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Telco to techco: Cultivating the right culture and approaches to GenAI

Data and AI guru Richard Benjamins argues that intelligent regulation boosts innovative use of GenAI, and explains the pros and cons of three main approaches to leveraging the tech

Until March 2024, Richard Benjamins was Chief Responsible AI Officer at Telefonica and founder of its AI for Society and Environment initiative, where he played a pivotal role in shaping Telefónica’s approach to the ethical use of AI. He is co-founder and CEO of the Spanish observatory for ethical and social impacts of AI (OdiseIA), founder and Co-CEO of RAIght.ai, a responsible AI startup and chair of EIT Digital’s Supervisory Board.

Benjamins was in conversation with Mobile Europe‘s editor, Annie Turner, at our most recent virtual Telco to techco conference. This article only briefly highlights some of the topics we covered – watch the whole session on video now.

We started by discussing GenAI models. Benjamins said he doesn’t think there is much point in telcos creating their own large language models (LLMs) as there are a number of LLMs available around the world that “can be perfectly used by telecommunication operators and any business around the world”.

He thinks a good way to think about LLMs is that they are like the public cloud – “in that most of companies across the world will use those services on the cloud. That doesn’t mean that they can be profitable or or innovative, etc because they will run it on top of that.”

He warned, “It’s very hard for an individual organisation to keep the pace with those big companies that invest a huge amount of money in this technology. If a telco wants to…build such a model by themselves, they need to be aware that they need a huge amount of resources, a huge amount of skills to be better. Otherwise, you have your own language model, but it’s worse in all aspects, security, safeguarding costs, etc. compared to others.”

Three ways to leverage LLMs

Benjamins went into detail about the three main ways for an enterprise to take an existing model and apply its own data/documents to train the model for specific cases. He discussed the potential benefits and risks of each one, including the amount of investment and effort they require. The three approaches are: extended prompting in which APIs play a key role; retrieval augmented generation (RAG); and fine tuning a large model that exists with an enterprise’s own documentation.

He concluded, “Companies have to experiment [to find] which is is better, but shouldn’t forget that extended prompting is the best way to start and to test.”

Small can be good too

He is a fan of small language models for certain use cases, explaining, “a large language model can have from a north of 200 billion parameters: a small language model only has in the order of 4 billion [which] is still [such] a huge amount that we cannot even imagine what it means. But in terms of consumption and in terms of energy, the resources needed and the cost of development, it is much cheaper.”.

Benjamins talked about the growing use of GenAI by individuals at work and highlighted some of the dangers, such as around data privacy. He thinks all use of AI needs awareness and training, and transparency, in writing a document say, that it was largely produced by GenAI. He noted, “In the end you are always accountable as a person for what you send out, even if it’s 100% generated with GenAI.”

Generates info rather than retrieves

He added, “Do a read through of what the system generates, and check whether there are those bias elements, and then, if you detect them, remove them rather than just sending out everything as it comes back. Also, you have to check the facts, because Generative AI, as the word says, generates information rather than retrieves information…oftentimes they are in sync but sometimes that’s where the hallucinations come. It generates things that could be true, but actually are not true. So you also have to check that and take accountability for that.”

Regulation does not squash innovation

Sometimes regulation is seen as the opposite of innovation, and if we have one, then the other is stifled. There has been particularly heated debate about this concerning GenAI. Benjamins said, “The trade-off between regulation being responsible and innovation, I think is largely an overhyped discussion that is used anywhere, at any occasion, without a lot of depth.”

“Let me explain it, he continued. “I think there are many business benefits for being responsible with AI. The first is that investors require it more and more [as part of looking into companies’ Environmental, Social and Governance] policies.”

He acknowledged that in the current geopolitical situation there is strong pushback on any regulation, even concerning climate so, he said, “I think self-regulation in this respect is even becoming more important in the coming years, even though I think regulation will catch up later again.

Next Benjamins argues that employees and customers demand more and more responsible behaviour from companies, and do no only focus on profits, but the impact of the company, in society and the environment. Some studies found that more than “65% of employees look at those things, especially if we think about AI and data. And there is a enormous competition for talent. It is very, very hard to get the right talent.” Going about things responsbility makes it easier to attract and keep talent, according to Benjamins.

