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5G Spectrum: Mobile Industry Could Generate $565b—Study

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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.

Dipo Olowookere is a journalist based in Nigeria that has passion for reporting business news stories. At his leisure time, he watches football and supports 3SC of Ibadan. Mr Olowookere can be reached via [email protected]

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Airtel Nigeria CEO Urges Adoption of Intelligent Technology Platforms

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Dinesh Balsingh Airtel Nigeria CEO

By Modupe Gbadeyanka

To accelerate Nigeria’s digital future, the chief executive of Airtel Nigeria, Mr Dinesh Balsingh, has advocated the adoption of intelligent technology platforms that drive innovation, productivity, and sustainable economic growth.

According to him, the future lies in intelligent ecosystems powered by artificial intelligence (AI), the Internet of Things (IoT), satellite connectivity, and integrated enterprise solutions.

He submitted that the telecommunications industry is evolving beyond connectivity to become the foundation for enterprise transformation and the country’s digital economy.

“The role of telecommunications has fundamentally changed. Businesses are no longer asking only for connectivity; they want solutions that improve productivity, strengthen security, and accelerate digital transformation. That is the journey Airtel is leading.

“We are evolving from a telecommunications company into a technology partner that helps organisations unlock growth and create long-term value,” Mr Balsingh said at the Lagos Business School (LBS) Breakfast Club on the theme, From Telco to Techno.

Noting that value is no longer measured by the volume of data consumed but by the business outcomes technology delivers, he highlighted a key shift in telecommunications to AI-powered customer protections, industry-specific digital solutions, IoT platforms, and hybrid satellite-terrestrial networks that extend reliable connectivity to underserved communities and remote business locations.

“Technology should do more than connect people. It should protect them, simplify operations, and help businesses make better decisions. Investments are now focused on building smarter, more resilient digital infrastructure that supports organisations across every sector of the economy,” he further stated, adding that sectors, including retail, education, healthcare, government, manufacturing, and oil and gas, increasingly require integrated digital solutions that combine connectivity with cloud services, intelligent networking, surveillance, automation, and data analytics.

Mr Balsingh also urged business leaders to rethink their digital priorities, noting that future competitiveness will depend on how connected, intelligent, secure, automated, and resilient their organisations become.

“The organisations that will lead the next decade are those that invest today in intelligent digital infrastructure. Our customers are no longer buying connectivity alone. They are investing in productivity, intelligence, and digital transformation,” the Airtel Nigeria chief said.

The session, which also featured the IMF Resident Representative for Nigeria, Mr Christian Ebeke, formed part of the Lagos Business School Breakfast Club, a platform that brings together business executives and industry leaders to examine emerging trends shaping the future of enterprise and economic development.

Airtel Nigeria’s participation reinforced its commitment to supporting Nigeria’s digital transformation by enabling businesses with innovative technologies that improve efficiency, strengthen resilience, and unlock new opportunities for growth across the country’s rapidly evolving digital economy.

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Google Unveils New Agentic AI, Infrastructure Investments

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Google Cloud Summit in Africa

By Modupe Gbadeyanka

Five major new initiatives focused on bridging the digital divide, expanding subsea connectivity, and positioning Africa to lead in the Agentic Era of Artificial Intelligence (AI) have been unveiled by Google.

These initiatives were introduced by the firm at its inaugural Cloud Summit in Africa at the Sandton Convention Centre in South Africa.

The event, which was opened by South African President Cyril Ramaphosa, was attended by about 3,000 business leaders, developers, public sector leaders, and partners.

Anchored by the central theme, Building for Africa with Google Cloud, the summit builds upon Google’s 2025 launch of its Johannesburg Cloud Region.

“By building robust infrastructure to harness this technology, we are doing more than modernising our economy; we are taking a quantum leap into the future,” Mr Ramaphosa said.

Also speaking, Google’s Senior Vice President for Research, Labs, Technology & Society, Mr James Manyika, said, “The AI opportunity for Africa is significant, and Google is committed to doing our part working with Africans to help Africa realise it. Building on our past commitments, we’re making new investments in critical areas: infrastructure, African-led innovation, and education and skill building.”

