Vodafone Challenges Open Internet Net Neutrality Protections Again | ISPreview UK

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The public policy team from broadband and mobile operator Vodafone (UK) has, once again, started a debate over the future of Net Neutrality rules (i.e. protecting the open internet from abuse by network operators) and warned that “telecoms networks are not infinite … [and] … overconsumption of this valuable and finite resource is already putting them at risk of degradation and depletion“.

In case anybody has forgotten, the UK and EU have already established guidelines, which tend to be softly enforced by national regulators like Ofcom. The rules, if we can call them that, essentially aim to ensure that mobile and broadband providers do not impose excessive restrictions against legal internet traffic and must treat almost all of it equally (e.g. they shouldn’t favour specific services, such as by blocking or slowing access).

NOTE: See Ofcom’s guidance on UK Net Neutrality rules here.

However, there are some exceptions to this, such as for when providers need to impose general traffic management measures, court ordered blocks or for security (e.g. anti-virus/spam filtering). In addition, Ofcom softened these guidelines a bit in 2023 (here), such as by allowing providers to offer premium quality retail packages (e.g. those with tweaks to deliver lower latency) and support for specialised services so providers can deliver specific content and applications that need to be optimised (e.g. a limited allowance for network slicing on 5G mobile).

The regulator also clarified some previous conflicts around the issue of zero rating (i.e. free mobile data), such as for cases where mobile operators excluded some websites from data charges when they gave a social benefit (e.g. those offering public health info. during the COVID-19 pandemic).

Ding Ding. Net Neutrality Round.. (we lost track)

Nevertheless, some of the biggest providers have never fully given up on their vested interest for even more flexibility (in the UK it’s often BT and Vodafone leading this charge), which every few years tends to result in a rehashing of the same core arguments; this has been going on for the best part of two decades now.

The moans frequently target internet content providers (technically covering everything from websites to Netflix etc.), usually by demanding that they pay internet access providers to help carry their content, albeit through more diplomatic language.

Existing rules prevent ISPs from favouring content sources based on who pays them the most money, which might in turn lead to a degraded experience for other users (e.g. slowing the quality of Netflix, iPlayer on certain tiers). This typically helps to ensure that excessive access controls over content don’t result in a walled garden style internet experience.

Those that consume network resources, such as content providers, have few incentives to design their services in an efficient and responsible manner or to minimise network traffic waste. Their business models, supported by advertising revenues, are designed to constantly increase engagement. They can grow traffic regardless of the consequences for networks, or the waste caused by autoplay, infinite scroll and pre-fetching of content,” said Vodafone’s public policy team. This is of course misleading, since content providers also have network costs of their own and a vested interest in making their services as efficient as possible, in order to reduce costs etc.

At this point, network operators often point to the risk of a future “capacity crunch” (Vodafone uses that phrase again too), before highlighting the endless growth of data traffic over their networks – something that is part and parcel of how networks have always worked. Many of these points are once again being made by Vodafone’s public policy team.

Statement by Vodafone’s Public Policy Team

These challenges are compounded by Europe’s legacy policies and regulations that overly restrict telcos from technically or commercially managing their traffic. The Open Internet rules, for example, are highly prescriptive and only allow traffic management in exceptional circumstances.

Europe is in danger of a ‘capacity crunch’ on its networks unless we face up to these overlapping challenges. It’s an unpalatable topic to address, but we can’t just ignore it and hope for the best.

It is therefore time for Europe to take this challenge more seriously, and work to create meaningful incentives that directly encourage more efficient use of networks.

That’s why Vodafone is today calling for a new Framework for Responsible Use of Networks that would drive action in three areas:

➤ A new industry Code of Conduct that sets clear, consistent guidelines on optimising internet traffic. If content services are better designed to optimise bandwidth and minimise ‘waste’, this would reduce pressure on networks for everyone’s benefit.

