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Evidence grows that consumers are warming to AI in their handsets 

‘AI-less’ Apple still holding its own as consumers warm to AI hype, but for how long?

Smartphone sales in Europe, the US, and Australia experienced significant growth in Q1 2024, indicating robust demand across all markets, according to analyst firm Kantar. In Europe’s top 5 markets, France, Germany, and Great Britain all experienced double digit % growth. Apple’s iPhone15 remains the top selling model, accounting for 5% of all smartphones sold.  

Meanwhile, Samsung remains the top selling Android brand, with the Galaxy S24 series accounting for 6% of all sales. Honor experienced strong growth in France and Spain. Xiaomi was number 1 in Spain, up +4% share YoY. Overall, for Europe, the top 5 handsets were iPhone 15, Galaxy A14 5G, Galaxy A54, iPhone 15 Pro Max and iPhone 13.  

Samsung’s Galaxy S24 series, featuring artificial intelligence (AI) capabilities, resonated well with consumers, contributing to Samsung’s continued dominance in the Android market. Kantar, with its ComTech consumer mobile phone tracking panel, has already started tracking the trend of how consumers are becoming more receptive to AI messages from their suppliers and it looks like although consumers don’t really understand what is and isn’t AI-based on their handsets, they are willing to give operators and handset manufacturers the benefit of the doubt on AI-based features.  

What impact has AI had on consumer behaviour? 

Samsung announced that ‘Galaxy AI is here’ alongside the launch of the Galaxy S24 Series in January. Apple is rumoured to be partnering with Google to embed Gemini AI into iPhones – or is imminently signing up OpenAI as a partner, depending on who is spinning the stories. Kantar said it already sees AI contributing to brand loyalty and improved ASPs. 

Across the European 5 and USA, 24% of Galaxy S24 series buyers cite ‘AI’ as a key reason why they chose their phone. Amongst consumers that are driven to purchase by AI, 27% are Gen Z; hardly surprising, say Kantar, as current AI use cases largely align with this highly sought after demographic, from circling a desired product in a TikTok video, to condensing notes scribed in a university class. 

It looks like convincing consumers of the benefits that AI can bring will help manufacturers and operators acquire more valuable consumers, too. Kantar’s research indicates that Galaxy S24 buyers who identified AI as a key reason for their choice were more likely to have owned a previous Samsung device vs those that were not influenced by AI, (93% vs 87%). As smartphone sales growth remains restricted, installed base retention is more important than ever. AI is also driving higher ASPs, with 70% of AI-interested consumers spending €800+ on their device, versus 55% of those for whom AI was not relevant. 

“Following a sustained period of stalled hardware innovation, AI will be the next differentiator for smartphone manufacturers,” said Kantar ComTech global consumer insights director Jack Hamlin. “The technology presents two distinct growth opportunities. Firstly, driving greater volume and value of smartphone sales. Secondly, through monetising the installed base via subscriptions to access unique capabilities.”  

All eyes on Apple at WWDC 

While Apple indicated the smartphone market had stabilised in its recent Q3 results, CEO Tim Cook was name-dropping AI into his commentary raising expectations that something may be announced at the company’s WWDC in June. He told investors the company wasn’t planning to build new data centres to run or train AI models and would instead stick to a “hybrid” approach similar to how it manages clouds services.  

He was also at pains to emphasise AI will impact all of Apple’s products, not just iPhones. “I think AI – generative AI and AI – both are big opportunities for us across our products, and we’ll talk more about it in the coming weeks,” he said. Apple obviously already utilises AI in the background to improve user experience – from smart battery utilisation to image stabilisation – but they no doubt want to avoid the mobile sales shop manager saying “That Samsung has AI, the iPhone doesn’t” given how receptive younger consumers are to such messaging.  

On the digital personal assistant front, Siri trails alternatives and AI will only make this worse. Now, all big ecosystems are pressured to offer gen AI to their consumers or face them deserting to another brand. In addition, most bots are cloud-based as well in contrast to Siri. 

4iG Group and REMRED begin work on satellite manufacturing centre 

The 4,000 sqm facility in Martonvásár, Hungary, will design, manufacture, and test satellites and advanced space systems from 2026

4iG Group and its subsidiary REMRED have laid the foundation stone of Hungary’s first space industry manufacturing centre that will manufacture, assemble, integrate and test satellites weighing up to 400kg, with modular technology.  

