The places without reliable internet were never truly unreachable. They were unprofitable. Rural communities, ships, aircraft, remote towns, and disaster zones are routinely described as hard to connect, as if the problem were one of physics or geography. It is not. Satellite links have been able to reach those places for decades. The reason they stayed disconnected is that the economics of terrestrial infrastructure never justified serving them.
Raphael Barak, Vice President of Business Development at SpaceTenna and NexTenna, works at the point where this shifts. “Connectivity should not depend on location,” he states, and the technology to make that true finally exists, not because satellites can now reach further, but because they can finally reach further affordably.
Geography Was Always a Proxy for Cost
For most of the history of connectivity, where a person lived determined whether they could get online, and leaders treated that as a fact of nature. The truth underneath it was financial. Connectivity followed the money, extending wherever the population was dense enough and prosperous enough to pay back the infrastructure required to serve it, and stopping wherever that calculation failed. The map of who had internet was never really a map of where cables could go. It was a map of where they were worth going.
This is why satellite connectivity matters now in a way it did not before. Traditional infrastructure forces communities to wait years for cable or towers that may never arrive, because the business case never closes. Satellite networks deliver access faster and across far wider areas, reaching places terrestrial infrastructure cannot economically justify. The shift is not that a new region became physically accessible. It is that the cost of reaching it dropped below the threshold where reaching it makes sense. Geography stops being destiny the moment the economics of serving a remote place no longer punish the people who live there.
Scalability Is the Whole Game
The reason satellite connectivity failed to close the divide for so long is that early satellite service, while real, was expensive, limited, and complex, which confined it to customers who could absorb the cost, such as oil platforms, militaries, and shipping fleets. It reached remote places and remained irrelevant to the people living in them. The variable that changes everything is not coverage. It is scalability. “The key is not just having satellite connectivity,” Barak explains. “It is making it scalable.”
Scalability means systems are efficient and adaptable enough to serve far more users without becoming proportionally more expensive or complex, which is exactly the property that bends the unit economics. When a network can serve an individual user, an enterprise, a government, and a global system on the same scalable foundation, the cost per user falls far enough that serving an underserved region stops being a charity and becomes a viable proposition. A satellite that reaches a remote village proves nothing if connecting that village costs more than the village can ever pay. A scalable network that drives the per-user cost low enough to make that village a real customer is what finally turns reach into access.
Access Only Counts When It Changes a Life
None of the economics matters except for what they make possible on the ground, and this is the measure that should govern the whole effort. Technology earns its value only when it improves a life, which means the work is designing connectivity around real human needs rather than around what is technically impressive. A connected school reaches learning tools it never had. A remote clinic consults a specialist hundreds of miles away. A community pulling itself out of a disaster reconnects to the services that let it recover.
That human outcome is the entire point, and reaching it at scale is not something any single company or technology delivers alone. It depends on collaboration among innovators, operators, governments, and the local communities being served, because each holds a piece that the others cannot supply.
The deeper takeaway reaches past satellites entirely. The unconnected were never beyond reach. They were beyond the reach of an economic model that only paid to serve people who were already easy and profitable to serve. Change the economics, and the people that model wrote off become not a cost to be subsidized but a future worth building. The future of connectivity will be global, reliable, and built for everyone, and it arrives the moment reaching everyone finally adds up.
Follow Raphael Barak on LinkedIn or visit NexTenna for more insights on scalable satellite connectivity, digital inclusion, and building the infrastructure that brings reliable communication to the people who need it most.