➤ More flexible network management rules so that operators are allowed to dynamically manage traffic on their networks. This would include applying fair use policies and deploy technical traffic management tools that prevent congestion and deliver a high-quality experience.

➤ A legislative framework, including a dispute resolution mechanism, to underpin the negotiation of commercial terms between network operators and large content providers. This would create the right economic incentives to improve internet traffic inefficiencies. It could also ensure network operators are fairly compensated for costs incurred in providing traffic conveyance services, including peering, caching, and transit.

Whilst this proposed Framework is new, the broader idea is not. It’s been done before. During the COVID-19 pandemic, for example, content providers, telecoms operators and governments pulled together to ensure that society could continue to function. We just need to formalise this concept, and adapt it for the critical situation Europe currently finds itself in.

The focus above is of course on “Europe“, while Ofcom’s recent changes do address part of this in the UK, although it’s clear that Vodafone still want legislators to go much further. You can see the full details in their related report – ‘A Framework for Responsible Use of Networks‘.

The report includes some traffic graphs that network engineers may find interesting, not least due to how they portray the peaks of network usage (page 34) – something that is generally kind of normal. Most online services are designed to cope with peaks of usage that go many times above their average load. Modern Content Delivery Networks (CDN) also help to keep such things under control.

Vodafone-UK-Traffic-Peaks-2023-to-2024

The reality here is that demand for data is always growing, and the trends we see today aren’t that different from what they were in the past. Fixed line network operators have always been able to adapt to this, and we see no reason why that won’t continue into the future.

Admittedly, there are more challenges for mobile networks on this front, which tend to be reflected more via the limitations of spectrum availability than backhaul capacity. Nevertheless, regulators are freeing up new spectrum bands to address this, and future technologies (e.g. 6G) will make such data more efficient to deliver. Future networks may, however, have to become denser and more complex, which will increase costs – at least in urban areas.

However, it’s worth remembering that demand for data and thus mobile/broadband services would not exist without internet content providers. Some network providers may complain that the increase in related data usage from these services and others raise their costs, but that’s the nature of the beast (cost of doing business) and should ideally continue to be reflected in the prices we all pay as end-users. Indeed, whatever happens, the end user always pays at some level.

In our view, the existing rules, while imperfect, have generally worked well to keep the balance fair and the internet open (as it was always intended to be). We should point out that many smaller and medium-sized ISPs support this position too, although there may come in a point in the future where the rules, for mobile operators in particular, do need further tweaking. But we aren’t there yet.

Verizon business partners with Singtel and Skylo on IoT  | Total Telecom

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Verizon Business is expanding its Internet of Things (IoT) services with two new key partnerships 

Image credit: Verizon

Verizon Business has teamed up with Singapore’s Singtel and satellite provider Skylo to offer IoT connectivity in over 200 countries. Customers can now manage services through Verizon’s ThingSpace platform, using a mix of satellite, roaming, and eSIM solutions. 

Singtel will join Verizon’s Global IoT Orchestration service, which lets businesses activate IoT devices internationally using partner networks. The partnership will help Verizon customers expand their IoT coverage in the Asia Pacific region. With the service now available, Verizon’s Global IoT Orchestration also includes Bell Canada and Telenor IoT. 

In the US, Verizon has partnered with Skylo to provide IoT coverage in areas where traditional cellular signals may not reach. The service is expected to expand internationally in the future.  

“Our IoT services and platforms are designed to meet our customers’ needs wherever they do business, which is all around the world. We’re thrilled to see Global IoT Orchestration in-market now and satellite-enhanced IoT coverage in the U.S. to be available nearterm, enabling worldwide connectivity for our customers from the best partners in the industry,” said Shamik Basu, Vice President, Strategic Connectivity, Verizon Business in a press release. 

The Global IoT Orchestration service is available through Verizon’s ThingSpace platform, allowing businesses to manage IoT connectivity in both domestic and international markets. Customers can use eSIM profiles from Verizon’s partners to activate devices in supported regions, ensuring local-like coverage. 

