Satellite is not the last resort anymore. It is becoming the backbone of what comes next. That was a key message in my conversation on Episode Five, Season Two of TechAfrica News Podcast with Omar Diab, Regional Vice President of Sales for the Middle East and Africa at ST Engineering iDirect . It was not framed as a grand declaration, but it surfaced consistently throughout our discussion: the role of satellites in Africa has fundamentally changed, and with it, the logic of connectivity itself.

For years, satellite was treated as a fallback, expensive, complex, and only deployed where nothing else worked. Today, that framing is not just outdated; it is strategically limiting. What Omar outlined is a shift from satellite as a stopgap to satellite as an integral layer in a broader, hybrid, and increasingly intelligent connectivity ecosystem. 

In this #TechTalkThursday article, we explore how satellite is evolving from a last-resort option to a central pillar of Africa’s seamless, hybrid connectivity ecosystem. 

From “Last Resort” to Core Infrastructure

The starting point of this transformation is perception, but it is driven by very real technological shifts. As Omar explained, the entry of LEO constellations has reshaped the market, making satellite “more accessible, more addressable, and more accepted by the population.” What was once considered fringe is now part of mainstream infrastructure thinking.

But the more important insight is this: satellite’s resurgence is not just about LEO disruption. It is about relevance across the entire stack. Connectivity alone is no longer the value proposition. “Connectivity is one aspect,” Omar noted, “but also building on top of connectivity.” In other words, the competitive edge is shifting toward what networks enable: services, applications, and differentiated user experiences.

This is particularly critical in Africa, where more than 300 million people remain out of coverage. The challenge is not simply extending coverage, but doing so in a way that is both economically viable for operators and affordable for users. That is where satellite, increasingly, becomes not just viable but necessary.

The Real Bottleneck: Economics, Not Technology

One of the clearest takeaways from our discussion is that the technology to connect Africa largely exists. The constraint is economic.

Reaching rural populations remains expensive, and traditional infrastructure models struggle to justify the investment. As Omar put it, the challenge is “cost-effectively reaching out to the rural population in a way where it’s profitable for providers and affordable for the general population.” 

“The ARPU is limited, especially in rural Africa. It becomes really challenging for MNOs and telcos to reach the last mile unless there is an obligation or they are being subsidized or funded. To help connect rural populations, we have to get creative, including how we adopt 5G. 5G will demand higher throughput and interoperability, with strong standards at the core and seamless integration into the network.” 

-Omar Diab, Regional Vice President of Sales for the Middle East and Africa, ST Engineering iDirect 

This is where the conversation shifts from infrastructure to business models. ST Engineering iDirect is actively rethinking this through what it calls the “Unbound” model, moving away from heavy upfront CapEx toward a more flexible, usage-based OpEx structure. Instead of forcing operators to invest heavily in infrastructure before demand is proven, the model allows them to scale capacity as needed, reducing risk and improving return on investment.

It is a subtle but important shift. If connectivity is to scale in underserved regions, innovation cannot stop at the technology layer. It must extend into financing and deployment models.

Africa Is Not One Market, and That Matters

Another point Omar emphasized, and one that is often overlooked, is the tendency to oversimplify Africa as a single market. “Africa is not a country,” he said. It is a continent of diverse geographies, regulatory environments, and demand profiles.

That diversity has direct implications for connectivity strategies. At one level, there is the base layer of access, increasingly addressed by LEO deployments. But above that, there are high-value verticals, including government, defense, and enterprise, that require guaranteed performance, high throughput, and strict service-level agreements.

This is where companies like ST Engineering iDirect position themselves, not in opposition to LEO players, but alongside them. The framing here is important: this is not a zero-sum competition. It is an ecosystem.

“We see it as an ecosystem as opposed to a heavy competitive environment,” Omar explained. That ecosystem spans GEO, LEO, terrestrial networks, and emerging 5G architectures, all working in tandem rather than in isolation.

The Rise of the Hybrid, Multi-Orbit Future

At the center of this ecosystem is a concept that came up repeatedly: multi-orbit connectivity. The idea is simple in theory but transformative in practice. Different types of traffic should move across the networks best suited to handle them.

Latency-sensitive applications, voice, and critical signaling can run over GEO or optimized links, while high-volume data traffic can be offloaded to LEO constellations. Terrestrial networks fill in where available. The user, importantly, sees none of this complexity.

“The end user will not know… they’re just getting a service on their device,” Omar said. That invisibility is the goal. Connectivity is moving toward a seamless experience, where switching between networks, whether fiber, mobile, or satellite, becomes automatic. 

Standards, Cloud, and Why Interoperability Wins

Enabling that seamless experience requires more than infrastructure. It requires standardization.

Omar pointed to the growing importance of frameworks like 5G NTN, along with broader efforts around interoperability and open standards. These are not just technical upgrades; they are enablers of scale. Without them, networks remain fragmented, costly, and difficult to integrate.

The shift toward cloudification and virtualization is equally important. By moving network functions into software-defined environments, operators gain flexibility: the ability to update, optimize, and adapt without costly hardware replacements. In practical terms, this means faster innovation cycles and more responsive networks.

It also aligns with a broader industry shift, from ownership to service consumption. The same mindset that drove ride-sharing and streaming is now influencing connectivity. Operators and customers increasingly prefer flexible, managed services over heavy infrastructure ownership.

AI Is Not a Buzzword. It Is an Operational Layer.

Like every conversation in telecom today, AI surfaced, but in this case, it was grounded in practical application.

Within ST Engineering iDirect’s “Intuition” platform, AI is less about hype and more about operations. It enables automation, predictive maintenance, anomaly detection, and even conversational interaction with network management systems. The implications are significant. Tasks that once required deep technical expertise and manual analysis, including parsing logs, forecasting capacity, and diagnosing failures, can now be streamlined or automated. This reduces operational complexity, accelerates decision-making, and ultimately lowers the barrier to managing sophisticated networks.

Conclusion: The Power of Partnership and Invisible Infrastructure

If there is one theme that underpins all of this, it is partnership. ST Engineering iDirect does not go to market directly; it enables partners. That model requires proximity: understanding local challenges, co-developing solutions, and maintaining continuous feedback loops. This is particularly relevant in Africa, where on-the-ground realities differ significantly from market to market. Local partners bring that insight, while global players bring technology and scale. The intersection of the two is where practical solutions emerge.

What became clear through this conversation is that the future of connectivity in Africa will not be defined by a single technology. It will be defined by how technologies are combined, abstracted, and delivered as a seamless service. Satellite is no longer the edge case. It is part of the core architecture. In five years, Omar believes, users will not think about where their connection comes from, whether fiber, 5G, GEO, or LEO. It will simply work.

Connectivity is moving from visible infrastructure to invisible utility, from something users think about to something they rely on without question. And if Africa is to close its connectivity gap at scale, that shift, from complexity to simplicity, from fragmentation to ecosystem, may matter more than any single innovation.