Anywhere is the new everywhere: Connectivity doesn’t need limits in South Africa

South African organisations have learned to treat unreliable infrastructure as a fixed parameter, particularly when it comes to connectivity. As a result, many businesses have had to site operations where fibre or reliable wireless already exists, because last-mile build-out to remote mines, farms, or border areas is often slow, high-risk, and vulnerable to theft or vandalism. Mines, farms, organisations and distributed industrial sites have had to lean on a mix of microwave, LTE and patchy fibre, accepting higher latency and occasional blind spots as the cost of doing business. This lack and complexity has had a knock-on impact across digital transformation as companies have had to prioritise use cases that can tolerate drop-offs over those that depend on uninterrupted video, real-time analytics or tight automation loops. In short, the South African company has designed for degraded reality.

This is now being disrupted and the technology driving that disruption is orbiting roughly 1,200 kilometres above the earth. Low Earth Orbit (LEO) satellite constellations have crossed a performance threshold that most enterprise decision-makers have not yet fully registered. Across African markets, providers such as Starlink and OneWeb are already delivering median download speeds in the 45-106Mbps range with latencies typically between 25 and 70 milliseconds. This is a performance that is increasingly rivalling that of terrestrial broadband and it has very little resemblance to the 500-800 millisecond delays associated with legacy GEO services. As operators deploy local points of presence and ground infrastructure within African countries, traffic increasingly remains on the continent rather than hairpinning via European gateways, further reducing latency for cloud and real-time applications.

This timing is significant for the South African business. Companies are moving through 2026 with a clearer understanding of AI and how it has become an invaluable part of operations. The conversation has moved from building AI to powering, governing and scaling it responsibly. Inference workloads are increasing and real-time analytics are moving from dashboards to live decision loops. In addition, automation systems running across mining operations, agricultural processing facilities and distributed logistics networks are generating and consuming data continuously. And they are doing so in environments where the connectivity stack has historically been the weakest point in the chain. The demand for immediate insights across environments with varying connectivity – urban, remote, rural – is increasing this pressure. If companies want to rely on AI, then they need connectivity.

It has made the business case for LEO. This is a connectivity platform that isn’t just suited to rural areas or industrial environments, it can provide companies with connectivity they can rely on as their AI workloads grow more intense and demanding. LEO isn’t bound to the terrestrial power grid and when it is combined with solar infrastructure, it operates entirely independently of grid reliability. The fact that LEO can continue operating even during a network disruption is also key. High-risk connectivity sectors like healthcare have already adopted LEO for this reason, and it is gaining ground with companies that have a lower risk tolerance as well. For them, it sits as the final layer in the resilience stack to prevent connectivity failure from cascading.

There is also a geographic consideration. LEO connectivity systems have the potential to generate upwards of $16.9 billion in annual economic benefits for Southern Africa. And the verticals driving that figure are those that have been the most constrained by infrastructure limitations – agriculture, mining, distributed industrial operations and border facilities. Vox delivers LEO satellite services through OneWeb across Southern Africa with a specific focus on industrial connectivity for fixed sites and mobile applications that include trucks, trains and mining equipment.  These are some of the most economically significant operations on the continent, and many have been running on infrastructure that cannot support the digital transformation strategies their leadership teams are trying to execute. 

The commercial picture has also matured alongside the technology because LEO equipment, that used to require a significant capital outlay, is now accessible on a rental basis. An enterprise-grade LEO link carries a monthly cost that competes well against legacy wireless alternatives delivering a fraction of the throughput and none of the redundancy. It is also effectively answering the infrastructure question – companies can invest in a connectivity stack that meets their ambitions and their budgets and walk away from designing for a degraded reality.

//Staff writer