The new service is available to US based businesses looking to activate IoT devices internationally.  

Join us at Connected America NEXT WEEK in Dallas! Heavily discounted tickets are available here

Also in the news:
FCC is one step closer to auctioning unused 5G-grade spectrum
EY launches suite of AI agents for telcos
Deutsche Telekom targets ‘AI phone’ launch in 2026

Indosat Ooredoo Hutchison Becomes First Mobile Operator in Southeast Asia to Deploy AI-RAN with Nokia and NVIDIA | Total Telecom

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Press Release

Groundbreaking integration set to accelerate AI-RAN innovation and commercialisation across the globe

Barcelona, Spain – March 05, 2025 – Indosat Ooredoo Hutchison (Indosat or IOH), a frontrunner in AI-driven telecommunications, today announced a landmark initiative to deploy AI-RAN (Artificial Intelligence Radio Access Network) infrastructure across Indonesia, with Nokia and NVIDIA. The integration brings together Nokia’s cutting-edge 5G Cloud RAN solution and the NVIDIA AI Aerial platform, to create a unified accelerated computing infrastructure for hosting both AI and RAN workloads. This milestone sets Indosat Ooredoo Hutchison as the first operator in Southeast Asia and the third globally to build a commercial AI-RAN network, enabling the convergence of AI and wireless connectivity to enhance performance, efficiency, and unlock new opportunities across industries.

The companies entered into an MOU agreement to develop, test and deploy AI-RAN solution, with an initial focus on bringing AI inferencing workloads on NVIDIA AI Aerial, followed by the integration of RAN workloads on the same platform.

As part of this initiative, Indosat, Nokia, and NVIDIA will also work with leading Indonesian universities and research institutions to drive AI-RAN development. This collaboration will support academic programs to foster AI innovation in telecom applications, and provide hands-on opportunities for students and researchers to contribute to next-generation AI-powered networks. By engaging with academia, the companies aim to accelerate breakthroughs in AI-driven network optimization, spectral efficiency, and energy consumption.

This innovative approach will enable Indosat to revolutionize its network capabilities and business model. By sharing infrastructure costs across multiple applications, Indosat can maximize its return on investment while unlocking new revenue streams through a wide range of AI-driven services. The deployment will achieve transformative gains in network performance, spectral efficiency, and energy consumption, setting the stage for a software-driven 6G upgrade.

This initiative aligns with Indonesia’s national AI strategy, positioning Indosat as both a connectivity provider and an AI service enabler. Indosat built a Sovereign AI Factory in Indonesia, to enable enterprises, startups and government entities to create local AI applications across healthcare, education, and agriculture. With the new AI-RAN infrastructure, the company plans to serve AI inferencing needs and supercharge the AI ecosystem for more than 277 million people of Indonesia using the NVIDIA AI Enterprise software platform and serverless APIs to enable optimized inferencing for a vast array of applications and seamless AI workload distribution across central and distributed infrastructure.

The AI-RAN solution will enable Indosat to bring AI capabilities to every application. The new serverless APIs capabilities, built with NVIDIA, will enable Indosat AI application partners, including Hippocratic.ai, Personal.ai, GoTo and Accenture, to leverage distributed inference engines to provide AI tokens at scale ensuring a more consistent experience.

Vikram Sinha, President Director and CEO of Indosat Ooredoo Hutchison, said, “This collaboration marks a transformative milestone for Indonesia’s telecommunications industry. By embedding AI into our radio access network, we’re not just enhancing connectivity—we’re building a nationwide AI-powered ecosystem that will fuel innovation across industries. This aligns seamlessly with our mission to connect and empower every Indonesian.”

The deployment will follow a phased approach, starting with the establishment of a 5G AI-RAN lab in Surabaya in early 2025 for joint development, testing and validation. A small-scale commercial pilot of AI Inferencing workloads running on NVIDIA AI-RAN infrastructure is planned in the second half of 2025. Further expansion of this solution deployment will happen in 2026.

