Vodafone touts latest attempt to bridge the UK’s digital divide

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Vodafone says it’s using its £11bn UK network expansion to help people unlock career and personal goals

Telecom operator Vodafone is leveraging its £11 billion UK network investment to bridge the country’s digital opportunity gap, according to an announcement last Thursday by the firm.

The company says more than half (55%) of Britons say digital tools make it easier to find career and personal opportunities, with 42% stating improved mobile connectivity has directly helped them achieve key goals.

To support digital inclusion, Vodafone opened an “Opportunity Hub” on 6 August. The initiative sits alongside the group’s infrastructure expansion, which includes eliminating 16,500 square kilometres of mobile not-spots to support public ambitions.

The research revealed that 85% of Britons are pursuing a major life goal but wait an average of two years before acting, Vodafone said. Meanwhile, financial constraints (22%) and unreliable connectivity were cited as key hurdles, particularly for prospective entrepreneurs.

“Britain isn’t short of ambition. The challenge is turning ambition into action,” a Vodafone spokesperson said, noting that access to reliable network coverage remains vital to helping individuals seize new opportunities.

Some AI tools assisted in the crafting of this report.

USAID’s exit leaves a gap in the drive for meaningful connectivity

The world is more connected than ever. Some six billion people were online in 2025, according to the International Telecommunication Union (ITU). Yet 2.2 billion remained offline, mostly in low- and middle-income countries. Even that figure understates the challenge: the GSMA estimates that more than three billion people live within mobile-broadband coverage but do not use mobile internet.

That is the gap between coverage and meaningful connectivity. A network signal may be present, but a household may lack an affordable smartphone, reliable power, digital skills, safe access or data it can use often enough to make a real difference.

For years, USAID helped address parts of that problem. It rarely financed national networks directly; instead, it supported the less visible work around them – regulatory reform, training, pilot schemes, investment mobilisation and programmes aimed at people commercial networks struggle to reach.

That support is now sharply diminished. In March 2025, Secretary of State Marco Rubio said 83% of USAID programmes had been cut, with remaining work transferred to the State Department. The implications extend well beyond the development sector: for operators, governments and technology suppliers, the loss may be felt in the projects that make difficult markets viable in the first place.

“USAID had pretty much nothing to do with telecommunications” in the narrow sense, says Steve Rynecki, a former USAID Economic Growth Lead for Asia. “It became very apparent that it was instrumental in a country’s economic growth that you had to incorporate digital into your government development planning and all that plumbing that goes along with that.”

More than a funding source

Rynecki’s career tracks the shift from early ICT projects to today’s debates over cloud infrastructure, low-Earth-orbit satellite services and AI. USAID’s role, he says, was to convene governments, development partners and technology companies around projects that none would necessarily undertake alone.

That could mean assessing a country’s ICT readiness, training policymakers, helping create a universal-service fund, or giving a technology company the confidence to run a pilot in a remote community.

“USAID was kind of like the seal of approval,” Rynecki says. With its local relationships, an agency-backed proposal could help a technology company secure government support and community participation for an initiative in a difficult or rural location.

He points to Mongolia as an early example. As the World Bank planned a national mobile network, USAID’s Last Mile Initiative examined whether the rollout could extend beyond the country’s population centres. The work helped demonstrate a business case for reaching remote communities, he says – a reminder that the final stretch of connectivity is not always commercially obvious at the outset.

The disappearance of that convening role matters as governments and operators confront a new set of infrastructure choices. Rynecki says USAID could bring competitors together under a shared development objective: one company providing training, another cybersecurity expertise, another a digital-learning platform. Private companies remain active, but they are less likely to coordinate around the same social outcomes without an outside partner.

“The private sector is just going to do what the private sector does,” he says. “But again, it’s going to be who can afford the access, and is everyone going to benefit equally from it?”

Interrupted work

For Sonia Jorge, founder and executive director of the Global Digital Inclusion Partnership (GDIP), the most immediate loss is the interruption of long-running relationships with governments and local institutions.

“It was a whole agency that disappeared,” she says. “Everything that the digital development folks at USAID were doing basically stopped being done.”

Jorge says that in Kenya, USAID-supported work had helped bring connectivity and digital-inclusion opportunities to remote counties. The loss is not confined to individual users, she argues. Schools, hospitals and local governments also need reliable digital infrastructure to deliver services and remain accountable to the communities they serve.