Designed to meet the needs of domestic and international markets, 4iG said the space technology centre creates a centre of innovation, international cooperation and domestic knowledge base, with multiple links to education and R&D activities. It will also create 85 new, high value jobs. 

In February, the telecom group established 4iG Space and Technology Zrt as a subsidiary, transferring its space and technology interests into the new company. The new unit was made responsible for managing all 4iG’s space and satellite manufacturing, autonomous aircraft development and manufacturing, drone defence, defence industry digitalisation services and business strategy of the companies. At the same time, 4iG acquired a 45% stake in Hungarian aerospace company REMRED.   

The process transformed 4iG S&T Zrt. into a holding company, which directly owns the shares of 4iG Plc technology and aerospace companies, including Rotors and Cams, RAC Antidrone., Hungaro DigiTel., Spacecom, CarpathiaSat and REMRED.  4iG acquired Israeli company Spacecom in 2021 and in doing so, gained a satellite operator and service provider with a global coverage, consisting of four geosynchronous satellites, which provides its services in Hungary and the Central and Eastern European region via the AMOS 3 satellite. 

The final frontier 

The greenfield project will be supplied by an independent photovoltaic power station and will include a 1,500 sqm special laboratory with ISO8 and ISO5 certified clean-room technology. The facility also has a place for vibration, shock, mechanical, thermo-vacuum, climatic, EMC/EMI and acoustic testing systems. 

 “With the joint investment of 4iG Group and REMRED, we gain unique capabilities and infrastructure in Central Eastern Europe. As part of our technology and defence holding, space has the greatest growth potential, alongside 4iG Group’s traditional businesses, IT, and telecommunications,” said 4iG Group chairman Gellért Jászai.  

“The services and satellite manufacturing capacity of the space technology center further strengthens the international presence of 4iG Group and develops new domestic and international partnerships. We can enter a manufacturing market that combines state-of-the-art equipment with the latest knowledge to produce cutting edge technologies.” he added.  

“Our goal in the space industry is to build on our own engineering capabilities to develop new and unique space equipment and satellites, and to become strategic partners of the biggest satellite and space companies, as well as national and international space agencies,” said Dr István Sárhegyi, founder of REMRED, and CEO of the space industry and technology holding company of 4iG Group. 

OSS – slotting in the last piece of operators’ digital transformation puzzle?

Gabriele Di Piazza of Blue Planet talked to Annie Turner about addressing the challenges of OSS with a cloud native, multi-cloud solution

The headline is a slight misquotation of a sentiment expressed by Enrique Blanco, Group CTIO of Telefonica. His opinion that OSS has been an exceedingly tough nut to crack has been echoed by Blanco’s counterparts and contemporaries at many other operators.

In April, Blue Planet, a division of Ciena, launched an intelligent automation software portfolio, claiming its multi-cloud native OSS platform was the first-of-its-kind. With it, the company is claiming to have found the solution to resolve the many issues around established OSSs.

The Blue Planet Cloud Native Platform uses Kubernetes (K8s) to support multiple, OSS applications, designed to allow operators to simplify and automate their OSS environments – a long-held aim that has proved highly elusive with many hugely expensive and time-consuming failures.

As Francis Haysom, Principal Analyst at Appledore Research, put it, “…legacy OSS is a complex environment of highly customised, siloed systems that represent a constraint on growth and greater agility. The new Blue Planet Cloud Native Platform consolidates Blue Planet’s unique capabilities, telecom experience, and cloud-native vision, giving [communication service providers] CSPs a foundation for simplifying and modernizing their operations.”

Annie Turner: Why did it take so long to launch a multi-cloud, cloud native OSS platform?

Gabriele Di Piazza, Vice President, Product Management, Alliances and Architectures at Blue Planet, said, “For the most part, the challenges of legacy OSS aren’t new, but are becoming more urgent as CSPs look to play a more central role in this cloud, AI-focused era. We want to deliver a common cloud native platform to CSPs and be this catalyst of transformation at this opportune moment.”

To achieve this, Di Piazza explained that Blue Planet has consolidated multiple products, gained from acquisitions over the years including Cyan, PacketDesign, DonRiver and Centina. The new cloud-native platform is “a major enhancement to Blue Planet’s intelligent automation software portfolio that converges inventory, orchestration, and assurance applications on a single Kubernetes-based architecture,” he said.