Tommi Uitto, President of Mobile Networks at Nokia, commented: “Nokia is proud to work on this groundbreaking initiative with our partner, Indosat to deploy transformative AI-RAN infrastructure across Indonesia. When you combine AI with RAN, you create an engine for future innovation. With our 5G Cloud RAN platform, Indosat can transform its network into a multi-purpose computing grid that leverages the synergies of AI-accelerated computing. With our AI-powered products, we help Indosat augment RAN capabilities for enhanced performance, operational efficiency, advanced automation and optimized energy efficiency.”

Ronnie Vasishta, SVP Telecoms at NVIDIA, added, “AI-RAN has completely transformed the telecom industry. The combination of Indosat’s vision for a nationwide AI grid and NVIDIA AI expertise and full-stack software and hardware platform will catalyze AI adoption and innovation across Indonesia, creating a new playbook for telecom operators worldwide.”

Exabeam Partners with CSE Connect to Deliver Cybersecurity Education to UK Students | Total Telecom

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London, UK, 4 March 2025 – Exabeam,  a global leader in intelligence and automation that powers security operations, has partnered with CSE Connect, a national cybersecurity education network, to provide advanced cybersecurity education to UK students. The partnership will see Exabeam deliver lectures and interactive Exabeam Capture the Flag (CTF) exercises to support cybersecurity talent, promote awareness, and work towards addressing the industry skills gap.

Through its collaboration with CSE Connect, Exabeam aims to drive greater cybersecurity resilience in the UK by helping students identify ever-advancing threats in the digital world. It will provide knowledge and insights on the principles of a modern security operations platform based on the innovative threat detection, investigation, and response (TDIR) capabilities of the Exabeam New-Scale Security Operations Platform. Exabeam CTF exercises provide students with hands-on educational experiences to learn how to effectively identify and mitigate modern threats with AI-driven cybersecurity solutions.

“Collaborative innovation between education and technology is key to tackling the ever-evolving threat landscape. As threats become more complex and targeted, investment in future cybersecurity talent is essential to stay ahead of evolving risks,” said Kev Eley, Vice President UK & Ireland at Exabeam. “Our partnership with CSE Connect is all about nurturing skills, inspiring innovation, and expanding the impact of cybersecurity education. We’re focused on making cybersecurity more accessible in the UK with the end goal of strengthening national security.”

CSE Connect, supported by the National Cyber Security Centre (NCSC), networks government, industry, and academia collaborators, to inspire current and future generations of cybersecurity professionals. Its goal is to connect the cyber education community and advocate innovation in UK cyber education through events and community problem-solving initiatives.

“Strong collaborative partnerships between industry and academia in cybersecurity education are essential. They help to bridge skills gaps and better align graduate competencies with employer needs, ultimately strengthening our national cyber security capabilities,” said Dr. Charles Clarke, Co-Founder at CSE Connect. “We are delighted to be working with Exabeam as an industry collaborator and look forward to broadening the scope of cybersecurity education through their innovative Capture the Flag platform.”

The partnership with CSE Connect is part of the continued investment from Exabeam into education to inspire future generations to pursue careers in science, technology, engineering, and mathematics (STEM). It follows its sponsorship of The National Museum of Computing (TNMoC) to promote inclusion in the cybersecurity industry.

 

About CSE Connect

CSE Connect is a national cyber security education network. Our mission is to promote innovative and impactful cyber security education practice across the UK academic landscape. We network Government, Industry and Academia collaborators, to inspire current and future generations of cyber security professionals. Learn more at  https://www.cseconnect.org/.

