Tag: DigitalInfrastructure

South Africa could spend billions connecting people to the internet and still fail to deliver a truly digital economy. However, municipalities must maintain the infrastructure underneath it. That may sound like an odd claim in an industry obsessed with fibre, spectrum, 5G and data centres. Yet connectivity does not float above the physical world. Fibre needs roads, servitudes, electricity, water, poles, ducts and functioning municipal systems.

South Africa's data centre sector is expanding rapidly. New investment is creating opportunities for economic growth, digital innovation and regional connectivity. It is also positioning the country as a strategic hub for Africa's digital economy. The country now hosts nearly half of Africa's data centre capacity. The local market is projected to grow from US$2.16 billion in 2024 to US$3.40 billion by 2030.

Networks that were once little more than pipes are waking up as they prepare for the Artificial Intelligence (AI) token economy. The mobile phone in your pocket is about to get a lot smarter. That is only partly because AI apps will become the new default for search, travel and shopping. However, something bigger is coming. The network itself is waking up.

The returns from digital transformation will remain elusive until business leaders confront an uncomfortable truth: the problem is not the Artificial Intelligence (AI), but everything underneath it. Consider this scenario. You lead a large retail business. Six months ago, you approved a significant generative AI investment to personalise customer promotions. The business case was compelling, the pilot results were strong and the board supported the move.

Digital trust is the invisible contract that lets people, businesses, and governments rely on digital systems for critical interactions. Without it, Digital Public Infrastructure (DPI) - the shared digital rails for payments, identity and data exchange - cannot scale or deliver the economic and social value it promises.

Across much of the African continent, power and control infrastructure does not fail because it is poorly designed. It fails because designers often assume ideal conditions that do not exist. Engineers and operators must work within environments shaped by vandalism, material theft, harsh weather, constrained budgets, unreliable grids and persistent skills shortages. In this context, traditional assumptions about asset replacement, digitalisation and imported solutions are increasingly challenged.