On her part, Google Cloud’s Vice President for the UK, Ireland, and Sub-Saharan Africa, Ms Maureen Costello, said, “African enterprises have moved decisively past the initial phases of AI experimentation. Powered by our Johannesburg Cloud Region, which is estimated to contribute $90.6 billion in additional gross economic output and support 314,900 jobs by 2030, leading organisations like Vodacom, Discovery, Pepkor, and Naspers are establishing the essential framework to build and deploy autonomous agents that solve uniquely African challenges in real-world environments.”

It was gathered that the five new initiatives build on Google’s existing $1 billion investment commitment, its recent $37 million AI skills and research funding, and the launch of the AI Community Centre in Accra last year to advance AI in Africa.

Google announced a new connectivity hub (Digital Exchange Port) located in the Eastern Cape, South Africa. It will anchor the country as a strategic international switching point, directly connecting the continent to Australia via the Umoja subsea cable, as well as a new subsea route to India, to support African internet connectivity.

In Ghana, Google AI Futures Fund, Google Research, and leading VC partners are launching Africa’s first applied AI lab. The Google Africa Applied AI Lab pairs African founders with Google researchers and provides early access to Google’s latest AI models. Based at the Accra AI Community Centre (AICC), the Lab supports founders from across the continent in using the latest AI research to address real-world, uniquely African challenges across work, knowledge, creativity, entertainment, and software development – and, in turn, helps support Africa’s first generation of AI-native unicorn startups. Applications are open now and will close on August 31, 2026.

Google is partnering with The Akuna Group to empower underrepresented creators in Africa. Backed by more than $1 million in Google.org funding, the program delivers AI creative education alongside advanced digital tools. The program’s goal is to equip African creators to tell locally rooted stories in new ways and forge professional advancement pathways.

To ensure the next generation is equipped to lead in the AI era, Google’s Economic and Community Development programme and WeThinkCode have committed to building a R3 million digital innovation centre at the George Tabor Campus of South West Gauteng TVET College in Soweto. Once complete, the centre will serve as a scalable skills platform built to reach talent the industry usually overlooks.

On July 21, 2026, Google will open applications for the 2026 South African cohort of its Google for Startups Accelerator. The program will select 15 local startups for an AI-focused curriculum, hands-on mentorship, and non-dilutive, equity-free funding. This fulfils part of Google’s pledge to back 50 African ventures between 2024 and 2028.

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WhatsApp Introduces Username Feature, Ends Need to Share Phone Numbers

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WhatsApp privacy

By Adedapo Adesanya

WhatsApp will allow global users to select a username for their account, letting people connect on the platform without having to share their phone number.

WhatsApp, which is owned by Meta Platforms Incorporated, said people can now start reserving a unique username, which should be operational later this year.

WhatsApp, which normally works with phone numbers, is introducing this new feature to allow for some level of privacy when it comes to sharing phone numbers.

Usernames will be launching later this year, in a move to make the communications platform “even more private,” allowing users to keep their phone number concealed from people who are not already in their contacts.

The username launch will be rolling out gradually over the coming months, and users will be notified when the feature is available in their country.

“With over three billion people on WhatsApp, a lot of names overlap, which is why we’re opening reservations early so everyone has the opportunity to select the username that matters to them,” WhatsApp said in its announcement on Monday.

Users can reserve their username by heading to Settings > Account > Username in the latest version of WhatsApp.

Individuals and organisations will have the option to claim their existing Instagram or Facebook handles to help prevent WhatsApp impersonators.

It was reported that usernames for famous figures like celebrities and politicians have already been reserved to prevent them from being claimed. This means that if a person shares a name with a recognised public figure, they will have to create an alternative handle.

To avoid any issues, users can’t browse for people using their usernames, so they will need to know the exact username of a new contact before they can reach out to them.

Business Post understands that if a user already shared their phone number with WhatsApp contacts or group chats, the number will still be visible to them after they’ve enabled the username feature, so these privacy protections only apply to new conversations going forward.

WhatsApp is also introducing an “optional username key” that others will need to know before they can send a message. This is to help users control who can reach them with a WhatsApp username if it’s made public without their consent.

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