He stressed that this is not limited to the underlying K8s platform, also introducing cloud native elements like common user interface and user experience, and an Integrated Development Environment (IDE) for low-code/no-code programmability and extensions.

Other attributes are an “AI Studio” that allows CSPs to create or connect to existing AI models and pipelines. “We transitioned Blue Planet to a cloud-native platform in order to provide customers with a more powerful, reliable and thoroughly modern OSS solution that is…suited for their increasingly dynamic, complex, and cloudified networks and services,” he stated. “As CSP needs evolve, we are a step ahead of the competition, who are still aspiring to offer the cohesive cloud-native solution that Blue Planet can already deliver.”

He claims that other, current OSS offerings don’t offer the same degree of integration, and most especially lack a common data model, and a unified user experience across inventory, orchestration and assurance.

“They also aren’t as far along on the Kubernetes journey, which enables the Blue Planet Cloud Native Platform to be deployed in any cloud environment, including public, private and hybrid clouds, to reduce vendor lock-in, scale elastically and significantly improve operational scale, flexibility, and resilience,” Di Piazza continues. 

AT: How big does Blue Planet think this market is – who is it aimed at? 

Blue Planet has big ambitions: “We want to change the OSS from being an inhibitor to a competitive advantage for CSPs and we see this as a key opportunity for Blue Planet,” he said.

The platform is aimed at CSPs looking to, or in the process of, modernising their OSS. He thinks that over the past decade, part of the reason that CSPs’ revenue growth has stagnated is due to their legacy OSS.

Di Piazza notes, “Adding services to these closed systems – which are built on outdated software architectures – requires expensive vendor-led development and integration, and creates new operational silos. Legacy OSS also relies on manual intervention for end-to-end service design, activation and assurance, which increases opex, limits scale and prevents CSPs from offering high value on-demand services.

“Now, they need a modern OSS to overcome these limitations, delivery dynamic services, improve customer experience, generate new revenues, speed [return on investment] ROI on their significant 5G investments, and reduce opex.”

AT: In an era of disaggregation, isn’t this platform going against the tide by being tightly integrated?

This is not an issue, Di Piazza reckons: “While the Cloud Native Platform converges inventory, orchestration and assurance, it is also open and modular, meaning that the products applications can be deployed independently. CSPs can address their most critical needs at their own pace, and…adopt additional Blue Planet applications in future.

“In fact, it would not be really possible to talk about disaggregation without a cloud-native foundation that powers different microservices or individual components.” 

He points out that cloud-native design supports the elasticity, portability and scale of the cloud, “and simplifies [CSPs’] evolution towards intent-driven automation from end-to-end. For us, convergence is a critical competitive differentiator,” he added.

AT: Network APIs are centre stage in telecoms. How are they being used here?

The platform leverages northbound Open APIs, such as those from TM Forum and CAMARA the operator-led, Linux Foundation project, “for integrating with BSS and customer portals,” Di Piazza explained. “It also leverages Open APIs southbound, such as those from the Open Networking Forum, 3GPP, MEF, NETCONF and others to communicate with different network domains and layers. 

AT: Can we have some examples of new business models that the platform could enable, please?

While he stresses that the platform can be used for automating any service, its open and modern design “makes it optimised for CSPs looking to embrace new ecosystem-based business models and deliver cloud-like, on-demand services to their customers,” he said.

“We demonstrated that approach with Microsoft Azure at MWC in Barcelona and with Amazon Web Services (AWS) at re:Invent in Las Vegas last year. The demonstrations showcased how an end-customer request can be used to automate the creation of a dynamic network slice, as well as the instantiation of an edge-based application for a defined period of time.”

He concluded, “In addition to accelerating innovation, and deliver a better customer experience, the Blue Planet Cloud Native Platform helps CSPs better monetise promising technologies like network slicing.”

Proximus gains controlling stake in CPaaS firm Route Mobile

Communications Platform-as-a-Service is hitting its second wave, powered by network APIs, AI and other capabilities, moving away from its reliance on SMS and email

Belgium’s Proximus Group completed the acquisition of a majority stake in Route Mobile, a global Communications Platform as a Service CPaaS company. Route Mobile is listed on the National Stock Exchange of India, one of the country’s largest, and the Bombay Stock Exchange, which is the oldest stock exchange in Asia.

Proximus describes the acquisition as “a transformational step forward in the Group’s International strategy to become a worldwide leader in digital communications and digital identity”.