GDIP was involved in the Women in the Digital Economy Fund, a multi-partner initiative backed by USAID alongside organisations including the GSMA, Gates Foundation, Reliance Foundation and Microsoft. The programme supported women-centred technology solutions and women-led organisations across South Asia and sub-Saharan Africa.

While elements supported by non-US funders have continued, Jorge says the USAID-backed component was terminated. The fund had paired investment in solutions with policy and regulatory support intended to remove barriers to scale.

“The link that is so strong to make projects successful and impactful has disappeared,” she says.

GDIP’s work on the Pacific component of the Digital Connectivity and Cybersecurity Partnership was also interrupted, according to Jorge. The programme covered 12 Pacific countries and ranged from policy frameworks to investment support across first-mile, middle-mile and last-mile connectivity. She says GDIP was unable even to complete small tasks already under way using US funding.

The consequences, she says, are already visible in countries including Ghana, Mozambique, Kenya, Uganda and Pacific island states where planned work has slowed or stopped.

Coverage is not enough

Jorge’s central argument is that the telecoms industry should be cautious about treating nominal coverage as the end goal.

Meaningful connectivity, she says, requires affordable access, adequate network quality, a device capable of using relevant services, regular use and the skills to participate safely and productively online. A basic connection may allow a call or a mobile-money transaction, but it may not be enough for telemedicine, education, public information or an online business.

“Coverage is not enough,” Jorge says. “If you invest in infrastructure and then people cannot afford to buy the services that that infrastructure supposedly provides, you’re not going to go that far.”

This is particularly acute for women, low-income households and rural communities. USAID-backed programmes were often designed to support women entrepreneurs, local digital businesses and services tailored to excluded groups – areas where a commercial case exists in the long term but may not meet an investor’s return threshold today.

The funding shock also comes as digital infrastructure becomes more central to other sectors. Jorge says delays in expanding connectivity can hold back health, education and agricultural programmes that increasingly depend on digital systems.

“We are cutting the oxygen to feed that digital economy,” she says.

Can the market replace USAID?

Neither Jorge nor Rynecki argues that government aid should replace private investment. Operators, vendors, cloud providers and investors will remain the main builders of digital infrastructure. But both say market incentives alone will not reach every community or address every barrier to use.

Jorge argues that businesses will naturally invest where returns are adequate. In the most remote or low-income areas, public policy, universal-service funds, concessional finance and targeted subsidies are needed to bridge the difference.

“The only way private sector makes those decisions and accepts either no margin or a much lower margin is through their corporate social responsibility or through their foundations,” she says. “That’s very limited.”

She argues for greater investment in digital skills – what she calls digital citizenship – as well as more innovative subsidy and financing programmes for devices and services. Such measures can help users participate safely and build demand on networks that might otherwise remain underused.

Rynecki sees a similar need for blended approaches: community-run models, better-governed universal-service funds, credit guarantees and partnerships that lower risk for commercial players. However, he is sceptical that other donors can replace the scale and convening power lost with USAID’s withdrawal.

The retreat also has a geopolitical dimension. Rynecki argues that USAID’s digital work was intended, at least in part, to support open and competitive internet ecosystems. Without it, he says, developing markets may find it easier to accept integrated offers of infrastructure, cloud services and financing from other major powers.

That does not mean countries lack agency. Nor does it mean that any single supplier is inevitably the wrong choice. But it does make the need for competitive options more urgent.

“A vacuum begs for it to be filled,” Rynecki says.

For developing-market telecoms, the practical test will be whether the next phase of investment reaches beyond the places where the commercial case is already strongest. The global connectivity challenge is no longer simply to build more networks. It is to ensure that people can afford, use and benefit from them – and to find out who will fund the work required to make that possible.

Virgin Media O2 cuts 5,200 tonnes of carbon dioxide emissions

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How Virgin Media O2 is cutting network emissions with hardware circularity and reuse

Virgin Media O2 has avoided 5,262 tonnes of carbon dioxide emissions over a decade through a network equipment circularity programme with TXO, equivalent to taking 1,100 cars off the road for a year, the company says.

