Orange doubles down on Eutelsat’s OneWeb


News

A new multi-year deal will see Eutelsat’s low Earth orbit (LEO) satellite constellation support Orange’s terrestrial networks

This week, Orange and Eutelsat have deepened their existing partnership, leveraging the satellite operator’s LEO offerings to support enterprise and government customers, as well as bolstering mobile backhaul.

The deal will combine the satellite network with Orange’s terrestrial networks, aiming to provide seamless connectivity to these customers even in highly remote locations.

“It is of strategic importance for Orange to invest in the unique LEO European solution that provides best in class, resilient, tailored and sovereign digital connectivity services to serve our customers wherever they are located,” said Jean Louis Le Roux, EVP Orange International Networks. “The partnership with Eutelsat for OneWeb services is of vital importance to support their digital transformation.”

Financial details of the deal were not revealed.

Eutelsat operates 35 geostationary satellites and over 600 LEO satellites, having merged with British satellite operator OneWeb in 2023.

Orange first partnered with Eutelsat back in 2020, purchasing capacity on its EUTELSAT KONNECT satellite to cover the entire French territory. Earlier this year, the deal was expanded to cover Orange’s operations in the Middle East and Africa.

Alongside Eutelsat, Orange also has deals with Starlink “in certain geographies, particularly in Africa”, according to CEO Christel Heydemann.

The company is also working to develop its own “sovereign solution” with its satellite subsidiary Nordnet.

In related news, reports this week suggest that Eutelsat is in discussions to raise €1.5 billion in order to further expand its LEO capabilities.

The company has already secured the procurement of 100 new satellites, which are aimed at launch by the end of 2026, but says that a further 340 will be needed to meet its obligations to the EU’s IRIS² project.

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Also in the news:
SWR deploys Europe’s first ’Rail-5G’ Wi-Fi  
BT accelerates fibre rollout amid cost cuts
AT&T agrees $5.75 billion deal for Lumen’s consumer fibre assets

Veon puts its KazLLM to work with new AI Tutor


News

The operator group says its AI Tutor is the first of many digital services to be enhanced with its local language AI models

This week, mobile network operator group Veon has announced the launch of its newest GenAI product: an AI Tutor aimed at teaching users the Kazakh language.

Powered by the Kazakh language AI model KazLLM, AI Tutor provides six gamified learning modules focussed on language learning, supported by a GenAI assistant. Additional modules covering other disciplines are planned for the future.

AI Tutor will be available to Beeline Kazakhstan customers via the company’s super-app Janymda, which currently has 4.9 million monthly users.

“AI Tutor makes learning more accessible to speakers of Kazakh and those who would like to learn Kazakh language by turning AI capabilities into a locally relevant product, seamlessly integrated into Beeline Kazakhstan’s leading digital platform Janymda,” explained Kaan Terzioglu, CEO of VEON Group in a press release. “This is exactly what we intended to offer to our customers when we positioned our AI1440 as a tool that augments human capabilities, and we are determined to put similar technologies to the service of millions of users in our frontier markets through our widespread and accessible digital services and solutions.”

Veon has been espousing the benefits of creating local language LLMs for some time now. Beeline Kazakhstan launched its software company QazCode in 2023, with the company quickly put to work co-developing KazLLM alongside the Institute of Smart Systems and Artificial Intelligence at Nazarbayev University, and Astana Hub, with the coordination of the Kazakhstan Ministry of Digital Development. KazLLM was formally launched in December 2024, with Veon saying it would use this resource to create “augmented intelligence tools” to “enhance the daily lives” of its customers in Kazakhstan.

Speaking to Total Telecom in an interview at MWC Barcelona earlier this year, Veon’s Group Chief Digital Operations Officer, Lasha Tabidze, explained the rationale for the creation of KazLLM.

“There is a big misconception around using LLMs that everyone speaks English and can prompt effectively in English. That simply isn’t true,” he explained. “There are thousands of languages in the world, but there are only seven that are fully resourced [with public online data], so these are the ones the big players are fine tuning. Less-resourced languages are not getting the attention they deserve.”

According Tabidze, KazLLM already offers answers “40% more precise” than ChatGPT in the Kazakh language, providing local users with a more nuanced experience.

