The Future Is Already Here: How Five Forces Are Transforming Automotive in 2026

At the recent Automechanika Breakfast, Greg Cress, Principal Director for Automotive and eMobility at Accenture South Africa, delivered a compelling message: the future of mobility is not something on the horizon — it is already unfolding around us. ‑car assistants, the automotive world is undergoing its fastest and most profound transformation in a century. For South Africa, these developments bring both significant opportunity and serious strategic responsibility.

From breakthroughs in battery chemistry to emotionally aware in car assistants, the automotive world is undergoing its fastest and most profound transformation in a century. For South Africa, these developments bring both significant opportunity and serious strategic responsibility.

A New Era of Ultra‑Long‑Range Electric Mobility

Cress highlighted the extraordinary progress being made in electric vehicle (EV) technology. Innovations showcased at Consumer Electronics Show (CES) 2026 point toward EVs that could soon render range anxiety obsolete. Experimental battery designs promise energy densities of around 400 Wh/kg, full charging in as little as five minutes, and lifespans exceeding 100,000 cycles. Early prototypes have already demonstrated ranges of 1,200 km, with commercial models expected to surpass 1,500 km by 2027 or 2028. Charging systems are advancing just as quickly: Zeekr’s latest platform, capable of adding 600 km of range in under ten minutes, signals that ultrafast charging is moving from concept to commercial reality.‑fast charging is moving from concept to commercial reality.

For South Africa, these developments carry far-reaching implications. Local vehicle manufacturers must secure new energy vehicle production lines if they are to maintain global competitiveness. The mining industry stands to benefit from rising demand for lithium, sodium, copper, phosphate and platinum. At the same time, the country’s energy sector has a fresh opportunity to increase renewable generation capacity to support widespread EV adoption and greater energy independence.‑reaching implications. Local vehicle manufacturers must secure new‑energy‑vehicle production lines if they are to maintain global competitiveness. The mining industry stands to benefit from rising demand for lithium, sodium, copper, phosphate and platinum. At the same time, the country’s energy sector has a fresh opportunity to increase renewable generation capacity to support widespread EV adoption and greater energy independence.

Autonomy Moves from Hype to Real-world Productivity‑World Productivity

Autonomous driving has entered a new phase, evolving from experimental trials into full-scale commercial operation. Level 4 robotaxi services are now functioning daily in cities such as Beijing and Guangzhou, while European centres including Zurich and Luxembourg are preparing their own deployments. In the United States (US), fleets of Jaguar IPACE robotaxis are already completing hundreds of thousands of driverless journeys every week, with ambitions to reach one million rides per week by yearend.‑scale commercial operation. Level 4 robotaxi services are now functioning daily in cities such as Beijing and Guangzhou, while European centres including Zurich and Luxembourg are preparing their own deployments. In the United States‑PACE robotaxis are already completing hundreds of thousands of driverless journeys every week, with ambitions to reach one million rides per week by year‑end.

Although South Africa may be some distance from adopting full autonomy on public roads, the country is already benefiting from the precursor technologies. Advanced Driver Assistance Systems — such as lane keeping, adaptive cruise control and collision avoidance features — have become increasingly common in midrange and premium vehicles. This presents opportunities for local suppliers to develop and manufacture components including sensors, cameras, radar systems and control modules, building a domestic value chain for semiautonomous capability.‑keeping, adaptive cruise control and collision‑avoidance features — have become increasingly common in mid‑range and premium vehicles. This presents opportunities for local suppliers to develop and ‑autonomous capability.

Connectivity and Vehicle to Everything Are Rewriting the Driving Experience‑to‑Everything Are Rewriting the Driving Experience

Cress described connectivity as perhaps the most transformative force shaping the industry. Vehicles are rapidly evolving into intelligent, networked devices capable of communicating with their environment — with other cars, smart infrastructure, pedestrians and cloud-based systems. In parts of Europe, 5GAdvanced networks are already enabling instantaneous data exchange between vehicles and the cities around them. In Paris, for example, intersections equipped with advanced cameras can detect pedestrians and cyclists and relay warnings directly to oncoming vehicles in real time.‑based systems. In parts of Europe, 5G‑Advanced networks are already enabling instantaneous data exchange between vehicles and the cities around them. In Paris, for example, intersections equipped with advanced cameras can detect pedestrians and cyclists and relay warnings directly to oncoming vehicles in real time.

South African motorists, particularly younger drivers, increasingly expect the same seamless digital experience they enjoy on their smartphones. For manufacturers, this means treating the car as a continually evolving platform — one enhanced throughout its life by software updates, cloud connectivity and digital services.

The Rise of Experience Spaces

Another shift Cress highlighted is the emergence of cars as emotionally intelligent companions rather than simple machines. Brands such as NIO and Mercedes Benz are leading this transformation within car assistants capable of natural conversation, gaze and gesture recognition, and real-time contextual awareness. Mercedes Benz's integration of ChatGPT through Azure marks a significant step in this direction, while Volvo’s forthcoming EX60 will introduce the ability to interpret visual inputs from external cameras to support more intuitive driver assistance.‑Benz are leading this transformation with in‑car assistants capable of natural conversation, gaze and gesture recognition, and real‑time contextual awareness. Mercedes‑Benz’s integration of ChatGPT through Azure marks a significant step in this direction, while Volvo’s forthcoming EX60 will introduce the ability to interpret visual inputs from external cameras to support more intuitive driver assistance.

For South Africa, the true potential of these technologies lies in localisation. Voice assistants must understand local accents, dialects and colloquialisms to feel genuinely helpful. This opens the door to home‑grown AI innovation trained on South Africa’s diverse linguistic landscape.

Software Takes Over: The Quiet Revolution Inside the Car

Behind the scenes, vehicles are undergoing a dramatic architectural shift. Cress emphasised that automotive engineering is moving irreversibly from hardware centred design to software defined platforms. Centralised computing units, “by wire” steering and braking, and routine over the air updates mean that vehicles now behave more like smartphones, receiving continual performance improvements and new features long after they leave the factory.‑centred design to ‑defined‑wire” steering and braking, and routine over‑the‑air updates mean that vehicles now behave more like smartphones, receiving continual performance improvements and new features long after they leave the factory.

This shift is reshaping after‑sales service. Workshops will increasingly focus on software diagnostics rather than mechanical repair, and suppliers will require new capabilities in electronics, software development and digital mobility services. As a result, demand for software and AI expertise is set to surge across the industry — a challenge that also presents a major opportunity for South Africa’s workforce and education systems.

Looking Toward 2030

Cress concluded by forecasting a decade in which electric vehicles surpass combustion cars in range and speed, autonomous systems outperform human drivers in safety, and connected mobility fuels exponential growth in the Internet of Things. Vehicles will become trusted companions, and software will eclipse hardware as the primary source of automotive value.

The decisions South Africa makes over the next few years will determine its place in this emerging global landscape. By investing in skills, digital technologies and new energy manufacturing, the country has a real opportunity to lead — not follow — in the automotive future that is already here.‑energy manufacturing, the country has a real opportunity to lead — not follow — in the automotive future that is already here.