10 Emerging Technologies That Could Transform Africa in 2026

Africa's technology story is often told through smartphones, fintech, artificial intelligence and digital payments. But some of the technologies that could have the greatest impact on the continent over the next decade are emerging far beyond the consumer internet. They are appearing in energy systems, biotechnology laboratories, materials science, drug discovery, industrial AI and cybersecurity.

The World Economic Forum's Top 10 Emerging Technologies of 2026 identifies ten technologies that are moving closer to practical deployment and could have significant social and economic consequences over the next three to five years. The list covers everything from electricity systems and lithium extraction to precision medicine, world models and post-quantum cybersecurity. For Africa, the report is particularly interesting because several of these technologies intersect directly with challenges the continent already faces: unreliable electricity, food and pharmaceutical supply chains, extreme heat, dependence on imported technology, mineral resources and cybersecurity.

Here are the 10 technologies Africans should be watching.

1. Everything-to-grid energy could make electricity more flexible

The first technology is everything-to-grid energy, a concept that turns buildings, vehicles, batteries and other electrical assets into active participants in the power grid. Instead of electricity moving in only one direction from a power plant to consumers; batteries, electric vehicles and other devices could store electricity when it is available and return it to the grid when demand rises. Software coordinates these distributed energy resources so they effectively behave like one large energy system.

This could be particularly important for Africa. The continent still has an enormous electricity-access challenge. The International Energy Agency estimates that around 600 million people in sub-Saharan Africa lacked electricity access in 2024, while decentralised solutions such as mini-grids and standalone solar systems are increasingly important to expanding access. Africa therefore does not necessarily have to reproduce the electricity infrastructure model of wealthy countries. A future African power system could combine solar farms, rooftop solar, batteries, electric vehicles, commercial buildings and mini-grids into intelligent networks. For African startups, that creates opportunities in battery management, energy software, smart meters, financing, demand response and energy-as-a-service.

2. Direct lithium extraction could change Africa's mineral opportunity

The second technology is direct lithium extraction (DLE). Rather than relying primarily on conventional evaporation ponds, DLE uses processes that can extract lithium directly from brines, potentially reducing the time and land requirements associated with traditional methods. The WEF says early industrial operations in places including Argentina and California are demonstrating the technology at scale. This matters for Africa because the continent is becoming increasingly important in the global critical-minerals race. But simply possessing lithium deposits does not guarantee that African countries will capture the largest share of the economic value. The bigger opportunity could be building capabilities around processing, refining, battery materials, engineering and mineral technology. The WEF specifically argues that emerging lithium technologies could encourage more regional refining capacity and help reduce concentrated supply chains. For African governments, the lesson is straightforward: the objective should not simply be to extract minerals and export them. The countries that build processing, technology and manufacturing capabilities around those resources could capture considerably more value.

3. Passive cooling could become a major African climate technology

The third technology is passive radiative cooling materials. These materials are designed to release heat from surfaces without consuming electricity. They can potentially be incorporated into paints, roof tiles, window films and fabrics. That sounds relatively simple, but its implications could be enormous in hot African cities. Cooling buildings consumes energy, while many African countries already struggle to provide reliable and affordable electricity. Technologies capable of reducing heat without adding electricity demand could therefore become increasingly valuable. The WEF points to applications ranging from buildings to electrical infrastructure, including coatings designed to keep power cables cooler and potentially increase their carrying capacity. For rapidly growing cities such as Lagos, Accra, Nairobi, Cairo and Johannesburg, passive cooling could eventually become part of building design rather than something added after construction.

African architects, construction companies and climate-tech startups could have an important role in adapting these materials to local climates.

4. PFAS destruction could create a new environmental technology market

The fourth technology is PFAS destruction. PFAS, often described as “forever chemicals,” are highly persistent synthetic chemicals that can contaminate water and ecosystems. The emerging technologies highlighted by the WEF aim to actually destroy these compounds rather than simply capture or contain them. Some systems for concentrated PFAS waste streams are approaching very high destruction efficiencies.

For Africa, the broader lesson extends beyond PFAS itself. As industrialisation, mining, manufacturing and urbanisation increase, environmental monitoring and remediation will become increasingly important. This could create demand for African companies working on water treatment, chemical detection, environmental monitoring and industrial waste management. The opportunity is not necessarily to copy technology developed elsewhere. It is to develop affordable environmental technologies suited to African industrial and municipal conditions.

5. Precision fermentation could transform food and medicine production

The fifth technology may be one of the most strategically important for Africa: precision fermentation. The technology uses microorganisms such as yeast or bacteria as biological factories. Scientists give these organisms genetic instructions to produce particular proteins, enzymes, pharmaceutical compounds or other molecules. The WEF highlights an especially important African connection: artemisinin, a critical antimalarial compound, has historically depended heavily on agricultural production of sweet wormwood. Precision fermentation could eventually provide another way to manufacture important molecules without relying entirely on agricultural supply chains.

The implications go beyond medicine. Precision fermentation could produce food proteins, cosmetic ingredients, pharmaceutical compounds and chemicals traditionally produced from crops, animals or fossil fuels.

For Africa, this raises an important question:

Could biotechnology allow the continent to move from being primarily a producer of agricultural commodities to becoming a manufacturer of high-value biological products?

That would require laboratories, bioreactors, reliable electricity, skilled scientists, financing and supportive regulation. But the opportunity is significant.

