Telecom
Nokia Commits to Net Zero Greenhouse Gas Emissions by 2040

Nokia has announced that it has committed to reducing its total global greenhouse gas emissions (GHG) to net zero by 2040, accelerating its previous target by ten years, and putting it ahead of the Paris Agreement target of net zero by 2050.

Nokia will also double down on its existing near-term, or 2030, target.
Having already committed to halving its GHG emissions across Scope 1,2 and 3 by 2030 from a 2019 baseline, it announced it will further accelerate the decarbonization of its own operations.
Pekka Lundmark, President and CEO of Nokia, said: “Our new emission reduction targets show that net zero is a business priority for Nokia. We already help our telecoms customers to decarbonize by building sustainable, high-performance networks, and we work with a rapidly growing range of enterprise partners to reduce emissions and improve productivity. That journey will only accelerate, as Nokia launches more energy efficient solutions in next generation mobile, fixed, IP and optical networks and in software, silicon and systems. By committing to net zero by 2040 we build on our previous climate targets as we look to create technology that helps the world act together.”
Nokia was the first telecoms vendor to have its 2030 Science Based Target (SBT) validated by the SBTi in 2017 and was among the first 100 companies across all sectors to do so.
It recalibrated its near-term targets in 2021 in line with a 1.5°C warming scenario, committing to reduce its greenhouse gas emissions by 50% by 2030 from a 2019 baseline. This target implied that Nokia would reach net zero by 2050.
With the announcement Nokia reiterates its existing near-term target to reduce its greenhouse gas emissions by 50% across its value chain (Scopes 1, 2 and 3), accelerates the decarbonization of its own operations (Scopes 1 and 2) as part of its near-term targets with complete decarbonization its car fleet and facilities, and explicitly sets a new long-term target to reach net zero by 2040 (Scopes 1, 2 and 3) by 2040.
To ensure its new long-term target aligns with climate science, Nokia has submitted its net-zero letter of commitment to the Science Based Targets initiative (SBTi), a partnership between CDP, the United Nations Global Compact, World Resources Institute (WRI) and the World Wide Fund for Nature (WWF).
Nokia has also defined a net-zero pathway that will help it reduce emissions across its value chain. Key levers in the net-zero pathway include:
Product design and innovation: With more than 95% of emissions resulting from products in use, Nokia continues to improve the energy efficiency of its products and solutions.
Achieved a 50% reduction in the average power consumption of 5G mMIMO Base stations by 2023 from 2019 baseline.
Introduced the Quillion chipset, which can help reduce power consumption for broadband access products with 50% less power needed in fiber installations than previous generations.
Its FP5 network processor offers a 75% reduction in power consumption compared to its previous generation.
Its latest optical network technology, the PSE-6s, can reduce network power consumption per bit in optical transport by up to 40% compared to the PSE V.
Low-carbon electricity: Nokia is committed to using 100% renewable electricity in its own facilities by 2025 and is working with its supply chain as it transitions to renewables.
Already achieved 63% renewable electricity in its own facilities in 2022.
It uses a mix of on-site solar, Power Purchase Agreements, renewable electricity products directly obtained from an energy supplier, and renewable electricity certificates to procure the renewable electricity.
Energy and material efficiency: Nokia aims to achieve 95% circularity by 2030 in relation to operational waste (waste from offices, labs, manufacturing, installation, and product takeback), driving actions to reduce landfilling.
In 2023, Nokia announced it would reduce packaging waste for its Fixed Networks Lightspan portfolio. This will lead to a 60% decrease in packaging size and a 44% reduction in the overall weight.
Carbon removals: Credible, permanent carbon removals and storage may be required to neutralize some residual emissions to reach net zero.
Nokia is examining credible solutions for carbon removals to support long-term net-zero targets.
Nokia is one of the few telecommunications vendors with its own fleet of marine vessels, playing a vital role in laying the cables that connect continents. Currently, Nokia-owned Alcatel Submarine Networks (ASN) has an installed base of more than 650,000 km of optical submarine systems deployed worldwide, enough to circumnavigate the globe 15 times. With marine fleets globally still largely reliant on fossil fuels, this presents a unique challenge for decarbonizing Nokia’s Scope 1 emissions. Nokia is targeting marine fleet emission reductions aligned with the International Maritime Organization decarbonization pathway and has already invested in more efficient vessels and trialed the use of biofuels to reduce emissions.
Telecom
Airtel Nigeria Commits to Boosting Nigeria’s Digital Infrastructure

Airtel Nigeria has reaffirmed its long-term commitment to strengthening Nigeria’s digital infrastructure and data access to bridge gaps in connectivity and unlock new opportunities in the country.

