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Ericsson First to Give Smartphone Users Indoor Boost with LAA

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It is also believed that phone users spend more than 85% of their time indoors, however, a recent Ericsson ConsumerLab study conducted with more than 47,000 respondents across 23 countries revealed that only 41% are highly satisfied with their indoor experience when browsing or accessing social networks.

This drops to 36% for more data-heavy apps: watching video, TV or movies online.

Addressing this app coverage challenge, Ericsson has emerged the first Company to give smartphone users the benefit of concurrent access to both licensed and unlicensed spectrum, by delivering the first License Assisted Access (LAA) small cells.

LAA is an LTE-Advanced technology that can improve mobile data speeds and reduce congestion, benefiting all wireless network users.

Ericsson License Assisted Access, available in our small cell portfolio starting in fourth quarter 2015, enables carrier aggregation of licensed with unlicensed bands to effectively address growth in indoor data traffic.

Neville Ray, chief technical officer, T-Mobile US, Inc., said, “With our LTE footprint now covering 264 million Americans, we look to innovations like License Assisted Access to help us drive an even better, more differentiated wireless experience.

“There’s approximately 550 MHz of underutilized spectrum in the 5 GHz Unlicensed National Information Infrastructure (UNII) band and LAA is one of the technologies we plan to develop and use in our continuing efforts to provide our customers with superior network performance. We are excited to be working with major infrastructure partners, like Ericsson, to bring this technology to our customers in the near-future.” 

Peter Jarich, vice president of Consumer and Infrastructure services, Current Analysis, also said, “In our discussions of future 5G networks, a number of themes are front and center: network function virtualization, small cell architectures, use of higher frequency bands, and licensed-unlicensed band aggregation.

“The License Assisted Access that Ericsson is integrating into its small cell portfolio clearly foreshadows this 5G future. Ultimately, it’s all about optimizing the network to support diverse consumer applications, diverse user locations (indoors and outdoors), and diverse device types – including future IoT (Internet of Things) demands.”

Using only 4% of the 5 GHz band, LAA can provide up to a 150 Mbps speed increase to smartphone users.

Each additional 4% of available spectrum used will increase the smartphone data speed further.

The LAA also incorporates fair sharing within the 5 GHz band, to accommodate traditional Wi-Fi users.

Fair sharing works on the principle that Wi-Fi and LAA users would have equal access to the spectrum.

Thomas Norén, vice president, Head of Radio Product Management, Ericsson, said, “Consumers, businesses and industries are all transforming through mobility, placing ever greater demands on finite spectrum resources. So, we are very focused on innovations that improve app coverage while making ultra-efficient use of spectrum. One of the great things about LAA is its ‘rising tide’ effect, increasing system capacity and making way for better service to all users in the area, whether they have an LAA-enabled device, or are using Wi-Fi or cellular access.”

By applying LTE standards to the 5 GHz spectrum also used for Wi-Fi, users enjoy the security, reliability and carrier-grade Quality of Service of LTE networks.

At the same time, all available wireless resources are optimized.

Ericsson is adding LAA to its indoor small cell portfolio including the Ericsson Radio Dot System for medium and large buildings and the Ericsson RBS 6402 Indoor Picocell for smaller buildings under 50,000 square feet.

Ericsson LAA builds on our leadership in both LTE-Advanced Carrier Aggregation and Wi-Fi/Cellular Real-Time Traffic Steering.

Ericsson is regarded as the driving force behind the Networked Society – a world leader in communications technology and services.

“Our long-term relationships with every major telecom operator in the world allow people, businesses and societies to fulfill their potential and create a more sustainable future.

“Our services, software and infrastructure – especially in mobility, broadband and the cloud – are enabling the telecom industry and other sectors to do better business, increase efficiency, improve the user experience and capture new opportunities.

With more than 110,000 professionals and customers in 180 countries, the Company combines global scale with technology and services leadership.