Thirdly, a highly persuasive argument from Benhamins is that, “If you have a governance model, you have things in place that detect potential problems early on. There is a system in place that can do that with roles, responsibilities, etc. That means that some people, some companies, start to innovate more and faster because…if you have this safety net, people feel safe…it’s like a sandbox. They can experiment, because they know if they do something they shouldn’t. Somebody will catch it. And that drives innovation in the culture of information, because people feel a secure in a place where they can innovate. So these are all reasons why governance and guardrails in place also gives creative people freedom,

Telecoms in poll position

“I’m very pleased to say that the telecommunications industry is leading in terms of responsible use of AI,” Benjamins states.

He points to The GSMA Responsible AI Maturity Roadmap launched last September, based on input from many operators, including Telefonica, to help operators benchmark their progress and understand the whole picture and offer recommendations about how to progress. For example, the highest level, 5, requires a governance model with roles and functionalities, to ensure all AI systems are registered and analysed for risks.

He adds, “Being responsible can include regulation, or it can be self-regulation, or it can be international recommendations, like OECD, or Unesco or the Council of Europe – there are many international recommendations are out there.”

Mind gyms

In something of an intriguing aside, Benjamins said that as tech has taken the physical effort labour out of so very many daily tasks, we now need to make an effort to keep fit, such as going to the gym. Benjamins thinks we will need “mind gyms” as we rely more and more on GenAI to do certain types of mental heavy lifting…

Watch the whole session on video now.

On-prem cloud: reconciling cloud benefits with data sovereignty

Partner content: Operators face cyberattacks, more regulation, the rise of AI and network APIs, while legacy infrastructure has reached its limits – the cloud conversation is increasingly urgent

Telecom operators face a new reality: the risks of cyberattacks, increased regulatory pressure, the rapid proliferation of AI, and accelerated network API exposure. Their legacy complex infrastructure has reached its limits. This is why the conversation around cloud adoption has become increasingly urgent.

The inevitable shift to cloud hosting

Embracing this transition unlocks numerous benefits for telcos: it enables true innovation while maintaining the control and security they require. Key drivers of this shift include:

  • Simplicity: Infrastructure-agnostic applications streamline feature implementation and reduce dependencies, allowing operators to adapt quickly to market demands without being bogged down by complex legacy systems.
  • Quality assurance: Teams can test binary artifacts across environments, identifying errors early and focusing on value creation rather than troubleshooting infrastructure issues.
  • Availability: 99.99% uptime is essential for mission-critical operations. Cloud platforms are designed to support a high level of reliability and maintain reliability even during upgrades or failures.
  • Velocity: CloudOps and containerized application delivery accelerate feedback loops and feature development pipelines, boosting customer satisfaction.
  • Scalability: The explosion of data and connected devices demands flexible solutions to store and process increasing amounts of network metadata and respond to evolving resource needs of solutions.

The case for on-prem cloud for telcos

For many telecom operators, the idea of moving to the cloud raises valid concerns about data sovereignty and compliance. According to a recent Barclays survey, 83% of enterprises are planning to migrate workloads back from public cloud environments to private cloud solutions, demonstrating a growing need for greater control and security. On-premise cloud solutions offer a compelling middle ground that combines the benefits of cloud computing with the security and control that telcos need.

  • On-premise cloud solutions allow operators to maintain full control over their data while still taking advantage of cloud-native technologies. This ensures compliance with local regulations and addresses concerns about data privacy. Furthermore, these solutions are flexible and can be deployed on existing container infrastructures, virtual machines, or dedicated hardware—allowing telcos to choose the deployment method that best suits their needs.
  • Security is another area where on-premise cloud excels. With robust features such as end-to-end encryption, advanced access controls, and regular security updates, these solutions can enhance an operator’s overall security posture rather than compromise it.
  • Cost efficiency is also a significant advantage of on-premise cloud solutions. By optimizing resource utilization and adopting a pay-as-you-go model, telecom operators can effectively manage costs while scaling their operations as needed.

Navigating the Transition with Intersec

Transitioning to an on-premise cloud environment doesn’t have to be a daunting task. Telecom operators can take several strategic steps to ensure a smooth migration by partnering with vendors who understand the unique requirements of the telecom industry.

