Sahem Azzam, Senior Vice President, Middle East, Africa and Turkey, Orange Business, outlines the potential for smart city technology implementation throughout Africa.
With unique challenges and opportunities, Africa has emerged as a fertile ground for smart city technologies. They have the potential to transform multiple sectors throughout Africa, from education to government, agriculture to financial services, energy management and health. However, the right infrastructure and connectivity must be in place to fully realize the possibilities.
Smart cities are gaining traction throughout Africa, with the latest IMD Smart City Index citing projects in South Africa, Namibia, Kenya, Egypt, Algeria, Morocco, Nigeria and Ghana as examples of progress. The development of smart cities in Africa is primarily driven by increasing urbanization across the continent. According to the UN, by 2033, urban populations in Africa will exceed rural populations, rising to 60% by 2050.
According to Deloitte, Africa is not limited by legacy infrastructure and systems to maintain and can drive ahead into smart city projects. Add a youthful consumer population, which presents a secure, tech-hungry customer base moving forward. We believe there are big opportunities in the following industries.
Government
In government, digital infrastructure and tools are helping improve public service delivery and citizen engagement. In Rwanda, the Smart Cities Blueprint project outlines steps for integrating digital into urban planning to address challenges like infrastructure development and service delivery.
Connectivity powers these changes, cloud ensures they reach as many citizens as possible, and, again, cybersecurity must underpin all projects. Cloud enables secure e-governance platforms and applications, and helps drive more transparent governance, streamlines administrative processes, and enables citizens to participate more actively in decisions that impact their lives. At a services level, smart cities that deploy IoT and sensor technologies in urban areas are helping to improve city management, public safety and service delivery in general.
Energy
Smart energy management initiatives like smart grids and renewable energy solutions are helping optimise energy consumption and reduce environmental impact. Smart grids enhance efficiency, reliability and sustainability of power systems, while smart meters are replacing traditional meters and enabling accurate, real-time measurement of energy consumption. The knock-on benefit of this is more dynamic pricing, plus the ability to detect outages quickly and reduce energy theft.
IoT platforms and smart sensors are central to this transformation, collecting data on energy usage, temperature and other parameters to help optimize energy consumption and better manage energy systems. Predictive analytics that use historical and real-time data can be deployed to predict energy consumption patterns and optimize energy distribution. In time, AI tools can be used for load forecasting to predict energy demand more accurately, better match supply, and prevent outages.
Healthcare
Throughout Africa, smart technologies are enhancing healthcare systems and patient care with innovations like telemedicine and mobile health apps helping extend healthcare to underserved populations. Initiatives like Smart Health Facilities implemented by the United Nations Development Program (UNDP) have helped to significantly improve healthcare delivery in Africa by integrating digital solutions into health infrastructure.
IoT-connected devices can have a big impact in patient monitoring, which is essential for managing chronic diseases and improving healthcare outcomes. IoT devices enable continuous remote monitoring of vital signs, which makes it easier to detect and treat health issues. Wearable devices like smartwatches and fitness trackers can track patients’ heart rates, blood pressure, sleep patterns and physical activity and deliver valuable data to healthcare providers to inform treatment.
Similarly, patients with chronic conditions like diabetes, hypertension and heart disease can benefit from remote monitoring of connected devices like weighing scales, blood pressure monitors, pulse oximeters and blood glucose meters. IoT connectivity can give healthcare professionals real-time data on patients’ vital signs, enabling them to adjust treatment plans and respond promptly in the case of an emergency.
In regions of Africa prone to disease outbreaks, IoT-enabled sensors can monitor environmental conditions and the frequency of disease-carrying vectors and provide vital data for disease prevention efforts. Cybersecurity solutions are critical, too, with data privacy a vital element of e-health: healthcare providers must ensure robust cybersecurity to protect health data from breaches and cyberattacks.
Agriculture
IoT is the driving force behind smart farming in Africa, connecting smart machines and sensors on farms to enable data-driven, more efficient agricultural practices and processes. Smart agriculture has the benefits of reducing the ecological footprint of farming and driving time efficiencies, cost reductions and increased productivity for farmers. It’s been found that land farmed using smart technologies can increase farmers’ incomes by as much as 30%.
Education
Technology is already helping to power change in education throughout Africa with projects in place to increase access to online learning resources and virtual classrooms. Initiatives like the Smart Classroom Project and Digital Literacy Programme in Kenya and Rwanda are good examples, equipping schools with digital tools and improving overall education quality and accessibility for students.
IoT can help education take big steps forward. Connected objects and devices can collect data on students’ progress, attendance and learning styles and design personalized learning paths accordingly. Connected interactive whiteboards enhance classroom engagement, and smart desks track students’ study patterns, suggesting breaks or changes in activity. Environmental sensors can be used to ensure healthy classroom conditions, promoting better concentration. And from a safety perspective, IoT-enabled sensors and cameras deployed throughout schools and campuses can ensure premises security and control who can enter buildings.
As tech-enabled education matures, there will be a role for AI and machine learning to enable more personalized learning experiences, adaptive assessments and tools, like chatbots and virtual tutors.
A smart, connected future for Africa
Industries are being transformed throughout Africa, and a combination of smart city solutions, like IoT married to connectivity, cloud, cybersecurity and data expertise, can power the continent forward.
Investment in infrastructure is key to this connected future and addressing critical issues in key industries. Orange Business expertise has helped power leading smart city and infrastructure projects throughout the Middle East and Africa (MEA), including the King Abdullah Financial District in Saudi Arabia, the Dubai Silicon Oasis, and the Abu Dhabi municipality smart city IoT app that enhances smart services. We’ve also helped drive change in education, with our Orange Digital Centres throughout MEA working with National Ministries of Education Africa to deliver training and digital skills and foster entrepreneurship.
Orange Business MEA specialises in smart infrastructure and integration, incorporating networks, IoT, cloud, connectivity and cybersecurity. Building comprehensive digital infrastructure will significantly enhance the delivery, accessibility and quality of services across multiple industries in Africa, ultimately leading to better outcomes and improved daily living for all. Exciting times are ahead.
Sahem Azzam is Senior Vice President, Middle East, Africa and Turkey, leading the Orange Business team operating across the region comprising 60+ countries. He has a special interest and expertise in infrastructure services, IoT, Big Data, Smart Cities, Blockchain and IT service management.
Image Credit: Orange Business
