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Scaleway rolls out Europe’s first Nvidia Blackwell Ultra

The cloud provider has also expanded its sovereign AI stack, CPU options, quantum capabilities and cloud footprint across multiple new European Availability Zones

At its ai-PULSE 2025 conference, European cloud operator Scaleway announced the availability of what it claimed was the region’s first Nvidia Blackwell Ultra GPUs (B300-class), marking a significant upgrade in its AI infrastructure offering. The move underlines Scaleway’s ambition to supply advanced, sovereign AI compute to European enterprises and developers and not leave the running to the US hyperscalers.

The company said the Blackwell Ultra B300 adds a “higher performance tier” to its GPU portfolio, aiming to meet the growing demand for agentic AI and large-scale inference workloads across the continent. 

At the event, Scaleway detailed an expanded AI stack including access to the model Holo 2 by H, and the full suite of models from Mistral AI – both now deployable on its cloud infrastructure. The company pointed to the ease of deployment through integration with Hugging Face, stating that with “just a few clicks” users can spin up open-source models on European infrastructure. 

Among other enhancements, the update includes new ARM-based CPU offerings (in collaboration with Ampere Computing) optimised for energy-efficient, continuous inference, and early testing of next-generation CPUs from Fujitsu (MONAKA), aimed at reducing power consumption and total cost of ownership for sustained workloads.

New Availability Zones

On the expansion front, Scaleway confirmed it has added new cloud Availability Zones in Sweden and Italy, with an additional zone in Germany already committed. The company said these regional rollouts are designed to bring cloud resources closer to organisations across Europe, helping meet rising demand for local data residency, operational resilience and jurisdictional clarity.

Further diversifying its offering, Scaleway also affirmed continued growth in quantum computing capabilities. Users can now access quantum-emulation and hardware from multiple modalities: photonic quantum processing from earlier partnerships, plus new access to neutral-atom systems from French vendor Pasqal and superconducting processors from leading European vendor IQM Quantum Computers. 

Scaleway said all these quantum resources are accessible through familiar open-source frameworks such as Qiskit, Pulser, Perceval and PennyLane, essentially putting “advanced quantum methods through a single provider”.

Scaleway CEO Damien Lucas described the upgrade as delivering “the most complete sovereign AI stack available in Europe today”, stressing the importance of trusted infrastructure, energy efficiency and transparent operations amid rising demand.

The announcement builds on a prior move earlier this year: in June 2025, Scaleway acquired assets from Normandy-based analytics and AI firm Saagie and struck major partnerships with France Télévisions and national public computing organisations. 

Not all Nvidia

Away from the Scaleway event, Hewlett Packard Enterprise (HPE) announced plans to integrate AMD’s Helios rack-scale AI architecture into its product lineup starting in 2026. This puts it in direct competition with Nvidia’s rack-scale platforms already in service. The Helios design, built on the industry-standard Open Rack Wide form factor and integrating AMD EPYC CPUs, AMD Instinct MI455X GPUs, AMD Pensando networking and the open ROCm software stack, promises high scalability, rack-scale performance, and standards-based Ethernet connectivity.

HPE will put Helios into the hands of cloud service providers and “neoclouds” starting in 2026. The system is engineered to handle “trillion parameter” model training and large-scale inference workloads, delivering up to 2.9 exaFLOPS of FP4 performance per rack, a 260-terabyte-per-second aggregate scale-up bandwidth, and a double-wide, liquid-cooled rack implementation adhering to open-standard design principles. 

The two’s approach to Ethernet effectively offers an alternative to Nvidia’s NVLink-centric approach. Helios uses an Ethernet fabric to connect GPUs and CPUs, which is in contrast to Nvidia’s NVLink approach. Nvidia would argue that relying on a single Ethernet layer could introduce latency or bandwidth constraints in real applications but these may end up being questions for 2026.

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Vodacom to gain controlling stake in Safaricom for €1.81bn

Vodafone’s African subsidiary will acquire a 5% stake from its parent company and 15% from the government of Kenya to consolidate a 55% holding

Vodafone Group’s African subsidiary, Vodacom Group, has agreed to acquire 20% of the issued share capital in Safaricom, Kenya’s biggest telco. Vodacom will acquire 15% from the government of Kenya for €1.36 billion (KES 204 billion) in cash and 5% from Vodafone for a cash consideration of €450 million (KES 68 billion).

