South Africa Urged to Turn Innovation Into Jobs and Businesses as AI Opens New Technology Opportunities

JD GLOBAL MEDIA | SOUTH AFRICA
Published: 20 September 2026

A PUSH TO TURN IDEAS INTO ECONOMIC VALUE

South Africa's technology and innovation sector is being urged to move more aggressively from research and invention toward commercial products, new businesses, investment and jobs, as artificial intelligence and other emerging technologies rapidly reshape the global economy.

The latest call came during the World Intellectual Property Organization Director General Daren Tang's official visit to South Africa, which placed the country's innovation ecosystem, intellectual property, entrepreneurship and creative industries under renewed international attention.

Tang said South Africa has several of the foundations needed to become a stronger innovation economy, including a long-established scientific and research base, an industrial sector, a growing start-up ecosystem and a large community of entrepreneurs and creators.

But turning those strengths into economic results requires more than producing research papers or developing promising technologies.

Innovators need access to capital.

Researchers need pathways to commercialise inventions.

Start-ups need customers and investment.

Universities need stronger connections with industry.

Creators need systems that protect and monetise their intellectual property.

And technology developed in laboratories needs a route into real-world markets.

The discussions are taking place as artificial intelligence increasingly changes industries, creating new opportunities while also raising questions about intellectual-property rights, employment, data, innovation and the future of creative work.

For South Africa, the challenge is therefore becoming increasingly urgent: how can the country ensure that its researchers, entrepreneurs and creative professionals participate in the next generation of technology rather than simply becoming consumers of products developed elsewhere?

WHY SOUTH AFRICA'S INNOVATION BASE MATTERS

South Africa has one of the more developed research and industrial ecosystems on the African continent.

The country has major universities, research institutions, technology companies, engineering firms and financial institutions.

It also has a substantial industrial base in sectors including mining, manufacturing, telecommunications, finance, healthcare, agriculture and energy.

These industries generate problems that can create opportunities for technology developers.

Mining companies require automation, artificial intelligence, remote monitoring and improved safety systems.

Agriculture needs technologies that can improve productivity and manage water and climate risks.

Financial institutions increasingly use advanced data systems and artificial intelligence.

Healthcare providers are experimenting with digital services and data-driven tools.

Manufacturers are adopting automation and advanced production systems.

Energy companies are developing technologies for renewable power, storage and grid management.

The existence of these industries gives South African innovators potential customers close to home.

However, developing a technology and selling it commercially are two different challenges.

A researcher may develop a promising invention but lack the money, business expertise or market connections needed to turn it into a viable company.

That gap between invention and commercialisation remains one of the major issues facing innovation systems around the world.

THE COMMERCIALISATION GAP

One of the central themes of the recent discussions was the need to improve technology transfer and commercialisation.

Universities and research organisations can produce valuable intellectual property through scientific research.

But patents and research discoveries have limited economic impact if they remain inside laboratories.

Commercialisation involves taking an invention or research result and developing it into something that customers are willing to pay for.

That can involve prototype development, testing, regulatory approval, manufacturing, marketing, intellectual-property protection and access to investment.

The process can take years.

It can also fail.

Many promising technologies never become successful businesses because the market is too small, production costs are too high or the technology arrives before customers are ready to adopt it.

Others fail because researchers do not have access to entrepreneurs or investors who can help transform technical knowledge into commercial products.

Strengthening this connection could allow more South African research to produce economic benefits.

THE ROLE OF INTELLECTUAL PROPERTY

Intellectual property is central to the commercialisation process.

Patents can protect inventions.

Trademarks can protect brands.

Copyright can protect creative works.

Trade secrets can protect confidential commercial information.

For technology businesses, intellectual-property protection can make it easier to attract investors because investors can see that the company has identifiable assets that competitors cannot simply copy.

But intellectual property is also complicated.

A researcher may work for a university.

A company may finance the research.

A government grant may contribute to the project.

Several people may contribute to the final invention.

Determining who owns the resulting intellectual property can therefore become important.

Clear rules and effective technology-transfer offices can help reduce uncertainty.

The goal is not simply to register more patents.

The larger objective is to turn intellectual property into products, services, licences, businesses and economic value.

AI IS CHANGING THE EQUATION

Artificial intelligence has added another layer of complexity.

AI systems are increasingly being used for research, software development, customer service, manufacturing, healthcare, finance, education and creative production.

The technology can analyse large quantities of information quickly and automate certain tasks that previously required human labour.

