AI, Cybersecurity and Technology Sovereignty Reshape the Future of Computing in South Africa

Introduction

South Africa’s computing and information technology industry is entering an important period of transformation as businesses increasingly recognise that artificial intelligence, cybersecurity, modern computer systems and data management are essential to their future competitiveness. New research released by Dell Technologies on 4 November 2026 indicates that organisations are reconsidering how they invest in technology, manage sensitive information and prepare their infrastructure for increasingly sophisticated digital operations.

The findings come from the Modern Enterprise Readiness Study 2026, conducted by Dell Technologies in partnership with independent research organisation Vanson Bourne. The South African findings are based on 50 business and IT decision-makers and form part of a wider international survey involving 2,950 respondents across 35 countries. The research covered organisations in financial services, healthcare, manufacturing, retail, energy and utilities, and the public sector.

The findings highlight a significant shift in enterprise computing priorities. Businesses are no longer interested in technology investment simply for the sake of adopting new equipment or software. Instead, they want computing infrastructure that improves productivity, protects information, supports artificial intelligence and produces measurable business results.

Economic pressure is changing technology investment decisions

One of the most important findings concerns the influence of economic uncertainty on South African technology spending.

Businesses are operating in an environment where they must carefully balance operating costs, infrastructure requirements, innovation and long-term competitiveness. Consequently, technology departments are facing greater pressure to demonstrate how every investment contributes to organisational performance.

According to the study, 84% of South African business leaders say macroeconomic conditions are making them more selective and focused on outcomes when investing in technology.

This does not necessarily mean organisations are abandoning digital transformation. Rather, they are becoming more deliberate about selecting systems that provide practical benefits.

For example, businesses may prioritise computer systems that reduce administrative work, improve information management, strengthen security and allow employees to collaborate more efficiently. They may also review existing software subscriptions, infrastructure arrangements and technology suppliers to eliminate unnecessary duplication.

The research further indicates that 82% of South African respondents would prefer to consolidate more of their technology requirements with one strategic partner where possible.

This preference reflects the difficulties associated with managing fragmented technology environments. When organisations purchase hardware, software, networking, cloud services and cybersecurity solutions from numerous suppliers, coordinating these systems can become complicated.

A more consolidated approach may simplify procurement, technical support and system integration. However, organisations must still assess supplier independence, contractual terms and the risks of becoming overly dependent on one provider.

The study also found that 92% of South African leaders are shifting expenditure towards technology partners with the scale, ecosystems and supply-chain capabilities required to move artificial intelligence and modernisation projects beyond pilot programmes.

This suggests that businesses increasingly want partners capable of supporting large-scale implementation rather than merely demonstrating new technology.

Modern computers become essential to workplace productivity

Another important finding concerns the growing importance of modern workplace devices.

Computers remain central to business operations, but their role is changing as employees increasingly depend on AI-enabled applications, cloud platforms, collaboration software and sophisticated data tools.

The study found that 96% of South African respondents believe modern devices make a noticeable difference to collaboration and meeting quality.

Meanwhile, 86% say outdated or underpowered devices limit their ability to adopt new technologies, including artificial intelligence applications. Furthermore, 96% of South African leaders believe modern AI-capable personal computers and devices will play an important role in their organisations’ future strategies.

These findings demonstrate why computer hardware modernisation is becoming a strategic business issue.

Older computers may struggle with increasingly demanding applications, particularly when employees work with large datasets, video conferencing, cloud-based systems and AI-powered productivity tools.

In some organisations, outdated equipment can also create compatibility problems, increase maintenance requirements and expose businesses to security vulnerabilities when devices no longer receive adequate software support.

Modern workplace computers can improve processing performance, support more demanding applications and provide improved security features. AI-capable devices may also enable certain tasks to be processed locally, depending on the hardware and software configuration.

Nevertheless, purchasing new computers alone will not guarantee successful AI adoption. Businesses must also consider software compatibility, employee training, licensing, data protection and technical support.

For South African companies, the challenge will be ensuring that hardware investment delivers practical improvements rather than becoming another expensive technology replacement exercise.

Artificial intelligence adoption requires stronger computing foundations

Artificial intelligence is becoming one of the most influential forces shaping the global computing industry. South African businesses are increasingly exploring its potential to improve customer service, automate administrative tasks, analyse information and support decision-making.

