Technology
5G Spectrum: Mobile Industry Could Generate $565b—Study
Unlocking spectrum for the mobile industry to deliver innovative 5G services across different industry sectors could add $565 billion to global GDP and $152 billion in tax revenue from 2020 to 2034, a new report launched by GSMA has said.
Next-generation 5G services will improve access to healthcare, education and mobility whilst reducing pollution and increasing safety, it added, stressing that these outcomes rely on government support for the identification of sufficient millimetre wave (mmWave) spectrum for the mobile industry at the next ITU World Radiocommunication Conference in 2019 (WRC-19).
The report, “Socio-Economic Benefits of 5G Services Provided in mmWave Bands”, is the first to examine and quantify the impact of mmWave spectrum on the overall contribution of 5G networks to society. mmWave spectrum will carry the highest capacity 5G services. It has the ideal characteristics to support very high data transfer rates and ultra-reliable, low latency capabilities, which will support new use cases and deliver the benefits of 5G to consumers and businesses around the world.
“The global mobile ecosystem knows how to make spectrum work to deliver a better future,” said Brett Tarnutzer, Head of Spectrum, GSMA. “Mobile operators have a history of maximising the impact of our spectrum resources and no one else has done more to transform spectrum allocations into services that are changing people’s lives. Planning spectrum is essential to enable the highest 5G performance and government backing for mmWave mobile spectrum at WRC-19 will unlock the greatest value from 5G deployments for their citizens.
“More than 5 billion people already rely on the mobile ecosystem to deliver services that are integral to their daily lives and fundamental to the economic sustainability of the communities they live in. 5G can offer more benefits and a whole new range of services to even more people, but this will not be possible without access to this vital spectrum.”
New Possibilities for Consumers and Industry
mmWave 5G will not only provide consumers with ultra-fast mobile broadband services including immersive entertainment, but will stimulate a host of applications that will enable citizens and businesses to do tomorrow what they can’t do today. These innovations will include enhanced remote healthcare and education, industrial automation, virtual and augmented reality, and many others.
In healthcare, improved telemedicine including tactile internet capabilities, better preventative medicine using always-on remote sensors and wearables, and remote surgery and ‘smart’ instruments will only be made possible because of the speed and latency capabilities enabled by mmWave spectrum.
Next-generation robots, remote object manipulation (controlling machines with precision at distance), drones and other real-time control applications in digitised industrial centres are expected to increase efficiency, reduce costs and improve safety as well as lead to innovations in products and processes.
In autonomous transport, mmWave 5G will enable driverless vehicles to communicate with each other, the cloud and the physical environment continuously to create highly efficient public transport networks. These and many other innovative use cases are expected to deliver 25 per cent of the overall value created by 5G in the future.
Global growth from mmWave
The early lead already being established in 5G in the Asia Pacific and Americas regions are expected to generate the greatest share of GDP attributed to mmWave 5G, at $212 billion and $190 billion respectively. Europe is forecast to have the highest percentage of GDP growth attributable to mmWave of any region, with 2.9 per cent.
However, the advantages are not restricted to early-adopting mobile markets and, as the rest of the world deploys 5G in subsequent years, economies of scale derived from spectrum harmonisation will stimulate even faster growth. Regions such as Sub-Saharan Africa, Central Asia and Latin America and the Caribbean could see growth in GDP contribution from mmWave 5G applications of over 65 per cent per year from 2026 until 2034.
“It is critical for governments to recognise the importance of the mmWave aspects of 5G when making decisions at the upcoming WRC-19. Making the right decisions now on spectrum will be vital to stimulating the rapid growth of economies, especially in developing markets, in the coming decade,” added the GSMA’s Brett Tarnutzer. “Only mmWave spectrum has the capacity to support the innovative services expected from the highest performance of 5G, and only the mobile ecosystem has the technical expertise and track record in collaboration to deliver them at a price acceptable to consumers and businesses around the world.” New mmWave bands for mobile are being discussed at WRC-19, and the GSMA recommends supporting the 26 GHz, 40 GHz and 66-71 GHz bands for mobile. Global harmonisation of these bands at WRC-19 will create the greatest economies of scale and make broadband more affordable across the world. Outside the WRC-19 process, 28 GHz is also emerging as an important mmWave band for realising the ultra-high-speed vision for 5G. Commercial services using this band have already been launched in the US and it will also be used for mmWave 5G in countries such as South Korea, Japan, India and Canada.
Technology
Google, UpSkill Universe Revamp Hustle Academy to Bring Free AI Skills to Africans
By Adedapo Adesanya
Google and UpSkill Universe, Sub-Saharan Africa’s leading AI and business skills training partner, have announced a major redesign of the Google Hustle Academy programme. For the first time, the free training initiative is open to everyone, not just business owners.
The new curriculum is focused on equipping individuals and entrepreneurs with practical AI skills and comes at a time when small businesses have become the engine of Africa’s economy, creating over 80 per cent of jobs on the continent. To help them grow, the Hustle Academy was launched in 2022, providing bootcamp-style training on business strategy, digital skills, AI, and leadership. The program has since trained over 18,000 SMEs, with many reporting increased revenue and job creation.