It can also help researchers identify patterns and generate ideas.

For South African businesses, AI could potentially improve productivity and allow smaller companies to access capabilities that previously required much larger teams.

A small business can use AI-assisted tools for customer support, marketing, translation, data analysis and software development.

A researcher can use AI to assist with literature reviews, simulations and data processing.

A manufacturer can use machine-learning systems to detect equipment problems.

A medical researcher can use computational tools to examine complex datasets.

The potential applications are extensive.

But the benefits are not automatic.

Businesses need skilled workers who understand how to use the technology.

They need reliable digital infrastructure.

They need access to computing power and data.

They also need systems for managing privacy, security and intellectual-property risks.

THE CHALLENGE OF AI AND CREATIVE WORK

The impact of AI is particularly visible in creative industries.

South Africa has a large community of musicians, filmmakers, designers, writers, photographers, visual artists and other creators.

The country has also developed internationally recognised cultural exports.

Music genres such as Amapiano have reached audiences around the world.

Artists such as Tyla have demonstrated the ability of South African creative talent to achieve international visibility.

AI can potentially provide new tools for these creators.

It can assist with editing, translation, visual development, music production, animation and other processes.

But it can also create disputes over the use of copyrighted material and the identity of human creators.

A major question is how creators can benefit from AI without having their work used without appropriate permission or compensation.

Intellectual-property systems will have to adapt to these developments.

THE NEED FOR INNOVATION FINANCING

Access to finance remains one of the biggest challenges for technology start-ups.

Traditional bank lending often does not fit early-stage technology companies.

A start-up may have limited physical assets but possess valuable intellectual property and a potentially scalable business model.

Banks generally prefer businesses with predictable revenues and assets that can serve as security.

Venture capital and other forms of risk capital are therefore important for technology businesses.

Such investors accept higher levels of risk in exchange for the possibility of significant growth.

South Africa has an established financial sector, but the availability of funding for early-stage innovation remains an important issue.

During the recent discussions, attention was given to strengthening innovation-financing ecosystems, including venture capital and other forms of risk financing.

The objective is to create more pathways for promising businesses to move from an early research or start-up stage into commercial scale.

WHY START-UPS NEED MORE THAN MONEY

Investment alone does not guarantee success.

Technology start-ups also need experienced management.

Researchers may understand their technology extremely well but have limited experience with sales, marketing, hiring, regulatory compliance or international expansion.

Business mentors and incubators can help fill some of those gaps.

Universities can also create entrepreneurship programmes that encourage researchers to think about commercial applications from the beginning of a research project.

Large companies can contribute by becoming early customers.

Government can support the ecosystem through procurement, grants, research funding and appropriate regulation.

When these different parts work together, a technology company has a better chance of moving from invention to market.

THE IMPORTANCE OF THE CSIR

South Africa's Council for Scientific and Industrial Research, or CSIR, is one of the country's important research and technology institutions.

The organisation conducts research in areas ranging from advanced manufacturing and information technology to health, energy, defence and environmental science.

Discussions during the WIPO visit included support for the CSIR's technology-transfer ecosystem.

Technology transfer refers broadly to the process through which research knowledge and inventions move from research organisations into commercial or practical use.

A stronger technology-transfer system could help identify inventions with commercial potential, protect their intellectual property and connect researchers with companies and investors.

This can be particularly valuable in fields where the cost of developing a commercial product is high.

UNIVERSITIES AS TECHNOLOGY ENGINES

South African universities also have a major role to play.

Institutions such as the University of the Witwatersrand and the University of Pretoria have extensive research programmes across science, engineering, medicine and technology.

The recent discussions included potential programmes involving both universities.

University research can create new technologies, but universities also train the scientists and engineers who will build future companies.

Strengthening connections between universities and industry can therefore produce two benefits.

It can help commercialise research while also creating pathways for graduates into technology businesses.

Students who participate in research projects can gain experience solving real-world problems.

Those experiences can eventually lead to start-ups or employment in established technology companies.

FROM RESEARCH TO THE MARKET

A successful innovation ecosystem needs a clear chain.

The first stage is research.

The second is invention or discovery.

The third is protection of intellectual property.

The fourth is development and testing.

The fifth is investment.

The sixth is commercialisation.

The seventh is scaling.

South Africa has significant capability in the first stages.

The challenge is strengthening the connections between them.

An invention that cannot attract investment may never reach the market.

A start-up that cannot find customers may fail even with excellent technology.