At a press event this week, Tabidze re-emphasised that Veon was “not in competition with the hyperscalers” when it came to LLM creation, since these tech giants have little incentive to build AI models for relatively small markets.

“It’s a different race, a different game,” he said. “This is about supporting our customers and creating solutions for them in their language.”

“AI can be a great tool to shrink the digital divide. But if we don’t make these tools available in local languages, then we risk making that divide even bigger,” he added.

Of course, there is also a significant commercial upside to developing local language LLMs too – particularly where they face little direct competition from the hyperscalers. Veon has been greatly expanding its range of digital services in recent years, from digital healthcare platforms to ride-hailing apps, all of which can be significantly enhanced by incorporating local language AI models.

“We have 40 million plus users out of our super apps, 37 million plus of our financial services, and 28 million users in Ukraine registered on our Helsi platform,” said Tabidze. “We’re using all the power and knowledge we gathered […] to create augmented intelligence agents and bring it into the hands of people.”

Currently, Veon’s digital services revenue stands at just over 14%. Tabidze says Veon’s goal is to increase this figure to 50%, a goal he thinks is achievable in “3–5 years”.

Finally, in addition to leveraging their LLM for their own digital products, Tabidze says Veon plans to offer its LLM to enterprises on an ‘as a service’ basis.

“KazLLM is a foundational model,” he said. “If a company in Kazakhstan decides that they want to train this model themselves on their data – not just use this as a ready agent, but train it – then that’s where LLM as a service comes into play.”

Veon is currently working on additional LLMs in languages including Uzbek, Begali, Ukrainian, and Urdu. Additional LLMs for minority languages in each of Veon’s operating markets are also being created.

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Also in the news:
SWR deploys Europe’s first ’Rail-5G’ Wi-Fi  
BT accelerates fibre rollout amid cost cuts
AT&T agrees $5.75 billion deal for Lumen’s consumer fibre assets

PTCL to modernise data centres with Dell storage platforms

Pakistan Telecommunication Company Limited (PTCL) announced on Tuesday it has formed a partnership with technology solutions provider DWP Technologies to modernize its data centre infrastructure with software-driven enterprise and mid-tier storage platforms from Dell Technologies.

PTCL said its modernisation project aims to upgrade its storage infrastructure to streamline its operations, boost operational efficiency, enhance performance, and ensure scalability to meet the growing data demands of its network.

Among the operational benefits promised by the upgrade include a significant reduction in PTCL’s data centre footprint, along with its power and cooling requirements, leading to lower operational costs and greater energy efficiency, the telco said.

The upgraded infrastructure will also be designed to elevate PTCL’s service delivery and operational effectiveness by incorporating a three-site active-active metro architecture. PTCL said this will enable it to maintain continuous service even during localized disruptions.

PTCL added that its current mission-critical platform and ecosystem that supports PTCL and Ufone4G spanning three sites using enterprise replication services (SRDF) will remain fully supported and maintained throughout the modernisation initiative with no service interruptions.

By modernizing our infrastructure, we are not only enhancing our operational capabilities but also reinforcing our commitment to delivering cutting-edge solutions to our enterprise customers,” said Jafar Khalid, group chief technology and information officer for PTCL and Ufone 4G.

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Qatar’s regulator expands access to telecom duct infrastructure

Qatar regulator the Communications Regulatory Authority (CRA) has announced that it has opened access to more than 4,860 kilometres of government telecom duct infrastructure across Qatar.

This move forms part of CRA’s broader regulatory mandate to optimise the use of national telecom assets, enable licensed service providers to scale their networks more efficiently, and support the delivery of high-quality digital services to homes and businesses.

The CRA says the initiative also reflects CRA’s strategic objective to promote fair and open access to essential telecom infrastructure – reducing duplicate deployments, improving investment efficiency, and accelerating the rollout of next-generation technologies such as fibre to the home (FTTH) and 5G. 

Delivered in collaboration with the country’s Public Works Authority (Ashghal), the infrastructure spans 60 projects and covers over 40,000 residential, commercial, and government premises nationwide. The rollout is governed by a 2014 memorandum of understanding (MoU) between CRA and Ashghal, which formalised planning, construction and transfer protocols.