Leveraging 20 years of expertise with mobile network operators and a decade of experience serving governments, Intersec has developed an industry-specific cloud offerings designed to facilitate seamless and rapid deployment of new versions—a critical factor in advancing telecom geolocation techniques.

  • Intersecrolls out software in container format instantly using Red Hat OpenShift-certified containers. This allows telecom operators to maintain full control over data privacy and sovereignty while benefiting from the advantages of cloud computing, including optimal performance and reliability, enhanced security and compliance, optimized resource utilization, automation, and orchestration.
  • Additionally, the Intersec cloud approach is entirely agnostic to the underlying infrastructure, supporting multiple deployment options—from straightforward container delivery to a fully managed and hosted solution. Customers can host software in their existing cloud environment or rely on Intersec’s hosting services, which include software upgrades, security fixes, scalability planning, audit logs, contingency plans, and more.
  • Importantly, Intersec adopts a phased CloudOps approach to mitigate risks associated with migrating critical systems to the cloud. This strategy relieves IT teams from labor-intensive maintenance tasks, reduces infrastructure investments, and ensures an immediate return on investment through instant product releases and upgrades.

Conclusion

The future of telecommunications lies in embracing cloud technologies. By adopting on-premise cloud solutions, telecom operators can position themselves at the forefront of innovation while maintaining the control and security necessary for their operations. As we move deeper into an era defined by 5G and beyond, those who embrace this transition will be best equipped to meet emerging challenges and seize new opportunities in an increasingly competitive landscape while maintaining full data sovereignty. 

Live  Q&A session invitation

To learn more, join Intersec and Red Hat for an exclusive live session on Wednesday, May 7 at 14:00 CEST on “Cloud Flexibility, Data Sovereignty”, where industry experts will explore the transformative benefits of Red Hat OpenShift containerized deployments for Telecoms and Governments. Click here to register.

Speakers:

  • Mark Longwell, Director of Telco and Edge Alliances at Red Hat
  • Jean-Marc Coïc, CTO at Intersec
  • Sébastien Synold, Project Manager at Intersec

About the author

Sebastien Synold is a Product Manager at Intersec. He has over 25 years of experience in the networking and telecom industries, with specific expertise in traffic intelligence and network-based geolocation. Sebastien currently oversees the Intersec Agora platform, a cloud-native application that collects telecom metadata and delivers exclusive insights for safety, security and commercial use cases.

Netia offers Huawei’s fibre-to-the room on its gigabit services


The Polish operator is bundling Wi-Fi 7 as well to give full household coverage even in larger premises

Polish operator Netia announced that from 15 April this year, customers who purchase the faster fibre broadband options (up to 1Gbps and up to 2Gbps) on its own network in single-family housing will receive Huawei’s fibre to the room access kits with Wi-Fi 7 at no extra cost. These kits enable full fibre speeds in every room – even in larger homes. Netia said it is the first operator in Poland to offer such a solution.

FTTR, the solution developed by Huawei, typically includes two devices (a router with a built-in ONT and a remote unit), featuring a 2.5GE port and Wi-Fi 7. Together, they create a unified home network similar to mesh systems. Because the remote unit can be connected to the router using fibre optic cable (as well as via Ethernet or Wi-Fi), the home network can be configured to deliver full fibre speeds – up to 2Gbps – in every room.

“Huawei FTTR is currently the most advanced solution for home fibre networks, combining the speed of fibre with the convenience of Wi-Fi 7, in which Netia is a nationwide leader. After success in Asian countries, FTTR has also been very well received by customers of leading operators in several Western European countries,” said Netia head of B2C offer development and converged projects Piotr Rożalski. 

“Netia is the first operator to make this innovative solution available to users in Poland. We are confident it will be appreciated by our demanding customers,” he added. 

The FTTR kit available from Netia for subscribers on the up to 1Gbps and up to 2Gbps plans under the “Nieziemska rozrywka III [domy 200] PON offer” includes the Huawei V261a-20 router with ONT and the Huawei K251a-20 remote unit. The equipment supports Wi-Fi 7 and can aggregate both 2.4GHz and 5GHz bands (the end device can use both bands simultaneously, or seamlessly switch to a single band in case of signal loss without any degradation in performance).