The initiative avoided 4,575 tonnes by refurbishing and reselling infrastructure like switches and routers, with a further 687 tonnes saved by purchasing secondary-market replacement gear. Savings were calculated via TXO’s Carbon Calculator, developed alongside the Carbon Trust, Virgin Media O2 announced August 11.

Additionally, TXO also recycled over 690 tonnes of end-of-life hardware, with steel, aluminum, and copper making up nearly 60% of recovered materials. The domestic processing supports Virgin Media O2’s target to reach net zero carbon emissions by 2040, according to the company.

“This partnership shows that circularity can deliver measurable carbon savings, reduce waste, recover valuable materials and create commercial return,” said TXO Chief Product and Asset Recovery Officer David Evans.

Some AI tools assisted in the crafting of this report.

Chinas Envision plans renewable energy-powered data centre

A green technology company called Envision, headquartered in Shanghai, has reportedly commissioned a 2GW campus – the Galaxy Campus – in Ulanqab, Inner Mongolia. It will, the company says, be powered directly by renewable energy.

The Galaxy Campus draws on dedicated renewable generation, its own transmission network, large-scale storage capacity and a proprietary control layer Envision calls its AI Power System.

These are designed to manage the intermittency of wind and solar generation in such a way as to meet the constant, high-density electricity demand of a large AI cluster.

The location apparently boasts strong, consistent wind and solar resource across the surrounding grassland region. Envision claims the Ulanqab campus is the only gigawatt-scale green data centre currently planned anywhere in the world.

Envision, which specialises in wind turbines, energy storage, and green hydrogen, said last week that the campus would include a 120,000 square metres, though there appear to be no details about timescale, end users or construction partners. Indeed, the Data Centre Dynamics website says it is unclear whether the company has prior experience with data centre projects.

The company founded in 2007 as a wind turbine company, has claimed that it is planning to build 5GW of green AI computing capacity in desert and arid regions worldwide by 2030. 

It is currently building so-called ‘net-zero industrial parks’ in Ordos and Chifeng, Inner Mongolia, as well as in Cangzhou, Hebei.

Data Centre Dynamics says Envision is the latest company to announce the construction of a large-scale data centre campus in the city, joining AI company DeepSeek and social media platform RedNote.

Galaxy Campus is the opening project under Envision’s Mission Gobi initiative, through which it is aiming for 5GW of green AI computing capacity spread across desert and arid regions globally by the end of the decade.

Mozambique addresses cybersecurity – and courts controversy

Security is the theme of two recent stories from Mozambique. One is a UN-supported alliance to extend awareness of potential cybercrime, while the other involves a controversial attempt – now blocked by a court order – to authorise the state to block telecommunications services.

The alliance, targeting electronic fraud, digital scams, improper data exposure, and ransomware, is between Mozambique’s National Institute of Information and Communication Technologies (INTIC) and the United Nations Office on Drugs and Crime (UNODC).

The two groups have launched a nationwide campaign in Maputo to combat ransomware and establish cybersecurity standards across public and private sectors.

The initiative aims to educate citizens and institutions about mounting digital hazards, encouraging the proactive adoption of robust security measures.

ITWeb Africa says INTIC and the UNODC are rolling out educational materials, instructional videos, and public safety guidance detailing practical steps to prevent and respond to ransomware.

African readiness – or lack of it – to tackle cybercrime has been highlighted recently by Interpol, the International Criminal Police Organisation, as we reported last week.

Meanwhile Mozambique’s Constitutional Council has ruled unconstitutional several provisions of a government decree that authorises the state to block telecommunications services, including internet access, during perceived threats to public or national security.

The government adopted the Telecommunications Traffic Control Decree on December 16, 2025. The decree granted the Mozambique National Communications Institute (INCM) the authority to suspend telecommunications services, including internet access, in the event of an « imminent risk to public security or state security”.

The decree also authorised authorities to monitor communications, collect user data and intervene directly in telecommunications operators’ networks to enforce government decisions.

As the Ecofin news agency says, Article 5 of the decree allowed the government to order internet shutdowns based on its own assessment of potential security threats.

However, the Constitutional Council has ruled that the government had exceeded its constitutional authority by regulating restrictions on fundamental rights through an executive decree, insisting that only Mozambique’s Parliament, has the constitutional authority to legislate on matters affecting fundamental rights and freedoms.