This isn’t a new concept. In fact it seems that, to date, more than 15,500 premises have been connected via the CRA-managed government telecom duct infrastructure. Operator Ooredoo has utilised 468 kilometres of ducts to serve 2,010 consumers’ premises, while another operator, Vodafone Qatar, has deployed 251 kilometres to connect 1,150 of its consumers.

CRA oversees access to the network through its Duct Management System (DMS), a geographic information systems (GIS)-based digital platform that facilitates real-time capacity visibility, application processing, and coordination for network extensions. This, says CRA, ensures transparency, efficiency, and alignment with national infrastructure policy.

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Telstra launches direct-to-device satellite service with Starlink


News

Consumers and small businesses will be able send text messages via satellite

Australian telco Telstra has announced the launch of its direct-to-device (D2D) satellite text messaging service through its partnership with SpaceX’s Starlink.

Customers on selected plans and with compatible devices (currently limited to the Samsung Galaxy S25) will be able to use Starlink’s satellite network to send and receive text messages wherever they can see the sky.

Starlink’s low Earth orbit satellite constellation currently covers all of Australia except for the Australian Radio Quiet Zone in Western Australia and remote offshore territories and islands.

For customers with compatible plans and devices, all that is required to access the new satellite service is a simple software update, with Telstra suggesting that all eligible customers will be enrolled in the coming weeks.

Enrolled customers will automatically be connected to the satellite network whenever traditional terrestrial mobile coverage is unavailable.

Telstra first began working with SpaceX to make use of its Starlink constellation for enterprise customers back in 2023. The partnership was expanded to include D2D messaging with Starlink at the start of this year, with extensive testing of the messaging service running over previous months.

For now, Starlink’s D2D service is limited to the text messaging and even that, Telstra warns will be somewhat intermittent in delivery; customers are being warned they may face delays in sending and receiving messages based on factors such as their location and the proximity of the nearest orbital satellite.

“This means customers are likely to find that some messages are sent or received almost instantly, while others may take many minutes or longer,” said Telstra’s Tom Beach on the company website.

In future, Starlink’s D2D services will be expanded to include voice and data services. The number of compatible devices will also increase.

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Also in the news:
SWR deploys Europe’s first ’Rail-5G’ Wi-Fi  
BT accelerates fibre rollout amid cost cuts
AT&T agrees $5.75 billion deal for Lumen’s consumer fibre assets

Massive enhancement announced for Indonesian LLM  

GoTo, described as the largest digital ecosystem in Indonesia, and service provider Indosat Ooredoo Hutchison (IOH) have announced the launch of a new, enhanced version of Sahabat-AI, an Indonesian large language model launched in mid-November last year.

Launch versions of Sahabat-AI offered a mere eight or nine billion parameters. Now upgraded to 70 billion parameters, Sahabat-AI offers enhanced accuracy, enabling the launch of the new Sahabat-AI chat service, which is built with strong reasoning capabilities, enabling users to ask questions and receive insightful, natural-language responses. It is one of the many use cases made possible by the more powerful model.

More importantly perhaps, the latest model can now operate across five local languages: national language Bahasa Indonesia, as well as Javanese, Sundanese, Balinese and Bataknese, in addition to a number of international languages.

As news service Forbes points out, this development is part of a drive to preserve local culture and dialects amid a global surge in AI development, currently led by models trained in the US and China.

Of course the term ‘local languages’ may imply modest numbers of speakers. However, local languages in Indonesia can boast tens of millions of speakers. This LLM therefore gives the new service access to many rural Indonesians that may not speak English or even Bahasa Indonesia.

There is, inevitably, a digital sovereignty angle to all of this. All data and GPU infrastructure used to serve the model are stored within Indonesian territory or on users’ own servers, ensuring compliance with national data regulations. By localising data storage and processing, its creators argue, Sahabat-AI also opens up new opportunities for the Indonesian government and public sector to build secure, sovereign AI-powered services.

Indeed, the model is optimised to run on locally accessible infrastructure, enabling a broader range of users, from early-stage startups and university labs to large-scale public service institutions, to integrate AI into their workflows.

For developers, the LLM can be freely downloaded, an open access approach that GoTo and IOH say empowers Indonesia’s broader AI ecosystem to build, experiment, and collaborate – encouraging the creation of AI applications tailored to local needs.