No extra cost

In February this year, Netia – being the first nationwide internet provider in Poland using GPON fibre technology – introduced customer devices with 2.5GE LAN Ethernet ports and Wi-Fi 7 connectivity, which were offered at no additional cost to new subscribers of the up to 2 Gbps tariff on Netia’s network in multi-family housing.

For several years, Netia has offered its subscribers the option to lease various solutions to improve the range of fast, fixed internet access in flats or houses, starting from just PLN 5 per month. The operator said this is particularly useful in houses, where the number of floors, overall volume, and number of rooms make solutions like Mesh especially effective. 

German watchdog’s initial legal findings uphold 1&1 complaints against Vodafone

Vodafone, Vodafone Germany and Vantage Towers are accused of deliberately obstructing the progress of market entrant 1&1, failing to comply with contracted obligations

In a preliminary legal assessment, Germany’s competition watchdog, Bundeskartellamt, has upheld the complaint filed by 1&1 in February 2023 (formerly known as Drillisch). 1&1 believes Vodafone Germany, its parent company Vodafone Group and spin-off Vantage Towers engaged in anti-competitive behaviour by restricting access to antenna sites in contravention of the contract between 1&1 and the parties.

1&1, controlled by billionaire Ralph Dommermuth, gained spectrum and a licence to become the country’s fourth national mobile player, offering 5G-only services, as part of the spectrum auction in 2019.

Constant struggle to comply

1&1 has consistently struggled to activate service from the specified number of sites that that are part of its licence conditions although Vantage Towers, which was spun out by Vodafone, was contracted to provide access to specified sites in 2021.

A statement from Bundeskartellamt noted, “In late 2021, Vantage Towers concluded an agreement with 1&1 on the co-use of a number of antenna sites in the four-digit range, a project which was to be realised in several stages until the end of 2025. Later on it was agreed to postpone the deadlines for the agreed provision of antenna sites for one year.

“However, since the agreement was reached, there have been massive delays in providing the agreed sites to 1&1. Currently 1&1 is still not able to use more than a small fraction of the contractually agreed sites. In contrast to this, Vodafone has significantly expanded its own network in the years following the agreement and upgraded large parts of this network to the 5G standard, including the sites that were meant to be used by 1&1.”

Significantly impedes ability to compete

“Using the contractually agreed sites is an essential factor for 1&1 in building up its own mobile network, a process which has now been greatly delayed. According to the Bundeskartellamt’s preliminary assessment, this development significantly impedes 1&1’s ability to compete.”

Andreas Mundt, President of the Bundeskartellamt, said, “Based on the findings to date, the delay in the contractually agreed provision of sites is to be considered an anti-competitive impediment to 1&1’s market entry as a fourth network operator. According to the information available to us at this stage, the delay and its negative effects on competition in the relevant markets could, and in view of the prohibition of abusive practices under competition law, should indeed have been avoided.

Vodafone and Vantage will now be asked for comments on the competition authority’s initial findings.

Telco to techco: Vodafone is deploying agentic AI to boost its network now

Inês Matos, Head of Network Data Science & AI at Vodafone and Celfocus’ André Vieira discuss the business case, real-life implementation and the operator’s ongoing AI strategy

Inês Matos, Head of Network Data Science & AI at Vodafone Vodafone and André Vieira, Pre-sales Senior Manager at Celfocus held a joint session to discuss – and provide real-life experience of – moving agentic AI from theory to business practice. They were speaking at Mobile Europe‘s recent Telco to techco virtual conference.

WATCH THE VIDEO ON DEMAND HERE

Veira set the scene, describing agentic AI as an evolution of GenAI. He explained, “First, we had the the LLMs and they were great. Everyone was using them when ChatGPT launched, but they were not suited for the enterprise. They didn’t have the full functionalities that we needed, that then we had the evolution of the RAGs [Retrieval Augmented Generation] talking with private data, but still missing the part was automation…we see the AI agent as the automation, the chatbot for automation and the orchestration of these automations. So we [agentic AI] as little helpers for the engineers.”

Leveraging cloud, avoiding lock-in

Matos then explained that Vodafone’s AI strategy is hybrid (see below); it will continue to leverage existing automations such as use traditional machine learning, and to complement them. To this end, Vodafone created an AI framework.