 


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Telecom

NCC Begins Review of Nigeria Telecoms Policy after 26 Years

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Nigerian Communications Commission (NCC) has commenced a review of Nigeria’s 26-year-old telecommunications policy, saying the current framework no longer reflects the realities of the country’s fast-changing digital economy.

NCC  Begins Review of Nigeria Telecoms Policy after 26 Years

Aminu Maida, EVC, NCC

Speaking  at the national telecommunications policy review workshop in Lagos, Hadiza Usman, special adviser to the president on policy and coordination, said the review had become necessary because Nigeria’s economy, technology ecosystem, and security environment had changed significantly since the national telecommunications policy was introduced in 2000.

“A policy that was fit for purpose in the year 2000 cannot simply be assumed to remain adequate in 2026,” Usman said.

She said telecommunications had evolved beyond voice connectivity and now supports financial technology, digital commerce, education, healthcare, agriculture, innovation, public service delivery, and national security operations.

“Telecommunications is no longer a standalone sector. It is an enabling platform for almost every other sector of national life,” she said.

Usman warned that outdated or poorly coordinated policies weaken implementation, discourage investment, create institutional overlaps, and reduce measurable national impact.

According to her, the revised framework must address broadband penetration, affordability of digital access, quality of service, infrastructure resilience, consumer protection, and inclusion of underserved communities.

“The revised policy must not become another document that sits on shelves. It must become a working instrument,” she said.

The presidential aide also identified fibre cuts, vandalism, multiple taxation, delayed approvals, right-of-way bottlenecks, insecurity, and energy constraints as major obstacles slowing telecommunications infrastructure expansion across the country.

She said resolving the challenges would require coordinated action among federal institutions, state governments, local authorities, regulators, operators, investors, and infrastructure providers.

Earlier, Aminu Maida, executive vice-chairman (EVC) of the NCC, said the telecommunications industry had outgrown the assumptions behind the national telecommunications policy 2000.

Maida said the policy was introduced at a time when Nigeria’s focus was on liberalisation, competition, increased access, and private sector participation in telecommunications services.

According to the EVC, the industry has since evolved into a broader digital ecosystem supporting banking, commerce, education, cloud services, entertainment, digital identity systems, and government operations.

“This is no longer a narrow telecommunications conversation. It is no longer just one sector within the economy; it is a productivity infrastructure for the entire economy,” he said.

Maida added that emerging technologies such as 5G, artificial intelligence, satellite broadband, cloud infrastructure, Internet of Things (IoT), and cybersecurity regulation have further transformed the sector.

He said the review process would also address structural issues including rural connectivity gaps, multiple taxation, vandalism, high energy costs, fibre cuts, and delays in obtaining permits.

“The commission aims to develop a modern policy framework capable of supporting innovation, protecting consumers, improving quality of experience, strengthening investment, and advancing Nigeria’s digital economy ambitions,” Maida said.

The EVC said the workshop was organised to assess implementation of the existing policy, identify gaps, engage stakeholders, and develop recommendations for a new national telecommunications policy 2026.

 

 


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MTN to Turn its African Tower Network Into a Distributed AI Compute Grid

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MTN Group plans to convert its African tower estate into a distributed AI compute fabric, installing open GPU infrastructure at base-station sites so that the same hardware can run both the cellular network and edge AI inference workloads.

MTN to Turn its African Tower Network Into a Distributed AI Compute Grid

The plan was set out by Charles Molapisi, group chief technology and information officer, MTN, at an event hosted by law firm Bowmans in Johannesburg recently— the company’s most detailed explanation yet of how it intends to position itself as the infrastructure layer of Africa’s AI economy.

Every cellular tower today has a baseband unit at its base — single-purpose hardware that exists only to drive the radio access network.

Molapisi said MTN will replace these with open GPU configurations capable of running the radio plus AI inference, in what the company has described as a “distributed AI grid.”