There have been a number of attempts by African governments to shut down the internet during periods of political unrest, notably, as we reported in January, in Uganda. There has also been controversy over attempts to manage cybercrime in ways that could increase state surveillance and restrict freedom of expression.

Summit ’26 to tackle challenges faced by US MDU owners, operators

Summit 2026

Here’s why eyes will be on the Multifamily Town Hall during Broadband Communities Summit in Houston on August 26, sponsored by AT&T Connected Communities.

The Multifamily Town Hall at 11:30 a.m. on August 26 will be one to watch, according to Valerie Sargent.

Sargent, who serves as a multifamily correspondent and advisor for Broadband Communities Summit, said the discussions during the Multifamily Town Hall can often foreshadow and influence later policy discussions and legal leader panels during the Summit’s multifamily track.

This year, the town hall discussion will be moderated by Matt Ames, a partner at law firm Hubacher Ames & Taylor.

Ames will oversee a discussion including Elizabeth Parks, the president and CMO of Parks Associates, and Dom Beveridge, the founder of 20 for 20.

Sargent said Parks will share some of the incredible research and statistics uncovered during the past year regarding industry trends.

Specifically, Parks and Beveridge will dive into shared challenges faced by owners, operators, and partners working within the rental housing industry.

“I think that’s really where people get some good information to take back,” she said.

Click here to listen to the discussion with Valerie Sargent on Apple Podcasts

Attendees can walk away with a fresh update about what residents want and what the multifamily industry is focused on right now, Sargent added.

“Some of the most important information that our owners need”

Regarding the rest of the multifamily track, which stretches across two days in Houston at the George R. Brown Convention Center, Sargent said she’s also excited for the legal sessions.

“I think it’s probably some of the most important information that our owners need,” she said.

The legal leaders panel on August 27, “Navigating Broadband Regulation Without Creating Operational Chaos” sponsored by DIRECTV, will dive into compliance risks, unintended consequences, and legal blind spots.

The panel, moderated by Linda Willey, VP of business services for Camden Property Trust, will focus on how to anticipate regulatory change without disrupting operations.

Joining Willey on stage will be Kate Luthy of AT&T (Assistant VP, Senior Legal), Sue Weiske of Spectrum Community Solutions (VP & Assoc. General Counsel), Ryan Graney, an attorney with the law firm Davis Craig, and Art Hubacher, a managing member with the law firm Hubacher Ames & Taylor.

To view the full multifamily track for Broadband Communities 2026, along with the rest of the agenda, visit the event’s website or register here to get tickets!

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Indosat targets 1GW AI infrastructure platform for Southeast Asia

Indosat Ooredoo Hutchison, Ooredoo Group, Nokia and Nvidia are collaborating to build a large-scale AI infrastructure platform in Indonesia, with a target of deploying 1GW of Nvidia DSX AI Factory capacity across Southeast Asia.

The platform, branded Zankore by Indosat, is intended to support growing demand for AI computing among enterprises, governments and AI developers, while positioning Indonesia as a regional hub for AI infrastructure.

The first phase is expected to deliver around 200MW of AI capacity in the first half of 2027, powered by Nvidia GB300 NVL72 systems. Zankore will use Nvidia’s DSX reference architecture, which combines accelerated computing, networking, power, cooling and operations into an integrated AI factory design.

The platform will also use Nvidia DSX MaxLPS, a technology designed to dynamically optimise power allocation across GPU infrastructure. Nvidia said the system can potentially enable up to 40% more compute within the same power envelope by recovering otherwise unused power capacity.

The partners said the initiative is aimed at supporting the transition of AI from experimentation towards large-scale, mission-critical deployments, particularly as demand for agentic and enterprise AI grows across Southeast Asia.

Indosat will provide its existing digital infrastructure and market presence in Indonesia, while Ooredoo Group will act as lead investor and platform sponsor. Nvidia will provide accelerated computing, AI software and GPU infrastructure, while Nokia will supply AI-native networking technologies.

Vikram Sinha, president director and CEO of Indosat Ooredoo Hutchison, said the platform would combine computing, AI models and network capabilities to provide an integrated environment for enterprises deploying AI at scale.

Zankore will incorporate Indosat’s Sahabat-AI models alongside technologies including AI Grid and AI-RAN, according to the companies.