Once the transaction is complete, Vodacom will own 55%, the Kenyan government will retain 20% and public investors the outstanding 25%. The deal will be consolidated by both Vodacom and Vodafone.

Transaction rationale

The rationale is that Vodafone and Vodacom will gain controlling ownership of one of Africa’s most successful telecoms and financial services businesses. It is listed on the Nairobi Securities Exchange with a market capitalisation of €7.7 billion.

Safaricom also owns a scaled tower and spectrum portfolio in Kenya, as well as M-PESA – the pioneering fintech business which processes more than 100 million transactions daily and has 38 million M-PESA customers in Kenya. In the six months to 30 September 2025, Safaricom’s service revenue in Kenya was up 9.3% over the corresponding period last year, underpinned by growth in M-PESA revenue of 14%.

Safaricom also has a majority shareholding in Safaricom Ethiopia which launched telco-agnostic financial services in the country a few days ago. Ethiopia is Africa’s fastest growing economy.

Margherita Della Valle, Vodafone Group’s CEO, said, “In line with our focus on growth, this is an opportunity to gain a controlling shareholding in a highly successful African business in an attractive market.

“We have enjoyed a successful partnership with Safaricom since 2000, including the co-development of M-Pesa, which has brought wide-ranging financial inclusion to millions of customers.”

T-Mobile Poland mobile data highlights FWA bind

The Polish operator’s streaming data emphasises the dominance of router-based streaming which reflects the issue mobile operators rolling out FWA will face

T-Mobile Poland has shared some interesting data about its users which actually raises a conundrum for operators looking to roll out fixed wireless access (FWA). First, the numbers. During the fall and winter season, T-Mobile users transferred as much as 32,500 TB of data while using streaming platforms – a 100% increase compared to the warmer months of the year.

However, routers rule in autumn – big screens are winning over smartphones. Although smartphones are everywhere, users are clearly more likely to choose home screens in the colder months. Traffic generated by devices was: smartphones at 3.8 thousand TB and routers at 14 thousand TB. 

The operator reckons the dominance of routers shows that autumn streaming is moving to larger screens. Saturdays and Sundays remain the favourite time for movie marathons. On weekends, users used 41% more data than on weekdays. T-Mobile, which does offer consumer FWA – it introduced two new FWA packages in February 2024 – reassures everyone by pointing out its “5G network is fully prepared for these increased customer demands, ensuring stable and fast connections even during peak traffic.” 

The rise of 5G FWA 

As T-Mobile Poland demonstrates, fixed broadband users in the home are going to use substantially more data than mobile users and this creates both an opportunity and a challenge for mobile operators. Analysts Tefficient, who are launching an FWA Tracker next year, point out that if FWA wants to be perceived as an ordinary fixed broadband service then a FWA customer should of course be able to use as much data as a regular fixed broadband customer.

They found that FWA usage is still lower than the overall fixed broadband (FBB) usage. Some countries have higher FWA usage than FBB in other countries, though. Thanks to higher speeds enabled by 5G and new spectrum – plus the gradual elimination of usage caps on FWA – Tefficient believes FWA usage should grow faster than the overall FBB usage, eventually closing the usage gap.

Crucially, that also means that many mobile networks will carry more FWA traffic than regular mobile traffic. However, pure mobile operators have been able to add 5G-based FWA to their service portfolio and integrated operators have joined in, for all sorts of reasons. 

For example, in Australia, the government-owned NBN Co’s wholesale broadband products are so expensive, the big three mobile operators have been able to grow FWA businesses with decent margins. So much so that NBN Co has now pretty much peaked in its rollout and has removed artificial speed limits – 50 Mbps was the most popular speed selected by users, even on fibre – to re-establish a differentiation against the FWA players. 

Tefficient has summed up the reported broadband net adds for a total of seven US broadband providers, Comcast/Xfinity, Charter/Spectrum, Verizon, AT&T, Altice/Optimum, T-Mobile, and US Cellular to find that since mid 2022, the fixed broadband base of the US is, in essence, no longer growing. At the same time, FWA providers add roughly 900 thousand FWA subscribers per quarter. Prior to the launch of FWA, fixed broadband had a similar growth as FWA now has.

