Telecom
Ericsson says Connectivity Increases Competitiveness on University Campuses

Universities are hotbeds for ideas and innovation—and also have a nearly insatiable need for connectivity. From labs to classroom A/V equipment, student cell phone coverage to sports arenas, there are a growing host of demands on the networks of these facilities.

Universities have many different IT needs and have to take a holistic view of connectivity, in order to deliver a seamless performance on both public and private networks.
Fixed connections and Wi-Fi alone won’t be enough to meet the demand. The latest generation of mobile wireless in 5G, with its fast speeds, low latency and superior security, can be the missing piece.
Connectivity will be in high demand on campus
Sprawling university campuses can be a difficult environment in which to achieve reliable, secure connectivity.
A private 5G network can serve as an extension of a school’s IP network, untethering applications from hardwired connections and students from Wi-Fi signals that ebb and flow in strength depending on what corner of the quad they’re standing in.
College IT administrators also need to stay ahead of the coming wave of connected devices. To a great extent, they’re already here—a 2018 Center for Digital Education (CDE) survey showed that more than three-quarters of college campuses at the time were either “smart” campuses or on their way to becoming so.
Internet of Things (IoT) applications on campus can include everything from emergency notification systems to building HVAC control, to smart ID badges for students and faculty. The COVID-19 pandemic also rapidly accelerated the use of online portals connecting students both on and off campus.
To power all those devices, a school needs a wide coverage network that gives every inch of campus reliable connections.
Especially in outdoor environments, 5G networks powering a “Fixed Wireless Broadband” solution can provide strong, secure coverage with far less access points than a traditional Wi-Fi setup.
For example, indoors the ratio is typically 5 Wi-Fi APs to 1 LTE/5G AP and for outdoor locations, 7 to 1. This is due to the power regulations set by the FCC as well as the technology advantage of cellular equipment over Wi-Fi.
Mobile broadband can power use cases from the everyday to the cutting edge
One example of how 5G private networks can help university campuses meet their needs is an athletic venue, like a football stadium.
5G equipment allows network slicing, meaning that different functions (arena security, POS for food vendors, tablets on the sidelines, etc.) all have their own dedicated network resources.
A single Wi-Fi network may be too congested or too weak in spots to meet all these needs.
And this can also apply inside the building, for things like smart whiteboards, or A/V equipment beaming in an expert to a classroom.
A mobile broadband connection gives the security and speed of fixed Ethernet while allowing equipment to be moved from room to room. This can also be applied to public safety technology—things like wireless cameras that can be redeployed during an event, or drones for autonomous patrols of outdoor areas.
Private networks aren’t a replacement for Wi-Fi, but a compliment and extension of the school’s existing IP network. A 5G-powered private network can serve as a strong compliment to public mobile broadband, and as IT departments look to “cut the cord” on things like security cameras and A/V equipment, it can provide connectivity that’s just as strong and secure as a hardwired connection.
Future-proof university networks with 5G
Private 5G networks are only part of the overarching connectivity solutions for a university campus.
But there are indirect cost savings to leaning into such a model—for example, public LTE is needed for connectivity outside the school, but costs could be reduced if 80 percent of the data plan is used at the campus. (Studies have shown most wireless subscribers use their phones indoors, meaning they would therefore save on data plans if they used their private wireless networks instead of the public network when on a university campus.)
The use cases detailed here are just the ones that are prolific today. We know driverless vehicles, delivery robots and other cutting-edge tech is on the horizon. In the coming years, universities will want to demonstrate tech proficiency to attract top students and faculty talent to campus.
Things like AR/VR, smart classrooms, and virtual instruction will become the norm. Institutions will also look to things like drones for safety and security.
A 5G private network can help lay a powerful, secure foundation for these technologies.
Every university is in a different stage of bringing students back, as higher education works out what life will be like after the COVID-19 pandemic.
Whether students are fully returned to the classroom or on a permanent hybrid model, one thing will be consistent—everyone, from students to faculty, will expect good connectivity. If a university wants to stay competitive and attract top students and staff, it needs to offer robust, secure and high-speed connectivity on every inch of campus. A 5G private network is a key part of that solution.
Telecom
New Investment Fund Targets Acceleration of Emerging Technology in Nigeria

The International Rescue Committee (IRC) has announced the formation of Airbel Ventures, a new humanitarian impact investing fund aimed at accelerating the introduction and scaling of breakthrough technologies in crisis-affected communities.