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BT International aims to wrap the world in ‘Global Fabric’


Press Release

by Bas Burger, CEO, International, BT

Today, we launch BT International, serving our multinational customers as a dedicated operation within BT Group with its own people, products and platforms.

It comes as our customers face unprecedented disruption across their markets driven by geopolitics, regulation and technology — with AI catalysing change faster than ever. We have designed BT International specifically to help our customers meet these challenges head on and anticipate future opportunities to thrive.

The way we do this centres on two highly scalable telco platforms designed for the age of multi-cloud and AI: Global Voice and Global Fabric, with security built in by design. We’ve channelled our investments into these cloud-centric global platforms and concentrated our expert teams where customers need them most.

From asset-light to platform-rich

We have evolved our ‘asset-light’ strategy for several years, designing our platforms to reflect the trends we see in customer traffic crossing our networks — from data flows to and between the big cloud providers to the emergence of hybrid cloud as a preferred model for many businesses. We see that AI has unpredictable impacts on our customers’ networks — from the lumpy, bulky training workloads of large language models (LLMs) powering GenAI to the low latency demands of conversational AI and augmented reality. These trends are set against the backdrop of a rapidly evolving cyber security threat landscape and a fast-moving regulatory environment.

Telecoms gets its voice back

Our Global Voice platform enables businesses, governments and the people they engage with to communicate with each other effortlessly. We’re already world leading in the global voice services market, managing over 16 billion calls to customer call centres in over 70 countries every year. We’ve migrated these services onto a new SIP-powered, cloud focussed platform enabling voice to be carried across data networks. SIP has been around for a while but the fact that Global Managed Voice is both SIP-powered and cloud-focused means that it’s perfectly poised to unlock the full potential of integrating voice with AI.

Indeed, Gartner predicts that 30 per cent of Fortune 500 companies will offer customer service through only a single, AI-enabled channel by 2028. I believe our Global Voice platform is strongly positioned to enable this, backed by our experts who have delivered over 5,000 contact centres to over 2,000 customers around the world.

Wrapping the world in Global Fabric

Next, we have Global Fabric, our brand-new, AI-ready, cloud-centric network-as-a-service (NaaS) platform. This offers customers instant, secure and resilient connectivity to practically every app or digital service they want, including the world’s top cloud and software-as-a-service  (SaaS) providers. It launched to live customer traffic earlier this year and it is the platform that will help us achieve our goal to be the world’s number one provider of secure multi-cloud connectivity.

Global Fabric could have hardly arrived at a better time. We were one of the first telcos off the starting blocks with a truly greenfield international platform to eliminate the drag that the previous generation of networks had on customer innovation. With traditional networks, setting up or making changes to connectivity for a new or existing app, including AI, could take days or weeks. With Global Fabric, it happens in an instant.

Now think of the increasingly complex international regulatory environment. Technology and data have become geopolitical pawns. That means customers must double down on sovereignty, ensuring the right data stays within the right jurisdiction while enabling them to unlock its value to the business. With Global Fabric, customers can choose both the cloud destinations their data goes to and the route it takes along the way. This means regulated data never leaves the designated national borders and helps customers stay compliant.

Sharing a platform for success

Looking to the future of our industry, we believe international networks will gravitate towards fewer, larger, telco platforms able to manage the demand generated by increased cloud and AI services. We invite other service providers to work with BT International, as we build out our ecosystem of partners, including our recently announced partnership with Google Cloud, and scale fast so we can, as an industry, offer the best value to customers across the globe.

We’re at a pivotal moment as an industry. It is an opportunity to move away from fragmented legacy international networks to a platform designed with the reality of AI, cyber and cloud at its core, reflecting customers’ expectations of speed, security, sustainability, sovereignty and naturally the skills to support future growth and prosperity.

Join us at Connected Britain, 24-25 September in London. Tickets available here  

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AT&T agrees $5.75 billion deal for Lumen’s consumer fibre assets

Teamwork makes the green work: How telcos are teaming up to drive sustainability at scale 


Interview 

BT’s Head of Environmental Sustainability Gabrielle Ginér explains how the Joint Alliance for Corporate Social Responsibility (JAC) is helping telcos tackle sustainability issues collectively 

As the telecoms sector sets its sights on net zero, it faces a major challenge to reduce emissions from the global supply chain. For most operators, Scope 3 emissions (those generated outside of their direct operations) account for much of their carbon footprint, and it is a problem they cannot solve in isolation. 