Closer to home, they highlight Norway. Telenor pursued an aggressive plan to shut down its copper network, forcing hundreds of thousands of DSL and PSTN users to migrate to newer technologies – a shift that risked driving customers to competitors. Although it expanded its fibre footprint and could also offer broadband over its cable TV network, neither provided nationwide reach. 

To bridge this gap, Telenor invested heavily in fixed wireless access (FWA) alongside fibre. The strategy worked: competition reacted slowly and FWA helped offset subscriber losses during the copper switch-off, which Telenor completed for the retail market in 2023.

By June 2025, Telenor had 116,000 FWA subscribers in Norway, a significant figure given its total broadband base of 701,000, meaning FWA accounts for 17% of its broadband customers. Telia, Telenor’s main mobile rival, has also embraced FWA, reaching 66,000 customers by the same date – around 14% of its broadband base – and unlike Telenor, Telia’s FWA numbers continued to grow.

Netflix dominates

Back in Poland, the largest traffic generator remains Netflix, with T-Mobile customers using nearly 19,000 TB of data. The average T-Mobile user used approximately 7 GB during this time watching their favourite titles – although the operator did not disclose how much of this data was users scrolling endlessly in the home page trying to find something to watch.

For those interested, peak data usage occurred on 26 October, when T-Mobile’s network recorded 1,700 TB of streaming data transferred in a 24-hour period. This is the result of the premieres of high-profile productions such as: House Full of Dynamite; The Witcher: Season 4; Nobody Wants This: Season 2 and Mr Kim’s Dream Life – which, taken together, the titles sum up political discourse in 2025. 

United Group posts solid numbers as leadership dispute fades

Organic growth in key EU markets helps the telco group put its leadership and governance issues in the rear view mirror for now

Southeastern Europe-focused telco United Group, seems to have shrugged off its recent leadership dramas after posting solid financial results for the nine months ended 30 September 2025. The service provider posted year-on-year growth in both revenue and adjusted EBITDAal.

Following the sale of its Serbian assets earlier this year, the group said it is now more clearly focused on its core EU operations and growth businesses in telecommunications, media and technology. The portfolio has been simplified, and management attention is concentrated on the key portfolio companies in Greece, Bulgaria, Croatia and Slovenia.

In parallel, the group emphasised it has continued to “strengthen its leadership and governance framework”. Recent senior appointments, including Dr. Kim Kyllesbech Larsen as chief technology and information officer and Dejan Kocić as interim CEO of United Cloud, are part of the operator’s efforts to move on from its recent fraught ownership battles.

Last month, the ousted founder of BC Partners LLP-owned United Group BV, Dragan Šolak, failed to convince Dutch judges he could bring an unfair dismissal lawsuit. He had asked an Amsterdam court to investigate the policy and conduct of United Group over allegations that BC Partners had abused the group’s governance when it dismissed Šolak in June. 

The dispute between tycoon Šolak and United Group, which he founded and is now majority-owned by BC Partners, began after he was dismissed as board adviser. He initially sued United in the UK over a promised bonus from asset sales. Last month, United Group agreed to pay him €250 million, ending the lawsuit.

Šolak had alleged a “serious governance crisis” after Stan Miller was abruptly appointed CEO to lead United Group “as it strategically refocuses its business on EU markets following successful sale of non-EU operations,” a United Statement said at the time, adding that Founder Dragan Šolak and CEO Victoriya Boklag were to step down from their current positions.

United Group welcomed the Dutch Enterprise Chamber’s decision to dismiss the petition, stating it confirmed that the dispute was not a genuine governance issue but a personal campaign by Šolak after losing influence and income. The company said the process was misdirected and time-consuming. It emphasised that United Group is now operating effectively under new leadership, with proper governance, clear reporting lines, and focus on business performance and stakeholder value.

Organic growth

United Group’s 9M 2025 revenue increased by 3% year-on-year to €2 billion, primarily driven by organic growth of the subscriber base, increased customer up-selling and cross-selling, inflation linked price increases, and ICT projects. Last-twelve-month revenue reached €2.7 billion (up 4% YoY). Adjusted EBITDAal grew 7% to approximately €680 million, outpacing revenue as result of continued cost control offsetting wage inflation suffered in most markets. Last-twelve-month Adjusted EBITDAal reached €909 million (up 9% YoY).

Capital expenditure excluding capitalised leases increased to approximately €550 million, mainly as a result of increased fixed network investments – particularly its fibre roll out in Greece – investments in mobile infrastructure and energy projects.