 

About Exabeam

Exabeam is a leader in intelligence and automation that powers security operations for the world’s smartest companies. As a global cybersecurity leader, Exabeam provides industry-proven, security-focused, and flexible solutions for faster, more accurate threat detection, investigation, and response (TDIR). Cutting-edge technology enhances security operations center performance, optimizing workflows and accelerating time to resolution. With consistent leadership in AI innovation and a proven track record in security information and event management (SIEM) and user behavior analytics, Exabeam empowers global security teams to combat cyberthreats, mitigate risk, and streamline operations. Learn more at www.exabeam.com.

Madrid leads the development of quantum-safe communications through the MadQuantum-CM project | Total Telecom

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The Regional Government of Madrid is strengthening its commitment to quantum communications with an investment of 16 million euros in research projects on quantum communications and cybersecurity within the framework of the International Year of Quantum Science and Technologies declared by UNESCO. Among the initiatives the regional government is promoting stands out MadQuantum-CM, which aims to expand the largest quantum communications network in Europe, MadQCI, positioning itself as a strategic initiative for the development of secure quantum communications in Europe.

At IMDEA Networks, as one of the project participants, we lead the development of next-generation quantum communication protocols. ‘Our work is focused on creating solutions that extend the reach and functionality of quantum networks, ensuring their integration with current communications infrastructures’, explains Albert Banchs, IMDEA Networks’ principal researcher on the project.

Meanwhile, 5TONIC, the open research and innovation laboratory created by Telefónica and IMDEA Networks, plays a fundamental role together with the Universidad Carlos III of Madrid (UC3M), as a validation and testing centre of new technologies for the control of quantum communication networks. As such, a solution has been developed for secure end-to-end key distribution based on cloud native and QKD (quantum key distribution) technologies, which has been evaluated by means of a digital twin for QKD networks, also developed in the context of the project. This solution will be experimentally validated on a hybrid PQC/QKD (Post-Quantum cryptography/QKD) multi-domain testbed deployed in the 5TONIC laboratory. ‘Our facilities allow us to evaluate quantum communications protocols and equipment in real operating conditions, a crucial step for its future commercial implementation,’ explains Carlos J. Bernardos, vice-president of 5TONIC and full professor at UC3M.

With the purpose of extending the largest quantum communications network in Europe, the deployment of the MadQuantum-CM project relies on Telefónica’s fibre optic infrastructure, over which quantum key distribution (QKD) protocols are implemented. This combination of cutting-edge telecommunications infrastructure with quantum technology will guarantee inherently secure communications based on the principles of quantum mechanics.

The MadQuantum-CM consortium, coordinated by the Universidad Politécnica of Madrid, includes the participation of leading institutions such as the National Institute for Aerospace Technology, the Spanish Metrology Centre, the Fundación Vithas, the Universidad Autónoma of Madrid and the Universidad Complutense of Madrid. The project is funded by the European Union through NextGenerationEU funds, by the Community of Madrid and by the Recovery, Transformation and Resilience Plan (PRTR) in the framework of the Complementary Quantum Communication Plan, with a total investment of 73 million euros.

The project’s key objectives include the development of new, more efficient and secure quantum communication protocols, the integration of QKD technologies into conventional communications networks, the training of specialised researchers to boost the national industry, and the creation of use cases in critical sectors such as healthcare, energy and public services.

5TONIC, as a laboratory of reference in the development of 5G and 6G technologies, facilitating collaboration between academia and industry, also contributes to technological development in the field of quantum communications. ‘The synergy between the different ecosystem players, from operators such as Telefónica to research centres such as UC3M and IMDEA Networks, is fundamental to the success of the project,’ adds Bernardos.

The development of quantum communications has become a strategic priority for both Europe and Spain, with Madrid being a reference hub for the research and development of these fundamental technologies for the security of future communications. The collaboration between 5TONIC, Telefónica (which is deploying the MadQCI fibre network) and IMDEA Networks in the framework of MadQuantum-CM exemplifies the innovation model needed to lead this technological revolution.