Nokia CEO Justin Hotard said AI infrastructure increasingly requires the integration of computing, connectivity and control across datacentres, AI factories and edge infrastructure.

The companies are targeting a broader regional role for Zankore, with the platform intended to serve hyperscalers, enterprises, governments and AI innovators across Asia-Pacific.

Indonesia’s Minister of Communication and Digital Affairs Meutya Hafid said the country could serve both domestic and regional demand for AI infrastructure, citing its resources and talent base alongside international technology partnerships.

The initiative comes as Southeast Asian countries seek to develop greater domestic and regional control over AI infrastructure and computing capacity. The partners said Zankore is intended to support the development of sovereign AI capabilities while providing the scale required for increasingly demanding AI workloads.

Ooredoo Group CEO Aziz Aluthman Fakhroo said the project would combine the partners’ respective technology, infrastructure and regional capabilities to support Southeast Asia’s AI ambitions.

Zankore has established its board, with representatives from Ooredoo Group and Indosat alongside an independent director. Ulf Ewaldsson has been appointed CEO.

The company said the 1GW target will provide the foundation for a larger AI infrastructure platform as demand develops across the region, although the announcement did not provide a total investment figure or detailed deployment timetable beyond the initial 200MW target for the first half of 2027.

Citi acted as exclusive financial adviser to Indosat on the transaction, while FTI Capital Advisors advised Ooredoo Group.

Microsoft launches fourth India cloud region as AI demand accelerates

Microsoft has launched its fourth cloud region in India, with a new datacentre region in Hyderabad aimed at supporting growing demand for cloud and AI services among Indian enterprises.

The India South Central region is now generally available, giving customers access to Microsoft Cloud services from Hyderabad. The company said the region is designed to support mission-critical workloads with enhanced data residency, resilience, security and compliance capabilities.

Microsoft now operates cloud regions in Pune, Chennai, Mumbai and Hyderabad, which it describes as the largest hyperscale cloud presence in India. It also operates two datacentres in partnership with Jio.

The launch comes as Microsoft reports strong double-digit growth for Azure in India over the past two years, with the company positioning the additional capacity as infrastructure for the country’s growing AI economy.

Early-access customers for the Hyderabad region include Adani Group, Bajaj Finserv, HDFC Bank and PB Pay. The companies are expected to use the new region for applications including business continuity, disaster recovery, AI workloads and other mission-critical services.

The Hyderabad region comprises three Availability Zones and has been designed to support regulated and mission-critical workloads. Microsoft said the infrastructure incorporates controls intended to support data governance and sovereignty requirements in India.

The company is also deploying zero-water cooling technology at the site, using air-cooled chillers as part of its wider effort to reduce water consumption at its datacentres.

The launch builds on Microsoft’s major expansion of its cloud and AI infrastructure in India. The company announced a US$3 billion investment in the country in January 2025, followed by a further US$17.5 billion commitment in December 2025.

Microsoft said its global cloud infrastructure now spans more than 80 regions across 34 countries, with more than 500 datacentres and over 800,000 kilometres of terrestrial and subsea fibre.

The company is also highlighting the growth of enterprise AI adoption in India. It said more than 90% of NIFTY 100 companies in its analysis are using Microsoft 365 Copilot, while Infosys, TCS and Wipro have collectively signed up for more than 400,000 Copilot seats.

Puneet Chandok, president of Microsoft India and South Asia, said the new region would provide enterprises with infrastructure closer to where their data and operations are located as they move AI projects from experimentation into production.

Microsoft’s latest infrastructure push comes as Indian enterprises increasingly look to deploy AI at scale, creating greater demand for local cloud capacity, high-performance computing and infrastructure capable of meeting data governance and resilience requirements.

The company said India South Central will also support Microsoft’s wider digital skills ambitions. It has committed to equipping 20 million Indians with AI skills by 2030 and said it has trained 5.6 million people since January 2025, with more than 125,000 subsequently accessing jobs or entrepreneurial opportunities.

Microsoft said it has also contracted more than 1GW of new solar, wind and hybrid energy projects in India through corporate power purchase agreements and other long-term agreements. More than 630MW of this capacity is already operational.

The company said the Hyderabad region forms part of its broader commitment to making India a major hub for cloud and AI infrastructure, as demand for enterprise AI moves increasingly from pilot projects towards production deployments.