“Our Q3 performance shows strong organic growth and confirms that our activities are delivering. We have successfully focused the Group on our core portfolio, empowering local teams to achieve exceptional results,” said United Group CEO Stan Miller. “As we continue to drive value across our telecommunications, media, and technology businesses, our priority remains laser focussed on capital allocation, accelerating cash conversion, and generating long-term value for all stakeholders.”

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Indian government mandates ‘cyber safety’ app on all new smartphones

In 90 day’s time, all smartphone makers must pre-load the app which can make and manage phone calls, send messages, access the camera, call and message logs, photos and files

India, so often described as the world’s largest democracy, is about to take unprecedented action concerning the privacy of its 735 million smartphone users. An order passed last week and published yesterday gives all smartphone makers 90 days to ensure all new devices come preloaded with the government’s Sanchar Saathi cybersecurity app.

The government says the app’s “functionalities cannot be disabled or restricted” and that it is necessary to help citizens verify the authenticity of handsets and enable them to report any suspected misuse of telecom resources “for cyber frauds” and ensure “telecom cyber security”.

Certainly, nobody is denying that telcos and their customers are being subjected to all kinds of cyberattacks and fraud on an unprecedented level. What is in question is the means of defending citizens: the app’s privacy terms and conditions allow it to make and manage phone calls and send messages from users’ phones, as well as access their call and message logs, their camera, photos and files.

Phones in use must also comply

The app was launched at the start of 2025 and allows users to check their handset’s unique International Mobile Equipment Identity (IEMI) – the equivalent of a serial number. According to India’s Department of Telecommunications, mobile handsets with duplicate or falsified IMEI numbers pose “serious endangerment” to telecoms’ cybersecurity.

The app also means stolen phones can be tracked and the government said 700,000 lost smartphones have been found since Sanchar Saathi’s launch for voluntary use at the start of the year. The Guardian notes that Russia is also using the dangers of stolen phones as the reason for increased cybersurveillance of its population. In August President Putin’s government issued a similar requirement for the state-backed messenger app, Max, to be pre-installed on phones.

Owners of smartphones already in use are to given three months to install the app on their devices.

Attack on privacy?

Naturally enough this has sparked a furore – the government has suddenly gaining the right to snoop on all smartphone owners and with no regard for privacy. The backlash finally prompted the Indian’s Minister of Communications, Jyotiradtiya Scindia, into explaining that the app is “a voluntary and democratic system” that mobile users can delete.

As the BBC and others have pointed out, it is not clear how they will exercise this option given that the government has said the functions “cannot be disabled or restricted”.

How will phonemakers react?

Smartphone makers are to “make an endeavour” to install the app via software updates for devices that have left the factory but are yet to be sold, the Indian government has said. It has also told the manufacturers to provide a compliance report with the order in 120 days’ time.

Reactions of smartphone makers are not yet public, but Apple in particular is known for pushing back against governmental efforts to gain access to iPhones and the activities carried on them. It has been a loggerheads with a number of regulators and has refused to comply some orders. iPhones accounted for about 4.5% of 735 million smartphones in use in India in summer this year according to Counterpoint Research.

M-PESA Ethiopia launches telco-agnostic mobile money service

The country is Africa’s fastest growing economy but low smartphone ownership and gender-based digitial inequality are holding up growth

Safaricom’s M-PESA digital, financial services platform has launched M-PESA LeHulum in Ethiopia to offer telco-agnostic digital financial services. The claim is that this will remove longstanding obstacles to such services for Ethiopians.

Smartphone users download the app, register with any phone number and complete verification through the Fayda Digital ID portal. This is a national digital identification verification service, backed the country’s government, which uses ireal-time biometric authentication and an electronic version of know your customer (KYC) “for all use-cases”.

According to M-PESA, mobile subscribers who carry out these steps will be able to make transactions within minutes, from sending and receiving money, to paying merchants and bills, buying airtime, payments via QR codes. After 90 days using M-PESA LeHulum, they can also access the Errif Be M-PESA overdraft service launched in the summer.

The app is also claimed to enable “seamless transfers with banks and other wallets via ETHSwitch integration”.

The platform was developed in-house by M-PESA Ethiopia’s technology teams, and is said to meet the needs of Ethiopians while adhering to international standards.

