The dangerous consequences of Nigeria’s tax reform bills on IT infrastructure and the race for Artificial Intelligence
By Haruna Chiroma
The tax reform bill is currently stirring controversy. It poses a severe threat to the growth of information and communication technology (ICT) in Nigeria, as it proposes to terminate funding for the National Information Technology Development Agency (NITDA) by 2027. When I first read this shocking news in the newspapers, I was compelled to investigate further. A section of the bill explicitly states, “National Information Technology Development Fund: 20% in 2025 and 2026 years of assessment, and 0% in 2027 and thereafter.” This provision indicates a progressive reduction of NITDA’s funding until complete withdrawal by 2027. At a time when nations worldwide are significantly increasing their investments in technology to drive innovation and economic growth, Nigeria’s decision to defund its premier ICT development agency is deeply concerning.
Globally, governments play a pivotal role in funding and coordinating computing technological advancements through agencies like NITDA. Leading examples include the U.S., where El Capitan, the most powerful supercomputer with over 11 million processors, is hosted at the Lawrence Livermore National Laboratory with government funding. Similarly, Japan’s Fugaku supercomputer, Italy’s Leonardo supercomputer at the Interuniversity Consortium for Automatic Computing of North-East Italy, and China’s Sunway Taihulight supercomputer at the National Supercomputing Center are all funded and maintained in millions of dollars by their respective governments. These centres drive artificial intelligence (AI), climate research, and national security breakthroughs.
Nigeria’s move to stop NITDA’s funding undermines its ability to establish comparable infrastructure, potentially sidelining the nation in the global race for technological leadership, especially in this era of AI boom. NITDA needs a significant increase in government funding, not a reduction or cessation of funding. This support is essential for transitioning from its current focus on providing basic systems with internet connectivity to delivering advanced computing infrastructure.
The NITDA has been instrumental in providing IT infrastructure to tertiary institutions and centres across Nigeria, aiming to enhance hands-on experience with technology. While this initiative has made IT resources more accessible, its impact has been limited due to the basic nature of the infrastructure provided. NITDA often delivers facilities such as buildings with basic computing devices and internet connectivity.
Although helpful, this approach falls short of addressing the advanced needs of tertiary institutions, which should be hubs for high-impact research, innovation, and technological development. The computers provided in institutions should have at least one server with 4 GPUs, multi-GPU systems, Dual GPU Xeon W-2400, and advanced workstations capable of running 70 billion parameter models. Such limited interventions fail to prepare Nigeria to lead Africa in technological advancements and global IT competitiveness.
Tertiary institutions are critical for pioneering research and fostering innovations that drive national development. However, the resources provided by NITDA rarely go beyond basic systems, leaving institutions ill-equipped to conduct groundbreaking research or develop cutting-edge technologies. High-impact research requires advanced state-of-the-art computing infrastructure, advanced software tools, and specialized facilities, all of which are currently lacking. As the “Giant of Africa,” Nigeria should empower its higher education system with resources to catalyze technological breakthroughs, enabling the country to lead in global innovation. Unfortunately, the limited scope of NITDA’s current offerings restricts this potential.
Rather than addressing these shortcomings, the proposed tax reform bill aims to phase out budget allocations for NITDA by 2027. This move is a significant setback for a developing nation that aspires to secure a place on the global technology map. Eliminating funding for NITDA would exacerbate the already inadequate IT infrastructure in tertiary institutions, undermining efforts to equip students with the skills needed for the Fourth Industrial Revolution. It would also signal a lack of commitment to nurturing a robust ecosystem for research and innovation, essential for long-term economic growth.
Increasing funding for NITDA is crucial to ensure it can provide an infrastructure capable of supporting advanced research and development. By investing in high-performance computing clusters, research laboratories, and innovation hubs, NITDA could transform tertiary institutions into true centres of excellence. Such investments would enhance education quality, foster industry partnerships, and attract global attention to Nigeria’s technological capabilities. These steps are necessary to empower students and researchers to develop solutions that address local and global challenges.
The NITDA should refocus its efforts from constructing buildings to investing solely in advanced IT infrastructure and power solutions. Beneficiary institutions can provide the necessary physical space, allowing NITDA to channel its budget toward cutting-edge computing systems and robust power setups essential for research and development. This shift would maximize resources and provide institutions with tools to foster innovation, invention, and impactful research and development.
NITDA’s approach should prioritize building supercomputers with at least 400,000 processors (mostly accelerators) capable of handling complex computations and simulations required for high-impact research. Additionally, data centre storage units with capacities in petabytes should be established to support the growing demand for data-driven research and AI training models.
Cybersecurity infrastructure must be provided in the relevant institutions equipped to monitor Nigeria’s cyberspace, conduct advanced forensic investigations, innovate, research, and defend against cyber threats. This holistic approach would create a technological ecosystem capable of addressing the needs of both academia and the nation, bridging the gap between research, innovation, and real-world applications.
Rather than building and distributing basic computing devices across institutions, which provide limited value, NITDA should aim to establish at least one high-performance computing and cybersecurity centre in Nigeria’s six geopolitical regions. Establishing high-performance computing centres in each region is a strategic move that could transform the nation’s technological and research landscape. These centres would serve as centralized hubs for cutting-edge computation, enabling tertiary institutions and regional research bodies to access advanced resources essential for high-impact research, innovation, invention and technology development.
These centres would empower researchers and students to engage in frontier areas such as AI, climate modelling, biotechnology, and space exploration by providing access to supercomputers with thousands of processors, vast petabyte-scale data storage facilities, and state-of-the-art cybersecurity infrastructure.
To ensure sustainability and efficiency, these HPC centres should be supported by reliable power infrastructure, skilled personnel, and strategic funding models. Power-intensive facilities like these require an uninterrupted energy supply, which could be addressed through investments in renewable energy solutions such as solar farms or microgrids.
Haruna Chiroma, a University Professor of Artificial Intelligence, wrote from the University of Hafr Al Batin, Saudi Arabia, via freedonchi@yahoo.com.