Telecom
6 ways Google is working with AI in Africa
Lounging on Labadi Beach, browsing the shops on Osu’s Oxford Street, ending the day with a meal in a local chop bar: This is Accra, Ghana’s bustling capital city. It’s also where, in 2018, we opened our first AI research center in Africa.
The center houses research labs that explore how we can use AI to help solve pressing problems affecting millions of people both locally and globally, like mapping buildings in remote locations to provide better electricity. Our local researchers collaborate with research teams across the globe to work on AI-based tools to create change for communities worldwide, including in various countries across Africa.
Here are six AI projects we’re working on, in our Accra research center and beyond, and how we’re hoping they’ll make a difference.
1.Mapping buildings
Even with satellite imagery, it can be difficult to map buildings in remote locations. When these buildings go unmapped, it can make things like planning infrastructure difficult. Our Open Buildings dataset project, launched by a team in the Accra research center, combines AI with satellite imagery to pinpoint the location of buildings. That helps governments and nonprofit organizations understand the needs of residents and offer assistance. In Uganda, for example, the nonprofit Sunbird AI is using the dataset and working with the Ministry of Energy in Lamwo district to study villages’ electrification needs, and plan potential solutions, such as prioritizing electricity in important areas like commercial centers. And we’re continuing to expand our Open Buildings dataset to see how it can help communities in more areas. In addition to various countries in Africa, the dataset now covers 16 countries in Southeast Asia, including Bangladesh and Thailand.
2. Forecasting floods
The United Nations has reported that half of the world’s least-developed countries lack adequate early warning systems for disasters, including floods. In West and Central Africa specifically, where flooding can be severe, early warning systems could enable better preparation and potential evacuation. Lifesaving technology, like our Flood Forecasting Initiative, can help residents stay safe and give governments time to prepare. We’re using AI models to predict when and where riverine floods will occur in 80 countries worldwide, including 23 in Africa. Our Flood Hub platform displays the forecasts up to seven days in advance, with detailed inundation maps — showing different water levels predicted in different areas — so people know what to expect where they live.
What is the Google FloodHub?
3. Predicting locusts
Locust infestations can have a devastating effect on food crops. Through collaborations with AI-product focused company InstaDeep and the Food and Agriculture Organization (FAO) of the United Nations, our team at the Google AI Center in Ghana is helping to better detect locust outbreaks and enable farmers to implement control measures. The AI Center team is working on building a model that forecasts locust breeding grounds using historical data from the FAO and environmental variables like rainfall and temperature.
4. Improving maternal health outcomes with ultrasound
Ultrasounds can be crucial for identifying potential complications during pregnancy. In recent years, sensor technology has evolved to make ultrasound devices significantly more portable and affordable. Globally, we have been working on building AI models that can read ultrasound images and provide important information to healthcare workers. In Kenya, for instance, we are partnering with Jacaranda Health to help improve our ultrasound AI technology, with a focus on using handheld ultrasound devices that don’t need to be attached to larger machines. This can help people who aren’t trained to operate traditional ultrasound machines to acquire and interpret ultrasound images and triage high-risk patients, simply by sweeping the handheld probe across the mother’s belly.
5. Helping people with non-standard speech make their voices heard
We built Project Relate, an Android app that uses AI research, to help people with non-standard speech communicate more easily. After recording 500 phrases, users receive a personalized speech recognition model. Now available for user testing in Ghana, it can transcribe speech into text; use a synthesized voice to repeat what the speaker has said; and engage Google Assistant to complete tasks, such as asking for directions, playing a song or turning on the lights.
6. Teaching reading to children worldwide
Due in part to the effects of COVID-19, it’s estimated that about two-thirds of 10-year-olds globally are unable to read and understand a simple story. Read Along, Google’s AI-based reading tutor app and website, is helping to increase child literacy. Diya, the in-app reading buddy, listens to the speaker reading aloud, offering support when they struggle, and rewarding them when they do well.
Over the past three years, more than 30 million kids have read more than 120 million stories on Read Along. That progress helps the children, but it also affects their families. For example, one of our Lagos users, William, began using the app when he was 10 years old. He went from being able to read for three minutes at a stretch to reading for 90 minutes at a time. “I am more confident about William’s future because he can read well,” said William’s mom, Martha, “Not just reading well — he now loves to read.”
Nigeria, through the Nigerian Communications Commission (NCC), has won the 2025 World Summit on the Information Society (WSIS) prize for its project, the Digital Awareness Programme (DAP), under Category C3, which is on Access to Information and Knowledge.
L–R: Executive Vice Chairman/CEO of the Nigerian Communications Commission (NCC), Dr. Aminu Maida, receives the WSIS 2025 Prize (Category C3: Access to Information and Knowledge) from the Secretary-General of the International Telecommunication Union (ITU), Doreen Bogdan-Martin, following the selection of the Commission’s Digital Awareness Programme (DAP) as winner of the category.
The DAP, one of hundreds of projects submitted for the WSIS Prizes competition 2025, received the highest number of votes in its category, earning it the top honour. The programme equips secondary schools across the country with Information and Communication Technology (ICT) resources and provide internet connectivity to support teaching, learning, and research. Since inception in 2006, over 300 schools across Nigeria’s six geopolitical zones have benefitted from the programme.
The Executive Vice Chairman of the NCC, Dr. Aminu Maida, received the award during the WSIS Prizes Winners 2025 Ceremony held on Monday in Geneva, Switzerland.
In his acceptance remarks, Dr. Maida thanked the hosts, the International Telecommunications Union (ITU) and WSIS, for recognising Nigeria’s efforts in promoting inclusive digital access across Nigeria, noting that the award would serve as further motivation for the Commission.