Ethiopia at a glance

Ethiopia is Africa’s second most populous country with about 135.5 million people according to the World Population Review in November this year. It is also the continent’s fastest growing economy, according to Further Africa, albeit from a low base.

According to the GSMA Mobile Gender Gap Report 2025, published in May this year, smartphone penetration remains low, at just 15% of the population. There is also striking gender gap in ownership, with only 6% of women owning a smartphone compared to 18% of men, although the gap has narrowed slightly compared with the report from the previous year. The disparity is mirrored in mobile internet use, where women lag men by 36%.

The report also found that in Ethiopia, Nigeria and Rwanda, around 20% of female smartphone owners (and around 10% of male smartphone owners) are not using mobile internet, despite almost all of them being aware of it.

It will be interesting to see if M-PESA LeHulum moves the dial.

AWS and Google Cloud move to simplify multicloud networking

The two have launched a jointly developed multicloud networking standard and managed interconnect service, aiming to eliminate barriers

AWS and Google Cloud have introduced a unified multicloud networking solution designed to simplify private connectivity between the two hyperscalers, replacing the manual, hardware-centric models that have traditionally slowed cross-cloud deployments. 

The collaboration establishes an open interoperability specification intended for adoption across the wider cloud and service provider ecosystem. Given recent cloud outages, the service could be described as “much anticipated” – AWS finally joins the fold. The new integration connects AWS Interconnect – multicloud with Google Cloud’s Cross-Cloud Interconnect and forms part of Google Cloud’s broader Cross-Cloud Network framework. 

At its core, the system abstracts physical connectivity, link-local addressing, routing configuration and security policy management, offering automated provisioning through standard cloud consoles and APIs. Both companies say that connectivity workflows that previously required weeks of procurement, installation and co-ordination can now be established within minutes.

AWS VP of network services Robert Kennedy described the move as “a fundamental shift in multicloud connectivity”, noting that the open specification removes the “heavy lifting” associated with physical builds and allows customers to activate high-availability, private circuits on demand. Google Cloud VP/GM of cloud networking Rob Enns said the collaboration “delivers on Google Cloud’s Cross-Cloud Network solution” by enabling customers to move applications and data between providers with enhanced operational efficiency.

Expansions planned

The solution is launching initially in Northern Virginia, Oregon, London and Frankfurt, with further regional expansions planned. Bandwidth begins at 1 Gbps during preview and is expected to scale to 100 Gbps at general availability, a detail aimed at organisations designing latency-sensitive applications or distributing AI workloads across heterogeneous infrastructure.

Security and resiliency form critical elements of the architecture according to the companies. Traffic between the providers’ edge routers is encrypted using MACsec with managed key rotation, and the physical underlay incorporates quad-redundant paths across distinct facilities and routers. Both cloud providers have integrated proactive monitoring and co-ordinated maintenance processes to reduce the risk of service-impacting failures.

The managed design is also intended to reduce customer exposure to multi-step networking builds, which previously required dedicated circuits, VLAN provisioning, BGP session configuration, Autonomous System numbering and bespoke encryption schemes. By replacing these tasks with a single Google Cloud “transport” construct and an AWS acceptance step, engineers can treat the connection similarly to a native VPC peering workflow.

Uses cases

In a bunch of blog posts the two highlighted applications such as active-active and active-standby disaster recovery for distributed databases and AI platforms; high-throughput pipelines between BigQuery and AWS data-stores; and private, inbound API access between services running across the two environments. Jim Ostrognai, SVP of software engineering at Salesforce, said the AWS Interconnect – multicloud capability allows the firm to connect workloads to Google Cloud “with the same ease as deploying internal AWS resources”, helping customers anchor AI and analytics models in consistent datasets regardless of location.

Both AWS and Google Cloud emphasise that the specification is open and intended for wider industry adoption, inviting other cloud and service providers to support the same model of on-demand, private interconnects. Google Cloud said the openness of the framework allows additional suppliers to contribute implementations, strengthening multicloud portability at a time when AI-driven infrastructure sprawl is accelerating.

For operators, the development offers a route to more tightly integrated hybrid cloud environments without the operational overhead of managing physical circuits or multivendor routing topologies. As networks evolve to support distributed AI inference, edge workloads and cross-domain orchestration, automated multicloud transport may help reduce latency exposure and simplify high-bandwidth workloads that span multiple hyperscalers.

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