The fund will invest in companies whose ideas have the potential to change humanitarian response, including digital infrastructure for frontline health systems and climate-resilient agriculture.
The launch of Airbel Ventures follows a period of rapid innovation at the IRC, despite the humanitarian sector facing record funding cuts.
In the past year, the IRC’s Airbel Impact Lab has advanced more than twenty Artificial Intelligence (AI) and technology initiatives—from anticipatory action tools powered by climate and vulnerability data, to frontline service delivery using safe, orchestrated AI systems, to breakthrough diagnostic tools for emerging diseases.
Airbel Ventures’ first impact investment is in Signalytic, a company delivering solar-powered computing devices that ensure reliable electricity and connectivity for remote health facilities.
Following the investment, the IRC will pilot Signalytic’s technology with its Nigeria Health team, demonstrating the viability of next-generation digital infrastructure in humanitarian settings.
“We know breakthrough solutions already exist—what’s missing is the path to scale in humanitarian contexts,” said Dr. Jeannie Annan, Senior Vice President for Research & Innovation at the IRC and head of the Airbel Impact Lab.
Telecom
MTN Nigeria Suffers 9,218 Fibre Cuts in 2025 as Vandalism, Theft Cripple Network

MTN Nigeria, the country’s largest telecommunications operator, recorded a historic surge in network disruptions in 2025, suffering 9,218 fibre cuts as of December 31, alongside 211 base station sites affected by theft and vandalism, incidents that disrupted mobile and data services relied upon daily by millions of Nigerians.

The data was revealed by Dr Karl Toriola, chief executive officer/managing director, MTN Nigeria via a social media post titled ‘MTN Nigeria 2025 Wrapped’.
The scale of the damage highlights the growing vulnerability of Nigeria’s telecommunications infrastructure, which has come under increasing pressure from road construction activities, cable theft and deliberate acts of vandalism.
MTN said 5,478 fibre cuts occurred within just the first seven months of 2025, with 760 incidents recorded in July alone, underscoring the intensity of the challenge.
Some of the incidents had wide-ranging consequences, knocking out connectivity across multiple states simultaneously and affecting voice calls, data services, digital payments and enterprise operations.
The company described the situation as a national infrastructure problem, rather than an isolated corporate issue, given the economy’s deep dependence on mobile networks.
“These gaps were shaped by real operational challenges such as fibre cuts, theft, and vandalism. Their impact is felt directly by customers and reflected in what they tell us,” Toriola,
The disruptions were reflected in customer feedback volumes, as MTN handled an unprecedented number of complaints during the year. The operator said it resolved 1,624,263 customer complaints in 2025, spanning call centres, social media platforms, emails and physical service centres nationwide.
Despite the setbacks, MTN pointed to signs of operational resilience. The company retained its ranking as Nigeria’s best network by Ookla, returned to profitability after a challenging period, declared an interim dividend, and expanded its subscriber base to over 85 million users by September 2025.
The figures show that while Nigeria’s telecom operators continue to invest heavily in network expansion and customer service, infrastructure sabotage remains a major drag on service quality and operating costs.
MTN acknowledged that performance improvements remain a work in progress. “We are not where we want to be yet. We see you. We hear you. We exist because of you. And we will get better,” Toriola said.
As the company enters its 25th year of operations in Nigeria, Toriola said MTN is doubling down on customer-centricity, treating every piece of feedback as a guide for improvement, while also stepping up engagement with government agencies.
The CEO renewed calls for stronger regulatory and legal protections for telecommunications infrastructure, urging policymakers to classify fibre cables, base stations and other critical assets as national infrastructure and criminalise vandalism to deter repeat attacks.
Telecom
NCC Licences Six New ISPs to Challenge Telcos, Satellite Giants

Nigerian Communications Commission (NCC) has granted operating licences to six new Internet Service Providers (ISPs), effective January 1, 2026, raising the total number of authorised ISPs in the country to 231 from 225 recorded in December 2025.

NCC
The newly licensed firms are Intellvision Technologies Limited, Granet Technologies Limited, Fiber Sonic Limited, Dasol Solution Services Ltd, Boost ISP Limited, and Amazon Kuiper Nigeria Limited.
Five of these companies are headquartered in Lagos, while Granet Technologies Limited operates from Owerri in Imo State, highlighting the persistent concentration of broadband infrastructure in major commercial hubs like Lagos, Abuja, and Port Harcourt.
This development intensifies competition in Nigeria’s broadband market, which faces pressure from dominant mobile network operators such as MTN and Airtel, alongside rapid expansion by satellite providers like Starlink.
Traditional ISPs continue to grapple with shrinking customer bases, aggressive data pricing from telcos, and satellite disruptions, even as NCC data from Q2 2025 showed Spectranet, Starlink, and FibreOne controlling about 65 per cent of the 313,713 active ISP subscribers.
The inclusion of Amazon Kuiper Nigeria Limited marks a significant entry of global satellite broadband competition, building on Nigeria’s recent approvals for other low Earth orbit providers to enhance connectivity in underserved areas.
Industry analysts view the licences as a strategic push to improve internet quality amid rising demand for digital services, though geographic clustering underscores ongoing infrastructure challenges outside urban centres.
NCC’s move aligns with broader efforts to foster a competitive telecoms sector critical to Nigeria’s digital economy ambitions.
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