Although Google Cloud is Vodafone’s strategic partner, the operator is wary of vendor lock-in so has also created a gateway to Microsoft. Matos said, “In future, we will also be open to AWS and this is how we are planning on growing. So we already have systems that are working. We want to put GenAI on top, we want these agents to come on top to help with the network performance…and through the network performance and helping our developers, we want to drive sustainable growth. And we want to optimise the networks.”

Three-strands of automation

She continued, “We have defined three big bets. So one of them, is our zero-touch ambition on the networks which will eventually get there. The second one is the network investments – we want to be smarter [about] where we invest our money, and where it has the most impact in the network. And the third one is what we call Vina [Vodafone Intelligence Network Assistant].

Bringing them together
Matos says VIna is the “GenAI part where we want to create an umbrella…connecting to different agents. Each agent is…coming up as different proof of concept from different teams.” She provides some fascinating detail about the work the teams are doing, and why, in creating independent agents.

Then, as Matos explains, “Vina basically integrates all these assistants so that they are not confined to one team that knows their own problem very well – you can now get a bird’s eye view of the different type of data [generating] different documentation and basically crossing this data to help a better view of the network.”

Find out more about what Vodafone is doing, in detail, and future plans plus Celfocus’ input from the on-demand video here.

Vodafone/Three UK reportedly exploring plans for TV service after merger

The Sunday Telegraph says talks are believed to be at an early stage and would probably offer live programmes and streaming

Vodafone and Three are exploring plans to launch a TV service in the UK after their merger was approved last December. It is expected to complete in the first half of this year.

According to a report in The Sunday Telegraph, mobile providers have held initial discussions about rolling out a subscription TV service. It suggests, “The proposed move into TV would underscore efforts by the newly merged company to establish a stronger foothold in the broadband market”.

Vodafone and Three UK argued their merger was essential to gain the scale to compete effectively against BT/EE and Virgin Media O2. Both offer pay-TV bundles. As Mark Newman, Chief Analyst at TM Forum noted recently, teclos have had at best “mixed results” from diversifying into TV services. He was chairing the opening panel, What’s a telco for?, at our recent, annual Telco to techco virtual conference.

The article also speculates that, “the mooted service would likely offer live TV as well as access to third-party streaming services such as Netflix and Amazon Prime”.

The Three/Vodafone will create the UK’s largest mobile provider with around 27 million customers and reduce the number of network operators from four to three.

Telefónica’s new chair lays out ambitions as DT’s CEO celebrates success

The Spanish group’s new boss Marc Murtra talks up scale and being a European champion as the German group’s leader announces record results and dividends

Telefónica’s annual general shareholders’ meeting formally confirmed the appointment of Marc Murtra (pictured at the meeting) as Executive Chairman and CEO of the group. He was appointed by major shareholders in January, abruptly replacing the group’s long-serving José María Álvarez-Pallete, which took the European industry by surprise.

Murtra informed the meeting’s attendees that a major strategic review was underway and its findings would be made public later in the year. Even before the meeting, he had lost no time in a string of new appointments and taking decisive action in the company’s mostly ailing opcos in Latin America.

The “ambitious” strategic review and its outcome is intended to realise Telefónica’s “enormous potential” as a major player in the European stage. 

In perhaps an unconscious echo of Álvarez-Pallete’s five-point strategic plan of 2019, Murtra said the review has five pillars: ringing the changes in Europe; being entirely customer-centric; technological and operational excellence; “disciplined industrial logic”; and creating value for customers, employees and shareholders.

With these five foundational goals in mind, the company is to adhere to three key priorities.

Regional focus

Or as Murtra put it, “Our priority will be Europe, Europe and Europe,” adding, “We will maintain our leadership position in Brazil as a core market and we will focus on what we know how to do as an industrial operator. It seems certain then that Telefonica will continue to extract itself from Latin America apart from Brazil.

This was a key plank in Álvarez-Pallete’s strategy set out six years ago. Clearly, he wasn’t executing fast enough. Murtra has already put matters in train in Argentina, Colombia and Mexico. He referenced regulators’ dislike of reducing the number of operators in a country market due to concerns about prices rising and less choice for consumers due to less competition but stressed the need for consolidation and scale.

Despite showing some signs of thawing and multiple appeals from European operators, the European Commission seems to have gone back to its original principles on this issue.

Financial discipline, simplification

The next priority concerns “sound financial discipline” and simplfication of the company, and the third is technological and operational excellence. Murtra rather lumped them together by stressing “people will be key”.