EY launches suite of AI agents for telcos | Total Telecom

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Press Release

The EY organization today announced the launch of EY Telecom.ai agentic solution, a suite of artificial intelligence (AI) agents for telecommunication providers that will operate across the critical functions of finance, network, customer service and content life cycle management. Telecom.ai is an AI-powered solution that leverages the full-stack NVIDIA AI platform. EY Telecom.ai is built on NVIDIA AI Enterprise, and includes NVIDIA NIM microservices, NeMo RetrieverNeMo Guardrails and NVIDIA Blueprints leveraging RAG.

Within the EY Telecom.ai suite, Contract Intelligence (CI) agent is designed to enhance the efficiency, accuracy and effectiveness of extracting insights from telecommunications network vendor contracts. By automating contract analysis, CI enables enterprises to save time, reduce risk and improve decision-making.

Addressing a critical industry challenge: Telecommunication providers are in the process of modernizing their networks to take advantage of new technologies to provide better, more reliable service and to reduce their operating costs. To do this, providers need to manage thousands of vendor contracts that define service levels, technical requirements and cost structures – elements crucial for network operations. Traditional contract management systems often lack the depth needed for efficient analysis, making contract review a time-consuming and error-prone process. EY CI agent addresses this challenge by offering a structured and repeatable approach to extract, analyze and report on key contract terms.

Announced at MWC Barcelona 2025, EY Telecom.ai CI agentic solution leverages NVIDIA AI Enterprise software to automate and enhance contract retrieval and analysis. By utilizing the NVIDIA AI platform, the solution efficiently handles large volumes of contracts, providing real-time visibility into contractual obligations and performance metrics. This approach helps reduce operational overhead, improve compliance and enhance financial forecasting capabilities. The solution features:

  • Conversational AI interface for querying procurement contracts.
  • Automated contract analysis, pinpointing key financial and legal terms.
  • Performance data processing to evaluate service vendors.
  • Scenario planning for financial modeling of potential suppliers.
  • Customizable reporting metrics to refine model accuracy and adapt to evolving contractual requirements.
  • Real-time vendor insights for engineering teams to enhance negotiations.
  • Built to run on NVIDIA infrastructure, leveraging the NVIDIA AI Enterprise software platform.

Paolo Canale, EY Americas Consulting Telecommunications Sector Leader, says:

“EY Telecom.ai Agentic Solution is a game-changer for the telecom industry, representing an immediate opportunity to simplify operations, enhance customer experience and drive innovation. With its ability to streamline the extraction, analysis and reporting of essential structured and unstructured data, it transforms a traditionally time-consuming data gathering into a more informed structured and efficient AI-powered decision-making process, through a workflow and user interface easy to use and navigate.”

Chris Penrose, Global VP of Business Development for Telco, NVIDIA, says:

“Telcos face an increasing need to modernize business operations to best meet the needs of their customers. The EY Telecom.ai, powered by NVIDIA AI, empowers telcos to operate their business more effectively, enhance customer experiences and reduce operational costs.”

FCC is one step closer to auctioning unused 5G-grade spectrum | Total Telecom

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The Federal Communications Commission has unanimously approved an early step towards bringing unused 5G-grade spectrum to market

By: Brad Randall, Broadband Communities

New proposed rules approved by the Federal Communications Commission (FCC) represent the first step towards bringing a slate of unused 5G-grade spectrum licenses to the market.

The proposed rules, approved unanimously by FCC commissioners, will update rules around AWS-3 spectrum licenses, the FCC announced Thursday.

According to the FCC, the AWS-3 band refers to spectrum between 1695-1710 MHz, 1755-1780 MHz, and 2155-2180 MHz.

Around 200 licenses for AWS-3 spectrum were returned to the FCC’s inventory following a 2014 auction.

“Certain winning bidders defaulted on their payment obligations,” the FCC’s press release stated. “As a result, approximately 200 licenses were returned to the FCC’s inventory.”

Additionally, proceeds from a new auction will fund the FCC’s rip and replace program, the release explained.