A university with valuable patents may generate limited economic impact if its technology-transfer system is weak.

Improving the entire chain can therefore be more important than focusing on one stage.

WHY GOVERNMENT PROCUREMENT CAN MATTER

Government is one of the largest buyers of goods and services in South Africa.

That gives public procurement the potential to support innovation.

If government departments and state institutions purchase appropriate products from emerging technology companies, they can provide early revenue and credibility.

However, procurement processes also need to protect taxpayers and ensure value for money.

The challenge is creating systems that allow innovative businesses to compete while maintaining transparent and fair procurement.

Successful government procurement can provide a technology company with a reference customer.

That can make it easier to attract private-sector clients and international investors.

THE ROLE OF LARGE CORPORATIONS

South Africa's major corporations can also contribute to the technology ecosystem.

Banks, telecommunications companies, mining groups, retailers, manufacturers and healthcare businesses all have complex operational challenges.

Start-ups can develop solutions to some of those problems.

Large companies can therefore become customers, investors or strategic partners.

Corporate venture capital can provide funding.

Pilot programmes can give start-ups opportunities to test their technologies.

Partnerships can provide access to data, infrastructure and industry expertise.

But large corporations also need systems that allow them to work effectively with smaller businesses.

Procurement processes designed for established suppliers can sometimes be difficult for young technology companies.

Creating appropriate pathways for innovation suppliers could increase opportunities for start-ups.

THE GLOBAL COMPETITION FOR TECHNOLOGY TALENT

South Africa is competing for technology talent in a global market.

Highly skilled software engineers, artificial-intelligence researchers, data scientists and technology entrepreneurs can work for companies anywhere in the world.

Remote work has increased the geographic flexibility available to some technology professionals.

This creates opportunities and risks.

South African technology workers can serve international clients without leaving the country.

Local start-ups can recruit talent from other countries.

But skilled workers can also leave for markets offering higher salaries, larger research budgets or greater access to venture capital.

Building a strong domestic technology ecosystem can help retain talent by creating attractive opportunities within South Africa.

THE AFRICAN MARKET OPPORTUNITY

South Africa also has an opportunity to develop technologies for the wider African market.

The continent has more than a billion people and includes economies with rapidly expanding mobile and digital services.

Many African countries face similar challenges in areas such as financial inclusion, healthcare access, agriculture, transport and energy.

South African technology companies can potentially develop solutions that are suitable for these markets.

A company that succeeds in South Africa may then expand into neighbouring countries.

This regional approach can create a larger addressable market than focusing exclusively on domestic customers.

However, African markets are diverse.

Regulatory systems, consumer behaviour, infrastructure and income levels vary significantly between countries.

Technology companies therefore need to understand local markets rather than assuming that a product will work identically everywhere.

DIGITAL INCLUSION REMAINS IMPORTANT

Innovation can only produce broad social benefits if people can access the technology.

South Africa continues to face differences in digital access between households, communities and regions.

High-speed internet, affordable devices and digital skills are not equally available to everyone.

This creates a digital divide.

Artificial intelligence could widen that divide if advanced services are accessible mainly to wealthier businesses and individuals.

At the same time, AI could potentially help reduce inequalities if it is deployed in areas such as education, healthcare, public services and small-business support.

The outcome will depend partly on infrastructure, affordability and policy.

Technology development therefore needs to be accompanied by efforts to expand digital access.

THE IMPORTANCE OF DIGITAL SKILLS

Technology adoption requires people who understand how to use digital tools.

Basic digital literacy is no longer sufficient for many jobs.

Workers increasingly need to understand data, cybersecurity, AI-assisted tools and digital communication.

Schools, colleges, universities and businesses therefore have important roles in developing skills.

Reskilling existing workers can be particularly important.

AI may automate some tasks while creating new roles.

Workers need opportunities to learn how to work alongside new systems rather than simply being displaced by them.

Businesses that invest in training can potentially improve productivity while helping employees adapt to technological change.

CYBERSECURITY AS TECHNOLOGY EXPANDS

Greater digital adoption also creates greater cybersecurity risks.

Businesses hold customer information, financial data, intellectual property and operational information on digital systems.

Cyberattacks can disrupt operations and cause financial losses.

Technology start-ups can be particularly vulnerable because they may have limited cybersecurity budgets.

As AI becomes more widely used, cybercriminals can also use automated tools to increase the scale or sophistication of attacks.