He said he is committed to the company reaching its full potential for shareholders, employees and “Europe as a whole”. Becoming a European champion is clearly hugely important to Murtra. He reiterated the importance of European legislation enabling the necessary scale to invest in modern infrastructure and employ the best people to gain the technological capacity and capability to “reinforce our strategic autonomy, increase our productivity and improve the lives of our citizens”.

A role model?

As geopolitics become less certain, there will be more and more talk of European autonomy and self-sufficiency. Last week Deutsche Telekom’s CEO Tim Höttges was delivering similar messages at his group’s annual shareholders’ meeting.

After a record year, DT plans to pay out more than ever before to its shareholders: a dividend of 90 eurocents per share. Höttges said the success story of Europe’s leading telecommunications company is set to continue: “We want today’s records to be tomorrow’s standard”. 

Indeed, DT could act as an inspiration for Telefónica. It has been hugely successful in a market outside Europe – the US in its case, Brazil in Telefonica’s – was the first European telco to be valued at more than €100 billion.

Höttges insists that was right for Deutsche Telekom is also important for Europe. He added, “We need the will to perform. I believe that we’ve gotten too comfortable. We trusted that our business model would just keep on working. But many things aren’t working anymore. So we have to change it.”

“For the industry of the future, we need data, artificial intelligence, chipsets, data centers, and inexpensive energy. “What’s more, I believe we also need an efficient state. A state that accelerates rather than stalls. A state that advises rather than restricts. Where the citizens are customers rather than applicants. But complaining doesn’t achieve anything. Nor does always pointing fingers at politicians or regulators. Calling for action takes silver. But action itself takes the gold.”

T-Mobile is in the process of taking action to increase its scale in the US through the acquisition of UScellular for $4.4 billon (€3.87 billion), announced last May. T-Mobile will take ownership of UScellular’s networks, operations and more than 4 million customers, plus 30% of its licensed spectrum and about 2,000 additional towers. The deal is expected to complete this summer despite opposition from its rivals.

UK universities demo first long-distance ultra-secure link via quantum network

For the first time, two kinds of quantum key distribution and ordinary data were transmitted simultaneously, between the Universities of Bristol and Cambridge

Researchers have demonstrated the UK’s first long-distance ultra-secure transfer of data over a quantum communications network, including the UK’s first long-distance quantum-secured video call.

A team from the Universities of Bristol and Cambridge created the quantum communications network using standard fibre infrastructure and two types of quantum key distribution (QKD) schemes.

They are described as “unhackable encryption keys” hidden inside particles of light and distributed entanglement, a phenomenon that causes quantum particles to be intrinsically linked.

The researchers demonstrated the capabilities via a live, quantum-secure video conference link, the transfer of encrypted medical data and secure remote access to a distributed data centre. The data was successfully transmitted between Bristol and Cambridge – a fibre distance of over 410 kilometres.

This is the first time that a long-distance network, encompassing different quantum-secure technologies such as entanglement distribution, has been successfully demonstrated. The researchers presented their results at the 2025 Optical Fiber Communications Conference (OFC) in San Francisco.

Why is this such a big deal?

The universities say that quantum communications offer unparalleled security compared to ordinary telecoms solutions.

In the past few years, researchers globally have been working to build and use quantum communication networks. China recently set up a massive network that covers 4,600 kilometres by connecting five cities using both fibre and satellites.

In Madrid, researchers created a smaller network with nine connection points that use different types of QKD to securely share information.

In 2019, researchers at Cambridge and Toshiba demonstrated a metro scale quantum network operating at record key rates of millions of key bits per second. In 2020, researchers in Bristol built a network that could share entanglement between multiple users. Similar quantum network trials have been demonstrated in Singapore, Italy and the US.

Despite this progress, until now, there has not been a large, long-distance network that can handle both types of QKD, entanglement distribution and ordinary data transmission simultaneously.

Details of the experiment

The experiment demonstrates the potential of quantum networks to accommodate different quantum-secure approaches simultaneously with classical communications infrastructure. It was carried out using the UK’s Quantum Network (UKQN), established over the last decade by the same team, supported by funding from the Engineering and Physical Sciences Research Council (EPSRC), and as part of the Quantum Communications Hub project.

