, as we aren’t often at the focal point of these conversations. But we’re making incredible strides that deserve recognition.
There are already practical contribution areas, including ground infrastructure, spectrum coordination, Earth-observation analytics, mission support systems, AI-enabled geospatial analysis, telecommunications operations, data processing, and regulatory alignment.
Africa is continuing to prepare to contribute to the emerging lunar economy, with capabilities that span Earth observation, digital infrastructure, and workforce development. These are the abilities future Artemis ecosystems will require.
GEDAE is a strong example.
Its work in geospatial systems, land-use analysis, mining oversight, and asset visibility demonstrates how Earth-observation infrastructure can support fiscal governance, environmental monitoring, and institutional planning.
These skills are exactly what the Artemis project needs right now.
Conecta Angola also provides an important example of how satellite-enabled systems support local providers and broader economic participation. Connectivity expansion creates downstream effects across education, fintech, healthcare, logistics, enterprise services, and digital markets.
The SADC regional coordination efforts are equally important because they demonstrate how shared systems and regional interoperability can strengthen resilience and operational scalability.
“We’re building expertise in ground systems, telecommunication services, and data processing. These areas support sustained operations instead of just isolated missions. These examples are important because they prove real skills, not just big ideas.”
The future lunar economy won’t survive on launch systems alone. It will rely on networks run by organizations, operators, analysts, engineers, regulators, and infrastructure providers from regions all across the globe. Not just one dominant superpower.
What Will Define Influence in the Next Space Economy?
What it means to influence space is changing.
Historically, influence was associated with launch capability, symbolic missions, and high-visibility achievements.
But the Artemis project is accelerating a different model.
Now, influence is more about how well you can connect systems, keep missions running, maintain strong communications, process data, and follow shared standards.
Participation in the Artemis project will increasingly depend on whether institutions can operate reliably inside larger multinational systems.
Hardware can be acquired, but reliable operations depend on trained personnel, mature institutions, and the ability to work within shared international frameworks.
That includes technical maturity, governance readiness, operational discipline, workforce capability, and standards compliance.
Countries that focus only on hardware acquisition may struggle to generate long-term influence.
The countries that will gain the most leverage are those building connected systems for infrastructure, operations, analytics, and services.
Why Does Early Participation in Artemis Matter So Much?
Another major lesson I gathered from the Artemis project discussions is about timing.
Standards are being established now. Governance norms are forming now. Supply chains are consolidating now.
The growth of the Artemis Accords clearly illustrates this trend. When Angola signed the Artemis Accords in 2023, there were 33 signatories. Today, that number has grown to 67 countries. The expansion reflects a growing international commitment to interoperability, transparency, and cooperation as foundational principles for the future space economy.
Countries that join early help set the rules. Those that come later often have to fit into systems made by others.
This is particularly important for emerging space economies.
Africa still has a real chance to add its skills, shape governance, connect regional systems, follow shared standards, and build stronger institutions.
Early participation matters because countries that help shape today’s standards are more likely to influence tomorrow’s operational frameworks. Those frameworks will affect communications architectures, spectrum management practices, data-sharing arrangements, mission operations, and future commercial opportunities throughout the lunar economy.
However, this requires investment in technical ecosystems, engineering capacity, mission operations, spectrum governance, AI systems, procurement frameworks, and regulatory maturity.
Is the Lunar Economy Being Built on the Moon or on Earth?
One of the most important realizations from the Artemis project conversations is that the lunar economy isn’t being built only on the Moon, despite its name.
It’s actually being built here on Earth.
This is where emerging economies can make lasting contributions.
Long-term participation depends on telecommunications resilience, mission coordination systems, AI-enabled analytics, and governance frameworks.
The future space economy will require systems engineers, geospatial analysts, spectrum specialists, cybersecurity professionals, mission operators, AI engineers, and telecommunications planners.
Countries that start building these systems early will be in a much better position for long-term involvement.
That’s why learning about standards, apprenticeships, technical exchanges, co-ops, and hands-on workforce programs is so important. Those skills and abilities grow over time, and you’ll need to keep them refined if you’re going to continue contributing to the space sector for years to come.
How Can Emerging Space Nations Help Build the System Instead of Adapting to It Later?
Standing among global space leaders during the Artemis project events reinforced something important for me.
The future space economy is already being architected. It’s not a far-off idea. It’s right here and now.
As we’ve come to realize, the most important work happening today isn’t always during launches, even when they’re exciting. It’s in planning infrastructure, connecting systems, coordinating operations, setting rules, building communications, using AI analytics, and creating long-term networks.
Africa isn’t just watching the Artemis project from the sidelines. We’ve stepped up to the plate and are ready to contribute our operational skills and value through our systems and analytics capabilities, ground infrastructure, mission support, and active participation in space governance.
Africa is increasingly positioned to contribute through communications systems, Earth-observation analytics, spectrum management, data infrastructure, mission support capabilities, governance participation, and a growing pipeline of skilled technical talent. These contributions may not always be visible during a launch, but they are becoming essential to the operational systems that will support long-term activity beyond Earth.
The future lunar economy will reward countries that can operate reliably inside interconnected systems. Among other things, collaboration is a key determinant in who succeeds and who falls behind in the future of space exploration and development.
Frequently Asked Questions (FAQs)
1. Do countries need launch capability to participate in the Artemis project?
No. One of the biggest misconceptions about Artemis is that meaningful participation requires building rockets or sending astronauts. In reality, the Artemis project is a distributed operational system. Countries can contribute through communications infrastructure, ground systems, Earth-observation analytics, spectrum coordination, mission operations, governance frameworks, and technical workforce development. Participation is increasingly defined by capability rather than launch capacity.
2. What role can African countries play in the emerging lunar economy?
African nations can contribute through areas that are already developing across the continent, including telecommunications, geospatial intelligence, Earth observation, data analytics, spectrum management, digital infrastructure, and operational support systems. Programs such as Conecta Angola, GEDAE, and regional SADC initiatives demonstrate capabilities that align directly with the needs of future lunar and deep-space operations.
3. Why are communications and data systems so important for the Artemis project?
Long-duration lunar operations depend on reliable communications, navigation, telemetry, timing systems, and data processing. Without these capabilities, missions cannot operate safely or efficiently. Communications and data infrastructure form the operational backbone of the Artemis project, enabling coordination between spacecraft, ground systems, and international partners.
4. Why does early participation in Artemis matter?
Standards, governance frameworks, and supply chains are being established today. Countries that engage early have greater opportunities to influence how future systems operate and how international partnerships evolve. Early participation also helps institutions develop the technical expertise, workforce capabilities, and operational experience needed to compete in the future space economy.
5. What will determine influence in the future space economy?
Influence will increasingly be measured by a country’s ability to operate reliable systems rather than simply own hardware. Institutional capability, workforce development, standards adoption, interoperability, mission operations, communications resilience, and data infrastructure will become some of the most important factors shaping long-term participation and leadership in the global space sector.
