How does satellite capacity become a driver of economic growth? Angola’s experience with ANGOSAT-2, Conecta Angola, and its growing geospatial capabilities demonstrates that putting technology in place is only the beginning. Satellite capacity creates greater economic value when countries also develop the infrastructure, local providers, skilled professionals, commercial models, partnerships, and digital services that allow businesses, governments, and communities to put that capacity to work.
The broader opportunity comes from treating satellite communications and geospatial intelligence as parts of the same digital ecosystem. Connectivity can move information, while Earth observation can provide insights for agriculture, infrastructure, environmental monitoring, public administration, natural resources, and other sectors. Angola’s experience also offers lessons for emerging space nations and regional cooperation: start with development needs, build local capacity alongside physical infrastructure, give businesses room to innovate, prioritize knowledge transfer, and measure success by what people and institutions can actually build and accomplish with the technology.
Putting satellite capacity into orbit is an important achievement for any country. But in my experience, the larger opportunity starts after the satellite is operational.
Which businesses can build services around it? Can a school, clinic, or local entrepreneur afford access? Do governments have the systems and people needed to use the information?
These questions have guided much of our work in Angola.
ANGOSAT-2 expanded Angola’s sovereign communications capacity. Conecta Angola has taken that capacity closer to communities and users. Our growing Earth observation and geospatial capabilities are creating another layer of opportunity around agriculture, infrastructure, natural resources, environmental monitoring, and public administration.
Space science provides powerful technical capabilities, but economic value depends on what countries build around the tech.
I want to broaden this discussion beyond Conecta Angola because our experience has shown that satellite communications and geospatial intelligence can support a much wider digital economy. ANGOSAT-2, Conecta Angola, and the work we’ve done across the country, plus our regional experience shows how these capabilities can extend beyond one national market.
This is an important mindset shift, particularly for emerging nations. A satellite project isn’t a finished product. It can become a platform on which telecommunications providers, startups, universities, financial institutions, agricultural companies, and other organizations build new services.
And that’s the goal.
Why Is Satellite Capacity Only the Beginning of the Digital Economy Opportunity?
Satellite capacity and economic value aren’t the same thing.
A country can own a communications satellite and still struggle to reach underserved communities. It can purchase Earth observation imagery without having enough trained professionals to analyze it. It can build a ground station without creating a commercial market around the services that the facility supports.
What happens around the asset determines its value. That ecosystem includes ground infrastructure, data platforms, regulations, local operators, technical professionals, businesses, universities, governments, financing, and more.
Angola’s experience has made this very practical for me. ANGOSAT-2 gave us national capacity, but that immediately raised the question of how do we increase utilization?
Conecta Angola and similar programs are part of the answer because they connect available capacity with users, but the opportunities go even further, as the benefits and impacts of satellite technology are incredibly far-reaching.
This changes how governments should measure a national space investment. Rather than just asking whether the asset works, I’d ask who is using it, what they’re building with it, and whether there’s room for growth.
What Has ANGOSAT-2 Taught Angola About Turning Satellite Technology Into Infrastructure?
ANGOSAT-2 gave Angola communications capacity, but operating that capacity requires regions to consider the technology’s real-world applications from the outset. If you wait until infrastructure is operational before asking who will use it, you’ve lost significant time.
Each satellite application has different requirements. A government institution doesn’t necessarily have the same bandwidth, security, reliability, or commercial needs as a small business or rural community.
Those differences affect ground equipment, service design, pricing, partnerships, and regulation, which is where strategic planning and execution meet.
A satellite may provide coverage across a large geographic area, but someone still has to build the service to connect that capacity to the customer. Local providers need commercial models. Equipment must be available, the spectrum must be managed, and technical support must be in place.
What Has Conecta Angola Taught Us About the Last Mile Between Connectivity and Impact?
Conecta Angola provides one of our clearest examples of what happens when strategy reaches the ground.
“Satellite coverage helps overcome the distance problem that prevents connectivity. It doesn’t solve every other problem.”