Now, as AI reshapes the job market, the program is evolving. The 2026 edition is built for anyone in Sub-Saharan Africa, including employees, students, and job seekers, who want to use AI to advance their careers. To meet the needs of a diverse audience, the new format includes short, 60-minute webinars and more immersive, high-impact bootcamps. These sessions are laser-focused on putting AI to work immediately in areas like digital commerce, marketing, and growth strategy.
Speaking about the academy, Mr Gori Yahaya, Founder & CEO of UpSkill Universe, said, “The 2026 Hustle Academy is designed to close the AI Skills gap with hands-on training that is short, focused, and immediately useful. AI is reshaping how businesses win and how careers are built, right across this continent. We’re excited to renew our partnership, now in its fifth year with Google, combining their global AI leadership with our deep regional AI expertise. The next wave of AI leaders will come from this continent. We are making sure they are ready.”
The Hustle Academy initiative has strengthened digital competitiveness across emerging African economies by enabling SMEs to move beyond AI awareness to practical implementation, positioning them for sustained growth in an increasingly AI-driven business environment.
“We believe that the future of Africa’s digital economy lies in the hands of individuals and entrepreneurs alike. Our new strategy focuses on scaling reach by training individuals in the latest AI-centred tools and techniques,” said a Google representative.
Applications for the 2026 cohort are now open. Interested participants can apply at: https://rsvp.withgoogle.com/events/hustle-academy
Technology
LINX Launches 12-month No-Charge Promo in Ghana
By Modupe Gbadeyanka
To develop the country’s internet ecosystem and build a dedicated connectivity community, the London Internet Exchange (LINX) has launched a 12-month no-charge promotion for all services at its new Ghana Internet Exchange Point, LINX Accra.
LINX Accra went live at the end of 2025, providing a regional interconnection point and a platform for networks to meet and exchange traffic, available from PAIX, Onix and the new Digital Realty data centre launched at the end of last year.
As part of its growth drive, LINX Accra aims to attract major global internet carriers and content delivery networks to keep more traffic local to Ghana, building relationships between local networks and encouraging early adoptions through promotion.
A key aspect is growing the local networking and peering community to reduce Ghana’s reliance on international routing, improve latency, and cut costs for networks and end users across the country.
“Ghana’s connectivity ecosystem is growing fast, and our goal, through the promotion, is to remove early barriers and encourage local ISPs to join and exchange traffic from the start.
“We’ve seen in other African markets that once the local community grows, global networks follow, so this is an important step for building community engagement and driving the localisation of internet traffic in Ghana and West Africa,” the Head of Existing Business for LINX, Inga Turner, said.
Ghana is one of West Africa’s fastest-growing digital markets, with over 70 per cent of the country’s 25 million people accessing the internet, and Accra is connected to six submarine cables to provide international connectivity to the country.
The market is also attracting significant data centre investment with new facilities opening every few months.
LINX has had a successful growth in Kenya, building on a similar promotion for LINX Mombasa and LINX Nairobi, which helped establish and expand the connectivity ecosystem, attracting major global networks and content providers to keep traffic local.
Technology
FG to Establish National Cybersecurity Council to Tackle Digital Threats
By Adedapo Adesanya
The federal government has announced plans to establish a national cybersecurity coordination council to strengthen Nigeria’s response to rising digital threats.
In a statement, the Federal Ministry of Communications, Innovation and Digital Economy said the council will serve as a multi-stakeholder platform to improve coordination, intelligence sharing, and collaboration between public and private institutions.
The initiative, championed by the Minister of Communications, Mr Bosun Tijani, aims to enhance Nigeria’s ability to respond to increasingly sophisticated cyber incidents affecting both private companies and public systems.
“The proposed council is envisioned as a non-statutory, multi-stakeholder coordination platform, designed to convene key actors and strengthen partnerships that support efficient coordination, trusted information sharing, and sustained cooperation among institutions responsible for advancing Nigeria’s cybersecurity posture,” the ministry said.
The council will bring together chief information security officers, cybersecurity experts, technology firms, law enforcement agencies, and relevant government institutions.
It will also provide advisory support to the federal government on strategies and frameworks needed to improve national cyber resilience.
“The approach reflects the government’s recognition that modern cyber threats demand collective defence models, trusted threat intelligence sharing, and multi-stakeholder coordination,” the ministry added.
The move follows recent cyber incidents that disrupted operations and highlighted the “increasingly coordinated and sophisticated nature of cyber threats,” signalling the urgent need for stronger national cybersecurity frameworks.
This development comes amid the rising frequency and complexity of cybercrimes, which have made cybersecurity a vital tool that countries must focus on.
Special policies around data breaches, ransomware attacks, and third-party liabilities have come to the fore. While cybersecurity has been historically underutilised in Nigeria, its critical role in mitigating the financial fallout of cybercrimes and threats has taken a new dimension with the adoption of Artificial Intelligence (AI).
Countries are leveraging AI tools to enhance threat detection, automate incident response, and analyse patterns to identify risks early. These AI-driven solutions enable quick and effective responses, improving resilience by detecting anomalies, predicting potential attacks, and mitigating threats before they escalate.
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