6. Exosome drug delivery could push precision medicine forward

The sixth technology is exosome drug delivery. Exosomes are tiny biological particles naturally produced by cells. They can carry proteins and genetic material between cells, effectively acting as microscopic delivery systems inside the body. Scientists are exploring ways to engineer exosomes to transport therapeutic material to specific cells and potentially overcome biological barriers that conventional drug-delivery systems struggle with. The WEF reports that more than 200 clinical trials involving exosome technologies have launched since 2022. The technology is still developing, and manufacturing, quality control and regulation remain significant challenges. But the potential African impact is substantial. African researchers could eventually participate in developing treatments for diseases that disproportionately affect African populations rather than relying entirely on therapies developed for other markets. That will require investment in biotechnology infrastructure, genomics, clinical research and advanced manufacturing.

7. Personalized mRNA cancer vaccines could change cancer treatment

The seventh technology is personalized mRNA cancer vaccines. Unlike a conventional vaccine designed for a broad population, these therapies are designed around the characteristics of an individual patient's cancer. The basic idea is to identify specific mutations or markers associated with a patient's tumour and use that information to design an mRNA treatment intended to train the immune system to recognize and attack those cancer cells. The technology represents an important shift toward highly personalized medicine. But Africa faces a major challenge here: personalization requires infrastructure. Genomic sequencing, bioinformatics, pathology, specialist laboratories and rapid manufacturing capabilities all have to work together. The WEF notes that localized sequencing and bioinformatics infrastructure will be important to making these treatments scalable and accessible.

For African healthcare systems, this means the future of advanced medicine may depend as much on computing and laboratory infrastructure as on the drugs themselves.

8. Quantum simulation could accelerate drug discovery

The eighth technology is quantum simulation for drug discovery. Drug development is extraordinarily complex because scientists must understand how molecules interact at the atomic level. Conventional computers can approximate these interactions, but quantum simulation could eventually model molecular behaviour with greater fidelity. The WEF points out that roughly nine out of ten drug candidates entering clinical trials fail, for many different reasons including problems associated with drug design and development. If quantum computing can eventually reduce some of this uncertainty, it could make previously unattractive diseases more viable targets for drug development.

Africa should not interpret this as a reason to immediately build enormous quantum-computing centres. The more immediate opportunity is talent. African universities and research institutions can begin developing expertise at the intersection of quantum computing, chemistry, biology, mathematics and artificial intelligence. The countries that build that talent early could participate in the future quantum-biotechnology economy rather than simply becoming consumers of it.

9. World models could give AI a better understanding of the physical world

The ninth technology is world models. Today's large language models are extremely capable at processing language, but world models are designed to learn how physical environments behave using data such as video, sensors and other multimodal information. That could be particularly important for robotics. An AI system that understands how objects move, how environments change and what could happen next could potentially operate robots more effectively in factories, farms, warehouses, mines and other physical environments. The WEF points to NVIDIA's Cosmos platform as an early example of this direction, using large amounts of physical-world data to help AI systems understand environments. Africa has an opportunity here that goes beyond importing AI models.

Local developers could build world models around African environments: farms, roads, mines, warehouses, cities and industrial facilities. That could eventually support agricultural robots, autonomous inspection systems, logistics technology and climate modelling designed specifically for African conditions.

10. Lattice-based cryptography could protect Africa from future quantum attacks

The tenth technology is lattice-based cryptography, a form of encryption designed to remain secure against both conventional and future quantum computers. The concern is that sufficiently powerful quantum computers could eventually break some of the mathematical foundations used by today's encryption systems. The WEF describes a “harvest-now-decrypt-later” risk, where encrypted information collected today could potentially be decrypted in the future once sufficiently capable quantum computers exist.

The US National Institute of Standards and Technology finalized its first post-quantum cryptography standards in 2024, meaning organisations are already beginning the transition toward quantum-resistant encryption.

For Africa's rapidly digitising economies, this is not a distant theoretical issue. Banks, governments, telecommunications companies, hospitals and technology companies increasingly store sensitive digital information. African organisations should therefore begin thinking about post-quantum security before quantum computers become capable of breaking existing systems.

Africa's bigger opportunity is not to import these technologies

The most important message from the WEF report may not be any single technology. It is the fact that many of these technologies are moving toward a world where production can happen closer to the point of need.

• Energy can become more distributed.

• Food and biological products can be manufactured through fermentation.

• Medicines can become personalized.

• AI can understand physical environments.

• Mineral processing can become more sophisticated.

• And cybersecurity can be redesigned for the quantum era.

The WEF itself identifies three broad patterns across the technologies: they are becoming more personalized, more decentralized and increasingly capable of doing more with fewer resources. That is particularly relevant to Africa. The continent does not need to wait until it has the same infrastructure as the world's richest economies before participating in the next technological wave.But participation will require more than importing finished products.

Africa needs research institutions, engineering talent, biotechnology laboratories, local manufacturing, patient capital, better regulation and stronger links between universities and industry. The IEA's analysis of African electricity access illustrates the broader challenge: decentralised technologies such as mini-grids and standalone systems are essential, but financing remains a major barrier, particularly for smaller African-owned companies. The same principle could apply across emerging technologies. The biggest African opportunity may not be becoming the world's largest consumer of these innovations. It could be becoming one of the places where they are adapted, manufactured and deployed for the problems the rest of the world has not yet solved. And that makes the next five years particularly important.