The company restated this commitment during a recent high-level inspection tour of the Nxtra Data Centre that is being developed through Nxtra by Airtel Africa at Eko Atlantic, Lagos, the highly rated smart city with ambition to become the Data Centre hub of Nigeria.
The inspection tour was led by the Chief Executive Officer of Airtel Nigeria, Dinesh Balsingh and the Chief Executive Officer of Nxtra by Airtel Africa, Yashnath Issur, with the esteemed chairman of Eko Atlantic Mr. Gabbi Massoud, the CEO of the lead Engineering firm Design Group Limited, Mr. Bayo Odunlami and tech journalists.
The Nxtra Data Centre went through a stringent design validation process and cleared the approval to proceed construction from Eko Atlantic.
Commenting on the developments, Mr Issur said the site visit was a milestone marker and an indication of the company’s commitment to delivering the world-class digital facility on time and ensure that, ultimately, the investments deliver reliable, secure, world-class services for Nigeria and the rest of the continent.
“This Nxtra Data Centre in Lagos represents a critical part of our long-term vision for Nigeria’s digital ecosystem. Today’s visit allows us to review progress, engage our stakeholders, and ensure that our infrastructure investments continue to meet global standards and local needs.
“This data centre will deliver critical high multi megawatt capacity in line with hyperscale customers and enable high density environment. We are putting the infra to bring the cloud to Nigeria,” he said.
The data centre, set to be the largest in Nigeria, is being established to deliver hyperscale and edge facilities across key African markets. With a load of 38 Megawatts, the Lagos facility is expected to serve as a major hub for data hosting, cloud services, content distribution, artificial intelligence, and enterprise solutions in West Africa.
In his remarks, Mr Balsingh reiterated that the data centre was progressing steadily towards the previously announced 2028 go live date.
“Since the announcement of this project, our focus has been on building a world-class facility that supports Africa’s digital transformation agenda. We are encouraged by the progress recorded so far and remain committed to delivering a secure, energy-efficient, and future-ready data centre for Nigeria,” he said.
During the tour, stakeholders were ushered through key sections of the site, including piling zones, where required structural requirements have been tested. Technical teams provided briefings on infrastructure design, security architecture, redundancy systems, and sustainability measures being implemented to ensure reliability and operational excellence.
Strategically located close to major fibre routes and undersea cable landing stations, the Eko Atlantic data centre is designed to enhance Nigeria’s data sovereignty, reduce latency, and improve access to reliable digital services for private and enterprise customers, significantly boosting the country’s data hosting capacity and supporting emerging technologies such as artificial intelligence and cloud computing.
Mr. Massoud noted that the inspection tour underscored the city’s dedication to infrastructure of global relevance.
“Eko Atlantic as a city with high quality infrastructure will contribute positively to boost the economy of Nigeria and is a perfect place for the development of the digital infrastructure of Nigeria. The Nxtra data centre reflects the calibre of projects we seek to attract — long-term, technology-driven investments built to the highest global standards.
Today’s visit affirms the rigour of the planning and execution process by Nxtra, and the commitment of Eko Atlantic to facilitate and promote the Nigeria’s evolving digital ecosystem,” he said.
Through this ongoing investment, Airtel Nigeria and Nxtra continue to demonstrate their commitment to building infrastructure that enables innovation, supports economic development, and accelerates Nigeria’s digital transformation.
Nxtra by Airtel is developing a network of hyperscale data centres across the continent. Besides Lagos, construction of a new data centre has also commenced in Nairobi, Kenya and the Democratic Republic of Congo.
Telecom
Google, African Partners Launch WAXAL to Empower 100m Africans in AI Era

Google has partnered with top African research institutions to unveil WAXAL, a massive open-access speech dataset aimed at giving over 100 million people across Sub-Saharan Africa a stronger voice in the AI future.

The initiative, announced Monday, targets a key digital gap by supplying high-quality data for 21 local languages, such as Hausa, Yoruba, Luganda, and Acholi. It includes 1,250 hours of transcribed natural speech and more than 20 hours of studio-grade recordings for advanced synthetic voice tech.
Voice AI has exploded globally, yet Africa’s 2,000-plus languages suffer from severe data shortages, sidelining hundreds of millions from native-tongue tech access. WAXAL, three years in the making with Google funding, changes that equation.
“This dataset lays the groundwork for students, researchers, and entrepreneurs to craft tech in their own languages, impacting over 100 million lives,” said Aisha Walcott-Bryantt, Head of Google Research Africa.
She highlighted its potential for African innovators to develop educational tools and voice services that spark economic growth continent-wide.
Community-led from the start, the project involved Makerere University (Uganda), University of Ghana, Digital Umuganda (Rwanda), and others. These partners own the data outright, pioneering fair AI collaboration models.
Covered languages: Acholi, Akan, Dagaare, Dagbani, Dholuo, Ewe, Fante, Fulani (Fula), Hausa, Igbo, Ikposo (Kposo), Kikuyu, Lingala, Luganda, Malagasy, Masaaba, Nyankole, Rukiga, Shona, Soga (Lusoga), Swahili, Yoruba.
WAXAL goes live today. Details at goo.gle/IntroducingWaxal.
Telecom
Telecom Operators Invest Over $1Bn on 2,850 New Sites in 2025 – NCC

Telecom operators in Nigeria invested more than $1 billion in 2025 to deploy over 2,850 new sites, boosting nationwide coverage and capacity, according to data from the Nigerian Communications Commission (NCC).

NCC
The investment details emerged in the just-released 2025 Network Performance Reports, announced by Dr. Aminu Maida, executive vice chairman (EVC), NCC.
Speaking at an engagement on the reports, Dr. Maida emphasised the regulator’s focus on transparent, data-driven oversight.
“Through our collaboration with Ookla, we are providing independent insights into real-world network performance and the lived experience of Nigerians across cities, rural communities, highways, and emerging 5G zones,” he said.
The Q4 2025 reports highlight steady gains in network quality, including improved median download speeds in urban and rural areas compared to Q3.
The video Quality of Experience gap between urban and rural zones has also narrowed, bolstered by a stronger 4G backbone.
Dr. Maida noted ongoing challenges, such as 5G service gaps and upload speed disparities. “We are actively engaging with operators to address these issues, including gaps in mobile service coverage,” he added.
Operators have committed to surpassing their 2025 investment levels in 2026, with infrastructure rollout set to intensify.
“We look forward to continued collaboration with industry stakeholders as we translate these insights into better connectivity, improved service quality, and a more inclusive digital future for all Nigerians,” the EVC concluded.
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