However, the Dell Technologies study highlights an important distinction between experimenting with AI and deploying it successfully across an entire organisation.

Businesses may be able to test AI applications relatively quickly, but scaling these technologies requires reliable computing infrastructure, secure data environments, appropriate governance and sufficient processing capacity.

The study found that 66% of South African leaders are concerned about complying with government regulations when using organisational data for AI.

Additionally, 44% say security and compliance concerns are the main reasons their organisations have slowed down or paused AI adoption.

These concerns are understandable because AI applications often require access to business information, customer records, operational data and internal documents.

If organisations introduce AI systems without clear controls, sensitive information could be exposed, improperly processed or used in ways that create legal and reputational risks.

Companies therefore need policies explaining which information employees may share with AI tools, which applications are approved and how generated outputs should be reviewed.

Data quality is equally important. AI systems depend on the information supplied to them. Inaccurate, incomplete or outdated data can produce unreliable results, potentially affecting business decisions.

South African organisations will consequently need to invest in data classification, information management, secure storage and responsible AI governance alongside their computing infrastructure.

Data sovereignty becomes a major enterprise computing consideration

Data sovereignty is emerging as another important consideration in South Africa’s digital transformation.

The concept concerns the location, ownership, control and legal jurisdiction of information stored and processed by computing systems.

As businesses increasingly depend on cloud computing and AI platforms, questions about where information is stored and which legal requirements apply are becoming more important.

The Dell study found that 34% of South African respondents require sensitive data and AI models to remain within their country or region on infrastructure they own or directly control.

A further 16% allow sensitive information to be hosted through a sovereign or local cloud operated by a trusted regional provider.

These findings indicate that some organisations want greater control over their digital environments.

Financial institutions, healthcare providers, government departments and other organisations handling sensitive information may have particular reasons to examine where their data is stored and who can access it.

Local and regional infrastructure can offer benefits relating to control, governance and operational requirements. However, organisations must also evaluate service reliability, disaster recovery, performance, security and costs.

Data sovereignty does not automatically guarantee data security. A locally hosted system can still be vulnerable if access controls, encryption, monitoring and security procedures are inadequate.

The most effective approach therefore combines appropriate data location decisions with strong technical and organisational safeguards.

South Africa’s data centres face growing infrastructure demands

The expansion of AI and data-intensive computing is also increasing pressure on data centres.

Data centres provide the computing power, storage systems and networking infrastructure required to operate modern digital services.

As businesses adopt more advanced analytics, cloud computing and AI applications, their demand for processing capacity is expected to become more complex.

The Dell research found that 48% of South African business leaders believe their data centres and computing infrastructure are not yet fully prepared to support their most demanding workloads at production scale, including AI and analytics.

This is a significant concern because AI systems can require substantial processing power, memory, storage capacity and network performance.

Organisations attempting to deploy advanced AI applications on infrastructure that was designed for conventional business workloads may experience performance limitations.

Infrastructure modernisation could involve upgrading servers, improving storage systems, expanding network capacity and adopting computing architectures suited to specialised workloads.

However, investment decisions must take account of South Africa’s electricity costs, power reliability, cooling requirements and the financial implications of maintaining high-performance facilities.

Businesses must also consider whether workloads should run in private data centres, public cloud environments, local cloud facilities or hybrid arrangements.

Hybrid computing can allow organisations to combine different infrastructure models according to the sensitivity, performance and cost requirements of individual applications.

The challenge is to create an environment that is sufficiently flexible to support innovation while maintaining security, reliability and financial discipline.

Cybersecurity becomes a fundamental computing requirement

Cybersecurity is another major theme emerging from the study.

As organisations connect more computers, applications, servers and cloud platforms, the number of potential entry points for cybercriminals can increase.

Cybersecurity can no longer be treated as an optional addition to an IT project. It must be considered when organisations purchase computers, develop software, configure networks and introduce artificial intelligence.

The study found that 90% of South African business and IT leaders expect security to be included in every proposal from a strategic technology partner.

Furthermore, 92% consider integrated data protection and cyber-recovery capabilities important when selecting storage and server platforms.

Another 94% expect their use of managed security services to increase over the next two to three years.

These figures demonstrate that cybersecurity is becoming a central purchasing consideration.