The current UKQN covers two metropolitan quantum networks around Bristol and Cambridge, which are connected via a ‘backbone’ of four long-distance optical fibre links spanning 410 kilometres with three intermediate nodes.

The network uses single-mode fibre over the EPSRC National Dark Fibre Facility (which provides dedicated fibre for research purposes), and low-loss optical switches allowing network reconfiguration of both classical and quantum signal traffic.

Next steps

The team will pursue this work further through a newly funded EPSRC project, the Integrated Quantum Networks Hub, whose vision is to establish quantum networks at all distance scales, from local networking of quantum processors to national-scale entanglement networks for quantum-safe communication, distributed computing and sensing, all the way to intercontinental networking via low-earth orbit satellites.

“This is a crucial step toward building a quantum-secured future for our communities and society,” said co-author Dr Rui Wang, Lecturer for Future Optical Networks in the Smart Internet Lab‘s High Performance Network Research Group at the University of Bristol. “More importantly, it lays the foundation for a large-scale quantum internet – connecting quantum nodes and devices through entanglement and teleportation on a global scale.”

Adrian Wonfor from Cambridge’s Department of Engineering added, “This marks the culmination of more than ten years of work to design and build the UK Quantum Network,” said co-author . “Not only does it demonstrate the use of multiple quantum communications technologies, but also the secure key management systems required to allow seamless end-to-end encryption between us.”

Telcos: Strategic partners in sovereignty and national security | White paper by intersec

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In an era of ubiquitous connectivity, growing threats and increasing demands for public safety, CSPs are expected to help support public safety and protect national interests, becoming trusted sovereign partners for governments’ all-hazards and all-threat approach.

  • How to provide real-time population density data in the event of a natural disaster?
  • How to ensure the most accurate location when someone calls for help?
  • How to support criminal investigations using ultra-high-definition positioning techniques while maintaining privacy and compliance?
  • How is the role of telecoms regulators evolving to orchestrate CSP data at a national level? 
  • How can CSPs truly benefit from advanced geolocation tools from a commercial perspective?

In this white paper, you will gain practical insights to enable emergency response, law enforcement, civil protection and true innovation, while ensuring data sovereignty, security and compliance.

We prioritize secure sharing: this white paper is available to verified professionals after a brief identity check. Thank you for supporting responsible information distribution.

Zayo, Nokia trial 800Gbps alien wavelength between Marseille and Paris

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Introducing new WDM channel into existing infrastructure boosts capacity which the parties claim will be needed for AI and 6G

Nokia and network infrastructure provider Zayo Europe completed an 800Gbps alien wavelength trial between Paris and Marseille – a distance of more than 1,000km. In wave division multiplexing (WDM), an alien wavelength is a coloured optical signal originating from equipment not directly controlled by the network operator, but which is transmitted over existing its existing infrastructure.

Zayo Europe connects more than 600 data centres with a network that spans more than 2.3 million kilometres of fibre and seven subsea cables. It links 17 metro markets across 11 European countries.

Alien integration

Nokia says the trial proves its alien wave technology can be seamlessly integrated into Zayo Europe’s existing infrastructure. The live field trial used Zayo Europe’s optical line system and Nokia’s PSE-6s transponders. It increased the capacity by transmitting more data per WDM channel, compared to a standard 150GHz WDM, thereby improving efficiency and performance.

Michael Katz, Chief Product Officer at Zayo Europe, says: “With the EU pushing to supercharge AI capabilities and Europe’s 6G vision, there’s an urgent need for networks that can support these advancements…we have always been at the forefront of innovation, being the first provider to upgrade its Pan-European network to support 400G client interfaces.

“This trial with Nokia sets a new industry standard as data centres increasingly mix and match equipment to enhance flexibility, reduce costs, and improve performance.”

Era of 6G and AI

Paul Alexander, Vice President and Country General Manager of UK & Ireland at Nokia, said “Our collaboration with Zayo Europe in this live field trial showcases how our PSE-6s technology can seamlessly integrate into existing infrastructures, enabling service providers to meet the evolving demands of a digital economy.

“With the growing need for high-speed, high-capacity networks to support advancements in AI and 6G, this trial exemplifies the critical role of innovation in helping businesses and data centres stay ahead of the curve.” 

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