Equipment still has to reach the community. Electricity has to be reliable enough to support the service. Someone has to install and maintain the equipment. The service needs a sustainable pricing model. Local technical support matters. So does digital adoption.
This is why I’ve often said that successful satellite infrastructure can’t be measured solely by how many people can connect. It should always be measured by what happens once they do.
A connection becomes valuable when a student can access education, a clinic can improve care, an entrepreneur can reach customers, or a community can use digital services that were previously unavailable.
However, there’s one lesson I didn’t expect to learn, and that was how much the success of connectivity depends on the people and systems surrounding the technology. Satellite coverage alone just isn’t enough. Communities also need reliable power, accessible equipment, local technical support, affordable services, and a clear reason to use the connection.
The last mile isn’t just a technology challenge; it’s also an adoption and partnership challenge. Users and local capacity need to be included in the planning from the beginning, rather than added after the infrastructure is deployed.
Why Should Satellite Communications and Geospatial Intelligence Be Part of the Same Digital Strategy?
Connectivity allows information to move, and geospatial intelligence helps a country understand what’s happening across its territory.
Bringing the two together creates opportunities far broader than telecommunications alone.
Consider agriculture, for example. Earth observation can help identify crop conditions, drought patterns, land-use changes, or water stress. Communications networks can help move that information to institutions, businesses, or users who need it. The same logic applies to infrastructure.
Geospatial information can help governments identify roads, buildings, land parcels, utilities, and changes occurring around major assets, and reliable communications help agencies and field teams access and exchange that information.
Environmental monitoring, disaster preparedness, logistics, water management, urban planning, and natural-resource management all benefit from the same combination.
This reminds me of Angola’s experience with GEDAE, where geospatial capabilities support property identification, land-use mapping, mining oversight, and greater visibility into physical assets. Better asset visibility supports fiscal governance and gives public institutions more reliable information about the territory they manage.
“Communications and Earth observation don’t have to sit in separate policy conversations. Together, they can support a broader digital system.”
What Infrastructure Must Exist Around Satellite Technology for It to Create Economic Value?
Satellites don’t operate independently from the rest of the digital economy.
Ground stations are required. Data has to be stored and processed. Networks have to move information. Reliable electricity powers equipment. Cybersecurity protects systems and users. Digital platforms make services accessible. Payment systems allow customers to participate commercially.
If one of these layers is missing, the value of the others is reduced.
You can have satellite capacity available, but still need a local provider capable of reaching the customer. You can have an online service, but still face payment or affordability barriers.
That’s why governments should be careful about concentrating investments in the most visible piece of the system while neglecting everything around it.
For satellite technology to support an economy, the surrounding digital infrastructure has to develop alongside it.
Why Is Local Capacity Essential to a Satellite-Enabled Digital Economy?
Countries need engineers who understand communications systems and ground infrastructure. They need GIS specialists and data scientists who can work with Earth observation information. They need spectrum specialists, regulators, project managers, economists, and policymakers.
They also need entrepreneurs.
A digital economy grows when people can identify a problem and build a service around the available infrastructure.
Which is why knowledge transfer should be a serious part of international partnerships. I look at what remains when the international partner leaves. If those capabilities remain local, the partnership has strengthened the ecosystem.
Training around satellite technology should also connect people to actual work, such as internships, apprenticeships, mission operations, and commercial applications.
Training without a pathway into practice has very limited value.
How Can Angola’s Experience Inform a Regional Satellite Economy?
Satellite systems naturally extend beyond national borders.
That creates opportunities for Southern Africa.
Through our regional work, I’ve seen how countries face many of the same issues: rural connectivity, spectrum management, environmental monitoring, disaster preparedness, technical skills, and the economics of serving dispersed populations.
Some capabilities become more valuable when countries cooperate.
Shared or coordinated infrastructure can reduce unnecessary duplication. Regional demand can improve commercial scale. Technical knowledge can be shared. Spectrum coordination can reduce interference and improve planning. Geospatial information can support efforts to address environmental or disaster challenges that cross borders.