The rip and replace program, known formally as the Secure and Trusted Communications Networks Reimbursement Program, aims to “remove untrustworthy technology” from communications networks in the United States.

FCC Chairman Brendan Carr said the action was “essential to promoting our national security.”

In a statement on the matter, published on the FCC’s website, Carr said failing to close a funding gap in the FCC’s rip and replace program “would have left America’s networks needlessly exposed to security risks.”

‘Time for the FCC to get back to auctioning spectrum’

Carr’s statement also celebrated the vote, saying the time had come for the FCC to auction spectrum once again.

“It is time that we free up airwaves for 5G and other next-gen services,” Carr’s statement read. “Of course, conducting auctions at the FCC has been a bit of a challenge in recent years because the FCC’s general spectrum auction authority lapsed back in 2023.”

He continued.

“But late last year, Congress came together and on a bipartisan basis authorized the FCC to auction our inventory of AWS-3 spectrum,” Carr stated. “This was a good step forward, and I want to commend Chairwoman (Jessica) Rosenworcel and her leadership team for moving quickly to prepare a document that allows the FCC to conduct this auction.”

FCC Commissioner Geoffrey Starks also issued a statement, thanking Carr and fellow FCC Commissioner Anna M. Gomez for approving language that would explore whether or not a priority window for tribal nations could be leveraged to boost connectivity on tribal lands.

“While there are legal and procedural issues at play, I’m glad that we’ll be building a public record,” Starks stated. “I appreciate the crucial engagement from the Navajo Nation and other advocates that brought this issue into focus.”

Click here to learn more about Connected America 2025, happening March 11-12 in Dallas.

Deutsche Telekom targets ‘AI phone’ launch in 2026 | Total Telecom

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“We are becoming an AI company,” said Deutsche Telekom board member Claudia Nemat, speaking on stage at MWC

If Mobile World Congress in Barcelona has had a theme this year, it’s been mobile operators trying to cram AI into every facet of their operations.

Only Deutsche Telekom, however, seems to be pushing that ethos directly down the value chain into hardware creation, revealing plans for their own ‘AI phone’ in partnership with US AI startup Perplexity.

A Silicon Valley GenAI company, Perplexity has seen rapid growth over the past year, soaring to a valuation of over $9 billion.

With Perplexity’s AI fully “baked in” to new AI phone, customers will be able to leverage AI across their entire mobile experience, even accessing the AI assistant from the phone’s lock screen.

“The trusted AI companion, our AI Phone, will help you in many situations: find reliable answers with reference to the source. Conveniently book a restaurant or taxi. Let an AI assistant do your shopping. All without having to switch between apps. Intuitively and preferably by voice. This is the future of AI innovation for consumers,” said Nemat. “The days of the confusing app jungle are over.”

Specific details about the phone’s capabilities were not revealed but are expected to be formally announced in the second half of this year.

Google Cloud AI, ElevenLabs and Picsart are also partners in the phone’s development.

Commercial launch for the AI phone is targeted at next year in Europe and will come with a price tag of less than $1,000.

In addition to this AI phone, Deutsche Telekom is already working on its own AI assistant app called ‘Magenta AI’, which will be available for download for any of the company’s subscribers.

“We are becoming an AI company,” explained Nemat in a press conference, telling the audience that the company was not focussed on developing its own large language models but rather leveraging partners to create AI experiences and assistants.

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Tariffs kick in, Wall Street tumbles as China and Canada retaliate | Total Telecom

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For the second day in a row, Wall Street stocks fell sharply after tariffs and sanctions were announced by governments around the world

This article was originally written by our sister publication Broadband Communities

Canada and China have announced retaliatory measures after President Donald Trump announced tariffs on both countries, beginning today.

On Tuesday, the Dow Jones fell by over 670 points. The plunge follows another dip Monday, when the Dow fell 1.5 percent.

Also on Tuesday, according to CNN, Canadian Prime Minister Justin Trudeau announced Canada would place tariffs on over $20 billion of U.S. goods.