This is where the Joint Alliance for Corporate Social Responsibility (JAC) comes in. 

“JAC is a not-for-profit association of telecom operators dedicated to developing Corporate Social Responsibility across the Information and Communication Technology supply chain,” explains Gabrielle Ginér, Head of Environmental Sustainability at BT and a board member of JAC. “JAC verifies, assesses and implements CSR while sharing resources and best practice to develop long-term supply chain sustainability.” 

With over 30 members and growing, including industry giants like AT&T, BT, Vodafone, and Singtel, the JAC represents a large portion of the telecoms market, and its influence is expanding in both scope and ambition. 

A shifting focus 

The JAC was founded in 2010 by Deutsche Telekom, Orange, and Telecom Italia to promote basic CSR principles, but members’ priorities have quickly evolved. The alliance has expanded to also focused on three emerging areas: climate change, supply chain due diligence, and circularity. 

To support these goals, JAC has created dedicated working groups. One is focused on accelerating progress toward net zero by helping members reduce Scope 3 emissions. Another is addressing human rights risks across global supply chains through collaborative due diligence. A third, more recently established, group is working on circularity, exploring how telcos can reduce waste by reusing components from network equipment and consumer devices. 

“Most of JAC’s members either have circularity targets in place or plan to set them in the next three years,” Ginér explains. “The top three motivations for pursuing re-use and recycling are carbon reduction, waste reduction, and regulatory compliance.” 

Sustainability down the supply chain 

While collaboration between telcos is important, JAC’s impact depends on execution, and that means working directly with suppliers. The body’s Supplier Engagement Programme (SEP) uses data to assess more than 900 suppliers on their environmental maturity, offering tailored support to help them improve. 

In parallel, the Carbon Reduction Programme (CRP) focuses on around 50 high-impact suppliers. These are the companies whose products and services contribute most significantly to telecom operators’ Scope 3 emissions. Suppliers are asked to disclose product-level carbon footprints and to provide clear, time-bound reduction plans. 

A standout example of this work involves BT, Ericsson and the electronics manufacturer Flex.  

“Ericsson worked with one of its suppliers, Flex, that switched to 100% renewable electricity for its factory in Tczew, Poland,” Ginér explains. “Of the 1.1 million products Flex produced for Ericsson in Poland, 1,401 baseband units were shipped by Ericsson to BT Group. As Flex switched to renewable energy at its Tczew site, Flex and Ericsson estimated an 11k-tonne reduction in Flex’s Scope 2 carbon emissions dedicated to Ericsson for 2022, which translates to a 14-tonne reduction in embodied carbon emissions for the 1,401 baseband units shipped to BT Group.” 

“It may seem like a small improvement,” she adds, “but these types of actions are necessary in the journey towards net zero and set a precedent for how these types of collaborations can be scaled in value chains.” 

Sustainability at BT 

BT is also progressing with its own sustainability agenda, both operationally and within its supply chain. It aims to get to net zero by 2031 within its own operations, and in its wider supply chain by 2041. The company is rolling out more energy-efficient fixed and mobile networks, phasing out legacy infrastructure, and consolidating real estate to reduce emissions from buildings. Last year, it recovered 1,750 tonnes of network equipment and reused 1,548 items in its network. 

“We switch off the energy-intensive 3G network in 2024 which saved over 60 GWh,” Ginér notes. “When older networks are switched off, we recover the network equipment so it can be reused or recycled.” In October last year, it secured £105m from recycler EMR (European Metal Recycling) for its surplus copper networks. The income stream is significant, even after the costs of extracting and processing the cabling. 

The company is also transitioning its fleet to electric and zero-emission vehicles, with over 5,500 electric vehicles already in use. It placed its largest ever order of 3,500 EVs in January this year. “We’re working hard and investing to convert the majority of this fleet to electric or zero-emission vehicles by the end of FY31 – where that’s the best technical or economic solution.” 

Supplier expectations have also been formalised. ESG-related topics now carry a 20% weighting in BT’s supplier assessments, and environmental criteria are embedded into onboarding.  