Businesses increasingly need protection against ransomware, phishing, unauthorised access, data theft and disruptions to essential computer systems.

They must also prepare for incidents that could affect the availability of business information and operational services.

Data backups are particularly important, but organisations must ensure that backup systems are protected against unauthorised access and that recovery procedures are regularly tested.

A backup that cannot be restored quickly may offer limited protection during a serious incident.

Companies should also strengthen employee awareness, introduce appropriate access controls, monitor suspicious activity and maintain clear incident-response procedures.

POPIA and the Cybercrimes Act influence technology decisions

South African businesses must also consider the country’s regulatory environment when developing computing and data-management strategies.

The Protection of Personal Information Act, commonly known as POPIA, establishes requirements for the lawful processing and protection of personal information.

The Cybercrimes Act provides a legislative framework addressing cybercrime.

These laws make responsible information management and cybersecurity important considerations for organisations operating in South Africa.

Companies introducing AI systems must consider how personal information is collected, stored, accessed and processed.

They should also establish procedures for managing information responsibly and evaluating the risks associated with third-party technology services.

Compliance should not be treated as a document prepared only when an audit takes place. It should influence everyday computing decisions, including software procurement, system design, employee access and data retention.

The future of South African enterprise computing

The Dell Technologies findings suggest that South African businesses are moving towards a more integrated approach to computing.

Hardware, software, cloud infrastructure, artificial intelligence and cybersecurity are increasingly interconnected.

A company cannot expect to achieve successful AI transformation if its computers are outdated, its data is poorly managed or its security systems are inadequate.

Similarly, modern servers and advanced applications cannot deliver their full potential without skilled employees and clearly defined operational objectives.

The next phase of enterprise computing will therefore require organisations to consider technology investment as a coordinated business strategy.

Small and medium-sized businesses will also need to participate in this transformation, although their financial resources may differ considerably from those of large corporations.

Affordable cloud services, managed IT support and carefully selected software solutions could help smaller organisations access capabilities that were previously available mainly to larger enterprises.

Training will remain essential. Employees need the skills to use modern computer systems, understand AI-generated information and recognise cybersecurity threats.

Technology providers, educational institutions and industry organisations will have important roles in supporting the development of South Africa’s digital skills base.

Conclusion

The Modern Enterprise Readiness Study 2026 highlights an important development in South African computing: businesses are becoming more focused on secure, reliable and outcome-driven technology investment.

Artificial intelligence is creating new opportunities, but its successful adoption depends on modern computers, capable data centres, reliable infrastructure and responsible information management.

The growing emphasis on cybersecurity and data sovereignty also demonstrates that businesses are placing greater importance on protecting their digital assets and maintaining control over sensitive information.

Ultimately, South Africa’s ability to benefit from the next generation of computing technologies will depend not simply on how quickly organisations adopt new applications, but on whether they establish the infrastructure, skills, governance and security foundations needed to use those technologies effectively.

The message from the research is clear: successful digital transformation requires more than purchasing advanced technology. It requires building an enterprise computing environment that is productive, resilient, secure and ready for the demands of the future.

Sources and supporting industry coverage

The research also considered the following technology reporting and industry material:

Editorial note: The lead story is a Dell Technologies announcement published on the requested date. The supporting sources provide additional industry context; they are not being presented as five separate stories published today.

Additional computing industry implications

The findings also raise questions about how South African organisations will measure the success of their technology investments. Rather than judging transformation projects by the number of computers purchased or applications deployed, businesses should evaluate improvements in processing efficiency, employee productivity, operational continuity and customer experience.

For example, an organisation introducing AI-powered customer support should assess whether the technology reduces response times while maintaining accuracy and protecting customer information. Similarly, a business upgrading its servers should examine whether the investment improves system availability, reduces operational bottlenecks and supports future growth.

Another important consideration is the development of local technical expertise. Modern computing environments require professionals who understand cloud architecture, data engineering, cybersecurity, network administration and AI governance. Without sufficient skills, organisations may struggle to maintain the systems they purchase or fully benefit from advanced technology.

South African businesses therefore need to connect infrastructure investment with workforce development. This combination will be important in building a competitive digital economy and ensuring that the benefits of enterprise computing extend beyond large technology companies.

The coming years will test whether organisations can translate their growing interest in AI, security and modern infrastructure into practical improvements across the economy.