China, along with their own retaliatory tariffs, has also added U.S. firms in the defense and technology sector to an “unreliable entities list,” and implemented import controls, according to BBC News.

Additionally, reporting has revealed that the back-and-forth with tariffs may impact the cost of consumer goods like smartphones.

“In the lead-up to January’s CES, the massive expo held every year in Las Vegas, the Consumer Technology Association put out an eye-popping estimate: smartphones could soon cost Americans about $213 more, on average — a hike of more than 25 percent,” reported Lily Jamali, a BBC News North American technology correspondent.

Trump’s tariffs began at midnight, March 4, and have targeted imports from Canada, Mexico, and China.

According to a fact sheet put out by the White House Tuesday, tariffs on Canada and Mexico were implemented under an act known as the International Emergency Economic Powers Act “to combat the extraordinary threat to U.S. national security, including our public health posed by unchecked drug trafficking.”

Critics meanwhile have said tariffs will drive up prices for U.S. consumers and have pointed out that only minor amounts of fentanyl, 43 of the 21,889 pounds of fentanyl seized by U.S. authorities in 2024, have been sourced from Canada.

Latest developments cause growing concern

Previously, experts like Brian Hendricks, VP of Policy and Public Affairs for Nokia Americas, have questioned Trump’s approach.

When describing the state of affairs in Washington D.C. last month, Hendricks said there’s “nothing worse than a sharp image of a fuzzy concept.”

He called Trump’s tariff tendencies “extremely difficult to predict” and said they could counterproductively impact stated policy objectives of Trump’s own presidency.

“Manufacturing coming back to the United States is certainly something we support,” he said.

However, Hendricks said a lot of manufacturing will require a high degree of automation to justify various business cases.

“For that to happen, you need high-quality, reliable networks that are available with massive throughput, low latency, and high reliability,” he said. “And if it becomes difficult to build those, then you’re actually pulling both ends of the rope and making it very difficult to achieve your aims.”

In the days since, some have gone even further, like Andrew Wilson, the deputy secretary-general of the International Chamber of Commerce, who told the Wall Street Journal that the tariffs “could be the start of a downward spiral that puts us in 1930s trade-war territory.”

This Sunday, the Mexican government has additionally pledged to announce further details about their response to American tariffs, according to BBC News.

Click here to learn more about Connected America 2025, happening March 11-12 in Dallas

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ISP Virgin Media UK Discounts Broadband Prices for March 2025 | ISPreview UK

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New customers looking to sign-up with broadband ISP Virgin Media (O2) might like to know that the provider has just introduced some bigger discounts across their range of standalone broadband and bundle packages. For example, Virgin’s 1Gbps package is now just £36.99 per month on an 18-month minimum term (price increases to £40.49 from April 2026).

The discounted broadband plans, which include a wireless router and free setup, generally start at £23.99 per month for their 132Mbps service (rising to £27.49 from April 2026), then £29.99 for 362Mbps (rising to £33.49 from April 2026), £33.99 for 516Mbps (rising to £37.49 from April 2026) and £36.99 for 1130Mbps (rising to £40.49 from April 2026). A 2Gbps tier also exists in nexfibre areas, which is priced at £69.99 (rising to £73.49 from April 2026); people in nextfibre areas can also access symmetric speeds, if they so wish.

NOTE: Virgin Media’s packages adopt mid-contract price hikes that are applied each April (rental prices rise by £3.50). The operator’s network is currently available to 18.3 million UK premises.

The new prices are expected to be available to order until the end of March 2025. But just remember that Virgin Media’s packages also apply sharp price increases once you reach the end of your contract, which are currently listed in the small print as £54 for the 132Mbps tier, £66 for 362Mbps, £72 for 516Mbps, £78 for 1Gbps and £90 for 2Gbps. This is why, if you intend to stick with Virgin at the end of your term, it’s critical to renegotiate.

The operator has also introduced various discounts across their TV bundles too.