South African businesses therefore need to treat cybersecurity as part of technology investment rather than as an optional additional cost.

Protecting digital infrastructure is essential to maintaining trust in the digital economy.

AI AND INTELLECTUAL PROPERTY

The relationship between AI and intellectual property is becoming one of the most important technology-policy questions internationally.

AI systems can generate text, images, audio, video and computer code.

But those systems may be trained using enormous quantities of existing information.

This has generated debates about copyright, licensing, attribution and compensation.

For South African creators and technology companies, these debates are directly relevant.

A local musician whose work is used in AI training may want appropriate recognition or compensation.

A software company may need to understand whether code generated or assisted by an AI system creates intellectual-property risks.

A business using AI-generated material may need to verify whether the output infringes someone else's rights.

These questions will become increasingly important as AI adoption expands.

SOUTH AFRICA'S CREATIVE ECONOMY AND TECHNOLOGY

The country's creative economy provides another area where technology can generate growth.

Music, film, television, gaming, design and digital content can reach international audiences through online platforms.

AI can reduce some production costs.

Cloud-based tools allow creators to collaborate across countries.

Digital distribution allows independent artists to reach audiences without traditional physical distribution networks.

But creators need effective intellectual-property systems to capture the value they generate.

This is particularly important for African creators whose work can achieve international popularity.

Protecting rights can help ensure that global success produces income for the creators and businesses responsible for the original work.

THE NEXT STAGE OF SOUTH AFRICAN INNOVATION

The recent discussions surrounding South Africa's innovation ecosystem point toward a broader economic question.

The country already produces scientific research, technical expertise, creative work and entrepreneurial ideas.

The challenge is increasing the proportion of those ideas that become successful businesses and widely used technologies.

That requires stronger connections between research institutions, investors, corporations, government and entrepreneurs.

It also requires long-term investment.

Technology businesses rarely become globally competitive overnight.

Research can take years.

Product development can take years.

Building customer relationships can take years.

The companies that eventually become major technology businesses often require sustained capital and management support.

WHAT SUCCESS COULD LOOK LIKE

A stronger innovation ecosystem would not simply produce more start-ups.

It would produce companies capable of surviving, creating jobs and expanding into international markets.

It would allow universities and research institutions to generate income from successful technologies.

It would give researchers incentives to pursue commercially useful ideas.

It would help creative professionals protect and monetise their work.

It would attract international investment into South African technology.

And it would create products capable of solving problems within South Africa and elsewhere in Africa.

That is the broader opportunity created by the current technology transition.

AI CREATES BOTH PRESSURE AND OPPORTUNITY

Artificial intelligence is accelerating the pace of technological change.

Companies that adopt AI effectively can potentially improve productivity and develop new products.

Those that fail to adapt may face increasing competitive pressure.

For South Africa, the issue is therefore not simply whether AI will become important.

It already is.

The more important question is whether South African businesses, universities and entrepreneurs can develop enough local capability to participate meaningfully in the AI economy.

That includes building AI applications, developing talent, protecting intellectual property and creating businesses around new technologies.

It also means ensuring that AI supports human creativity rather than undermining the ability of creators to earn from their work.

A TECHNOLOGY OPPORTUNITY FOR SOUTH AFRICA

South Africa's innovation ecosystem is entering a period of significant change.

The country has established research institutions, universities, industrial companies, entrepreneurs and creative communities.

It also has access to a large African market and a sophisticated financial sector.

The challenge is connecting those strengths more effectively.

The recent discussions during the WIPO Director General's visit have placed particular emphasis on commercialisation, investment, intellectual property and technology transfer.

Those areas will be increasingly important as artificial intelligence and other emerging technologies transform global industries.

South Africa's ability to benefit from that transformation will depend on whether good ideas can move efficiently from laboratories and creative studios into businesses, products and services.

The country does not need to start its innovation journey from scratch.

It already has significant scientific, industrial and creative foundations.

The next challenge is building stronger bridges between those foundations and the market.

If researchers can access investment, if start-ups can find customers, if intellectual property can be protected and commercialised, and if workers and creators can acquire the skills needed for the AI era, technology could become a larger contributor to South Africa's economic development.

The opportunity is significant, but turning that opportunity into measurable results will require sustained investment, collaboration and commercial execution.

For South Africa's technology sector, the next phase is no longer simply about producing innovative ideas. It is about turning those ideas into businesses, jobs, products and solutions that can compete in South Africa, across Africa and in global markets.