“This recognition is more than a celebration of past efforts—it is an encouragement to press forward. It affirms that investing in digital inclusion is investing in national development, and that Nigeria’s work is being seen and valued on the global stage,” Dr. Maida said.
Four other Nigerian projects—the Women Techsters and the Advanced Digital Empowerment Programme for Tertiary Institutions (ADEPTI) under Capacity Building, the Telecom-Based Research Grant Initiative under Enabling Environment, and the Digital Learning Initiative under e-Learning—were also celebrated for their nomination for the Champions Category of Projects at the WSIS Prizes Ceremony. Although they were not among the top-voted entries, they were acknowledged for their significant merit and impact.
The WSIS Prizes competition recognises and promotes projects that effectively leverage ICTs to advance sustainable development. The competition showcases how technology can serve as a powerful tool for addressing global challenges and achieving the SDGs. Projects from around the world are recognised annually, highlighting diverse approaches to building an inclusive information society.
The World Summit on the Information Society (WSIS) is a United Nations (UN) initiative aimed at building a people-centred, inclusive, and development-oriented information society. It provides a multi-stakeholder platform to address issues related to Information and Communication Technologies (ICTs) and their role in achieving sustainable development.
The Forum is an annual event that brings together high-level representatives from governments, the private sector, civil society, academia, the technical community, and international organisations. It serves as a global platform for implementing the WSIS Action Lines, which are aligned with the UN Sustainable Development Goals (SDGs).
Nigerian Communications Commission (NCC) has given telecom tower operators in the country August 2025 deadline to fix persistent network hitches in their facilities or face regulatory sanctions.
The Executive Vice Chairman (EVC) of the commission, Dr. Aminu Maida, reportedly gave the ultimatum during a high-level meeting with key industry players, attended by representatives of IHS Towers, American Tower Corporation (ATC), and Pan-African Towers, and mobile network operators (MNOs) in Abuja
According to sources, discussions at the meeting focused on the recurring challenges in the telecoms sector, particularly power failures, equipment malfunctions, and insufficient site maintenance, that have been causing poor Internet and call services in the country
Specifically, Maida tasked the tower operators on the imperative of complying with the NCC’s updated Quality of Service (QoS) framework, which now extends performance obligations to infrastructure providers, not just telecom service providers.
According to him, the timeline given by the commission is more than enough time for all parties to align with the performance standards expected of them.
Recently, to ensure compliance with the standards, the NCC introduced a Major Incident Reporting Portal for real-time outage disclosures; developed public performance dashboards to enhance transparency; mandated that telecom tower companies meet strict Key Performance Indicators (KPIs).
Although the tower operators had previously cited delayed payments from MNOs as a reason for service lapses, the NCC had dismissed the justification, insisting that all parties must meet their obligations.
The EVC maintained: “Operators must fulfill both their technical and financial responsibilities. Poor service delivery—regardless of internal disputes—will attract consequences.”
Available data on the telecom tower infrastructure shows that IHS Towers has the largest assets with 16,000–19,000 sites, (62% market share); compared to American Tower Corp’s (ATC’s) about 8,270 towers; and Pan-African Towers’ 760–1,000 sites nationwide.
The latest NCC’s August deadline is believed to be putting pressures on the tower operators to improve the quality of their facilities for improved services as the commission had hinted of its plan to sanction defaulting operators with fines or stricter regulatory actions.
Industry experts believe that the NCC’s directive is a welcomed development as it will ensure reliable Internet connectivity and improved services quality for telecom consumers in the country.
Nigerian Communications Commission (NCC) is set to play a pivotal role at the upcoming 6th edition of the Telecom Sector Sustainability Forum (TSSF 6.0), where it will lead a critical discussion on the sustainable growth of Mobile Virtual Network Operators (MVNOs) in Nigeria.
Set against a backdrop of innovation and opportunity, this forum, organized by Business Remarks, aptly themed “Unlocking Nigeria’s MVNO Potential: Status, Trends, Investment, and Future Prospects,” is scheduled for August 26, 2025. This event reinforces the nation’s commitment to fostering a robust, competitive, and inclusive telecommunications landscape.
The forum will bring together a diverse array of key stakeholders from across the telecom ecosystem to deliberate on strategies for integrating MVNOs effectively into Nigeria’s rapidly evolving digital economy. With the recent advancements in technology and the issuance of 43 MVNO licenses to new players, MVNOs are poised to significantly enhance service delivery, drive digital transformation, penetrate underserved markets, and stimulate healthy competition across the sector.
As the global MVNO market is experiencing significant growth, with projections indicating continued expansion, experts believe that with the right regulatory environment and access to infrastructure, emerging markets like Nigeria can leverage MVNOs to unlock new value for both operators (by utilizing excess network capacity) and customers. Customers can enjoy a rich array of niche value-added services tailored to their needs.
Having been proactive in introducing a five-tier MVNO licensing classification, each with distinct services and a 10-year validity period, signaling a clear path for new entrants, the telecom regulator (NCC) will deliver a keynote address outlining the Commission’s regulatory framework, interventions, and commitment to ensuring a conducive environment for MVNO operations.
Mrs. Bukola Olanrewaju, Convener of the forum and Managing Editor of Business Remarks, emphasized the importance of collaboration. “TSSF 6.0 is designed to be a melting pot of ideas, bringing together Mobile Network Operators (MNOs), MVNOs, telecoms infrastructure providers, Internet Service Providers, industry associations, and technology experts,” she said.
“Our goal is to ignite discussions that will shape the future of MVNOs in Nigeria, ensuring their sustainable growth and their critical role in extending digital prosperity across the nation.”
The forum will feature interactive sessions, thought-provoking panel discussions, insightful paper presentations, and abundant networking opportunities. This event aims to provide a platform for stakeholders to share insights, address challenges, and explore collaborative pathways for sustainable growth.
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