“Through ANGOSAT-2, we’re seeing connectivity support digital inclusion and strengthen collaboration across the SADC region. The important point isn’t simply that capacity can cross a border. It’s that shared infrastructure can create shared economic opportunity when services are built around it.”
What Execution Lessons Should Emerging Space Nations Take From Angola?
I would always start with development needs.
Don’t begin with a satellite specification. Begin with the problem the country needs to solve.
Plan applications while planning infrastructure. If connectivity is the objective, identify the institutions, operators, businesses, and communities that will use it before the capacity becomes widely available.
Treat connectivity as a beginning. Ask what economic activity should follow.
Bring communications and geospatial intelligence into the same national digital strategy where it makes sense.
Invest in people at the same time as physical assets.
Give private companies room to build.
Structure international partnerships around knowledge transfer and operational experience rather than equipment alone.
Look beyond national borders to leverage new opportunities.
And measure outcomes that citizens, institutions, and businesses can actually see.
Other countries don’t need to copy Angola.
Every market has a different geography, institutions, resources, and development priorities. But the execution principle we’ve seen in Angola is applicable elsewhere, and that’s the fact that satellite technology becomes most economically valuable when a country builds the systems around it that allow people to use it.
Satellite Capacity Creates Opportunity. Ecosystems Create Economies.
ANGOSAT-2 and Conecta Angola shouldn’t be viewed as isolated projects.
They’re pieces of a broader effort to build communications capacity, strengthen digital access, develop local expertise, support regional cooperation, and create opportunities for businesses and institutions.
The same thinking increasingly applies to geospatial intelligence.
Communications allow people and systems to connect. Earth observation improves visibility across land, infrastructure, and environmental conditions.
When these pieces begin working together, the economic opportunity becomes much larger than any individual satellite.
That’s the broader lesson I take from our experience in Angola. We shouldn’t separate satellite communications from geospatial intelligence when both can contribute to the same digital economy. ANGOSAT-2 and Conecta Angola provide practical experience in connectivity, while Angola’s growing geospatial capabilities create opportunities in information, applications, public services, and new markets. At the regional level, those capabilities can also support countries facing many of the same development challenges.
The next stage isn’t simply increasing access to satellite technology, but increasing what people can build with it.
From students accessing education to clinics delivering high-quality care and local entrepreneurs reaching customers for the first time, these are the outcomes I want to see.
Satellite technology creates the capacity to achieve these milestones, and the economy develops when people, businesses, and institutions have the tools, skills, and opportunity to put that capacity to work.
Frequently Asked Questions (FAQs)
1. What does it take to turn a satellite into something people and businesses can actually use?
A working satellite is only the starting point. Countries also need ground infrastructure, reliable electricity, local service providers, trained professionals, affordable services, and digital platforms. Angola’s experience shows that the economic value comes from the ecosystem built around the satellite, not simply from having capacity available.
2. How can satellite connectivity create opportunities for local businesses?
Connectivity can give businesses access to customers, digital payments, suppliers, online services, and markets that were previously difficult to reach. It can also create opportunities for local ISPs, startups, logistics companies, financial institutions, and other businesses to develop services around that connectivity.
3. Why should satellite communications and geospatial intelligence be planned together?
They solve different but connected problems. Communications networks help people and information move, while geospatial intelligence helps governments and businesses understand what is happening across land, infrastructure, agriculture, natural resources, and the environment. Used together, they can support a much broader digital economy.
4. What has Conecta Angola taught us about connecting underserved communities?
One of the biggest lessons is that providing coverage does not automatically mean people can use it. Equipment, electricity, maintenance, affordability, local technical support, and digital adoption must all be considered. The better measure is what people can actually do once they are connected.
5. How should a country know if its investment in satellite technology is paying off?
Instead of focusing only on launches or available capacity, governments can look at what the investment enables: communities connected, schools and clinics using services, local ISPs gaining customers, businesses developing new products, professionals gaining technical expertise, and government agencies regularly using geospatial intelligence.