A key pay-off, he argued, is latency. AI workloads that today must be hauled back to a central data centre could instead be processed at or near the tower.

He gave the example of children playing PlayStation on an estate served by a nearby tower: with edge compute installed, the workload could be served locally rather than backhauled to a distant data centre and returned, freeing capacity and cutting round-trip time.

The edge layer sits alongside the centralized half of MTN’s AI infrastructure plan.

The group confirmed in its 2025 financial results in March that it will build two new AI-enabled data centres — one in South Africa and one in Nigeria.

Molapisi described an MTN AI strategy spanning a relatively full stack — procuring silicon, building data centres, running its own cloud platforms, curating models and co-developing applications with partners. The company is also building terrestrial fibre across multiple African markets, including some where it has no GSM licence, to plug what Molapisi called the continent’s missing “rails.”

The investments sit inside MTN’s Ambition 2030 strategy, which reorganized the group around three platforms: connectivity, fintech and digital infrastructure. The tower-to-inference push is the most concrete articulation yet of a thesis MTN has been laying out for more than a year — including an investment in March in U.S. AI-native networking start-up ORAN Development Company alongside NVIDIA, Cisco, Nokia, AT&T and Telecom Italia.

At the time, Mazen Mroué, CEO, Digital Infrastructure CEO, framed the move around “sovereign AI” — the principle that African countries should host AI compute locally rather than relying on offshore infrastructure.

Molapisi said MTN is developing the edge AI grid alongside technology partners, with the ambition for MTN to become “the biggest distributor of edge inference in the continent.”

The strategic case rests on Molapisi’s wider argument that Africa risks repeating its commodity history in the AI era.

With about 1% of global computing power on the continent today, he said, Africa stands to “export raw data” the way it has long exported raw minerals — only to import the intelligence built from it at a premium.

Molapisi conceded that chip generations are turning over quickly enough — NVIDIA’s Hopper to Blackwell inside two years, for example — that procurement decisions made today can be obsolete by deployment. He said MTN is being deliberate about its chip mix and the balance between training and inference silicon, “because if you get that wrong, you’ll get the economics terribly wrong.”


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Meta Cuts 8,000 Jobs in Major Shift Toward Artificial Intelligence

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Meta Platforms has laid off about 8,000 employees as part of a sweeping restructuring aimed at transforming the tech giant into an artificial intelligence-focused company.

Meta Cuts 8,000 Jobs in Major Shift Toward Artificial Intelligence

Mark Zuckerberg

The layoffs, which account for nearly 10 per cent of Meta’s global workforce, affected employees across Asia, Europe, and the United States, with staff reportedly receiving termination notices via email.

The company also reassigned about 7,000 workers to new AI-related projects as part of its broader organisational overhaul under Chief Executive Officer Mark Zuckerberg.

Zuckerberg has consistently described artificial intelligence as the most important technology shaping Meta’s future and has pushed aggressively to position the company at the forefront of the global AI race.

According to reports, the restructuring has generated anxiety among employees, with concerns growing over job security and the increasing deployment of AI systems within Meta’s operations and training processes.

Some workers were also said to have questioned internal data collection practices linked to AI development, while petitions reportedly circulated within company offices calling for greater transparency regarding employee data usage.

Despite the layoffs, Meta is significantly increasing investment in artificial intelligence infrastructure, research, and product development.

The company plans to spend more than 100 billion dollars this year on AI-related initiatives as competition intensifies among global technology firms.

Zuckerberg defended the restructuring, saying companies that lead in artificial intelligence would shape the next generation of digital services and technology innovation.

He acknowledged concerns among employees but maintained that the transition was necessary to ensure Meta’s long-term competitiveness.

Affected workers are expected to receive severance packages including several months of salary and additional compensation based on their years of service.

Industry analysts say the development reflects a broader trend in the technology sector, where companies are reducing traditional roles while expanding investments in artificial intelligence, automation, and advanced computing systems.


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