“Today, suppliers representing more than 65% of our supply chain emissions are reporting to CDP,” says Ginér. CDP stands for the Carbon Disclosure Project, a platform where companies report environmental data such as carbon emissions, to promote transparency and accountability. 

The next steps 

As telecom operators face mounting pressure to decarbonise, improve transparency, and reduce waste, the need for collective action only intensifies. 

“The sector is doing quite well,” says Ginér, “but of course there is always more to be done, especially in tackling Scope 3 emissions.” 

With most JAC members now committed to science-based or net zero targets, and an increasing number taking action on circularity and due diligence, the foundations are in place. The next challenge is scale, ensuring that pilot programmes and successful supplier partnerships become standard practice across the global telecom ecosystem. 

 

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UK data centre expansion sparks net zero concerns 

 

JV announces Poland’s largest data centre

Real estate companies Greykite and White Star Real Estate say that their joint venture has successfully converted a former logistics facility in Warsaw into a state-of-the-art data centre, now known as Digital Ursus and claimed to be Poland’s largest data centre.

Launched last year, Greykite is an independent European real estate investment firm established and headquartered in London. White Star Real Estate is an international real estate company active in Central and Eastern Europe since 1997.

The two companies launched a US$339 million Polish logistics and data centre joint venture last year. It took over three sites (in Warsaw, Gliwice, and Strykow) that White Star had developed under its Diamond Business Park brand. The Ursus site was built by White Star between 2013 and 2019.

The reported site transformation includes a significant upgrade in power capacity, increasing from 18 MW to an anticipated 65 MW within the next year. This enhancement, the partners say, positions Digital Ursus as a critical node in Europe’s expanding digital landscape.

This 20,000 square metre facility, strategically located just eight kilometres from downtown Warsaw and six kilometres from Chopin Airport, has secured a long-term lease with a leading global data centre operator, believed to be EdgeConneX, which, the Data Centre Dynamic website reports, has signed a 15-year lease.

The site adds that EdgeConneX, in turn, is reportedly leasing the site for use by one of the ‘five largest tech companies’ globally and is to invest hundreds of millions of euros into the project. The company currently operates 2.5MW of capacity and 1,400 square metres of data centre space across three facilities in Warsaw.

Poland’s data centre market in general – and Warsaw in particular – is experiencing rapid growth, with projections indicating a tripling of power resources by 2030.

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Thailand’s planned spectrum auction attracts just two bidders

The latest spectrum licence auction in Thailand has apparently only attracted two bidders: True Corporation and Advanced Info Service (AIS) – and they do not seem interested in all the spectrum on offer. So what happens now?

The Bangkok Post reports that AIS and True submitted bid proposals to regulator the National Broadcasting and Telecommunications Commission (NBTC) along with bank guarantees of 10% of the reserve price of each spectrum band for which they plan to bid, as required by the auction rules, after the NBTC opened the one-day period to submit licence bid applications on Thursday.

The NBTC plans to auction four spectrum bands on 29 June: 850MHz, 1500MHz, 2100MHz and 2300MHz. However, reports suggest that AIS and True will be targeting only the 2100MHZ and 2300MHz bands 

For the 850MHz band two 2x5Mhz lots are available at a minimum  bid per lot of 7.738 billion baht (about US$235.8 million). For 2100 MHz, the three lots (each 2×5 MHz) require a minimum bid per lot of 4.5 billion baht (US$137.1 million). For 2300 MHz there are seven 10Mhz lots priced at a minimum per lot of 2.596 billion baht (US$79.1 million).

Finally 1500 MHz will need to attract a bid per 5MHz lot of at least 1.057 billion baht (US$32.2 million); there are 11 lots.

Following the application period, the NBTC will review applicants’ qualifications from 30 May to 5 June, then submit results to its own board for consideration. We can expect announcements between 6-13 June. Appeals can be filed from 16-18 June.

Qualified bidders will be announced on 19 June. A mock auction will then take place on 23 June, followed by the real thing on 29 June.

It’s not clear what will happen to the unsold spectrum. In addition, according to the Bangkok Post, a group led by the Thailand Consumer Council recently submitted a joint petition to the Central Administrative Court seeking to scrap the auction, claiming it could affect consumer interests and will lead to a market monopoly.

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