CPaaS gets its second wind

The CPaaS sector was overhyped then had a bumpy ride, not helped last October by Ericsson devaluing its acquisition Vonage by 50% (see market analysis in that piece) after less than two years after its purchase. It paid €6.2 billion for CPaaS firm in November 2021, to widespread surprise.

As CPaaS moves away from its first generation that relied heavily on bulk emails and SMS, it appears to be increasingly in vogue: in October last year, Fazil Balkaya, Principal Analyst of Synergy Research Group, said, “We are at a pivotal point of the CPaaS market where usage and API-based interactions can prove further value during the current macroeconomic conditions. The CPaaS market maintains a strong double-digit growth and the market is poised to exceed $10 billion run rate in 2025.”

This was underlined earlier this month when Infobip and Nokia announced they are partnering to enable the global developer community to leverage both companies’ API platforms. The aim is to build a wider array of telco applications faster for consumer, wholesale and enterprise customers, powered by the network.

Major enabler

The operator group says that the Route Mobile transaction is “a major enabler for Proximus Group’s international strategy, expected to generate substantial value, improve the overall risk profile of the Group and drive profitable growth and cash generation”.

It points out that its US-based affiliate Telesign, acquired in 2017, has already enabled it to build up “a significant presence in the CPaaS and digital identity markets”.

Now, “the complementary expertise, in combination with the global reach of Route Mobile and Telesign, will allow [Proximus] to reap the benefits of scale, accelerate growth as a truly worldwide group and generate shareholder value,” according to a press statement.

Proximus Group will provide in-depth information on the transaction and its potential in a dedicated webcast in early June.

It started last year…

Proximus signed a definitive agreement in July 2023 with the founding Route Mobile shareholders to acquire 57.56% of the CPaaS through Proximus Opal, a Proximus Group subsidiary that holds 100% of Telesign for INR 59.224 million (€643 million). Some of the founding shareholders committed to reinvest €299.6 million in Proximus Opal, which translates into a shareholding of 12.72% in the subsidiary.

After this reinvestment, the total net cash-out amounts to €636.3 million. The finance for the acquisition is covered by the €700 million bond transaction issued on 20 March 2024.

Chinese network of thousands of fake shops accused of massive scam

German cybersecurity Lab triggers joint investigation into “vast web of fake shops” that apparently “took money and personal details from 800,000 people in Europe and US”

A joint investigation by the Guardian newspaper in the UK, Le Monde in France and Die Zeit in Germany unearthed a network of some 76,000 fake websites offering designer goods. This was after the German Security Research Labs (SR Labs), a cybersecurity consultancy, obtained gigabytes of data which it shared it with Die Zeit

The fake shops appear to have tricked more than 800,000 people in Europe and the US into handing over card details and other personal data such as names, phone numbers, email and postal addresses.

The fake store fronts claim to offer discounted goods from brands including Dior, Nike, Lacoste, Hugo Boss, Versace and Prada.

The Guardian stated, “A trove of data examined by reporters and IT experts indicates the operation is highly organised, technically savvy – and ongoing”. The websites are published in multiple European languages and it seems the first ones appeared online in 2015.

The newspapers estimate that although many are now inactive, about 22,000 are still live.

The report says more than 1 million ‘orders’ have been processed in the last three years alone. Not all the payments went through, according to analysis of the data, but the fraudsters attempted to process up to €50 million in the three-year period.

Open RAN: Vodafone, Nokia complete lab trial with Arm and HPE

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Meanwhile, in Washington DC, the National Telecommunications and Information Administration announces $420 million in new funding for Open RAN

Vodafone and Nokia announced that they successfully completed of an Open RAN trial, working with chip-maker Arm and Hewlett Packard Enterprise (HPE). They used Nokia’s anyRAN approach in the trial to demo an end-to-end Layer 3 (L3) data call. The trial ran at the vendor’s Open RAN Innovation Center in Dallas, Texas.

The test platform used Ampere – Arm-based general-purpose processors – an HPE ProLiant RL300 server, plus Nokia’s Layer 1 (L1) accelerator, RAN software and 5G SA Compact Mobility Unit (CMU) Core.

The trial took place over-the-air with Nokia’s AirScale massive MIMO radios on the n78 spectrum band (3.5 GHz band). The Finnish vendor’s Nokia’s MantaRay NM network management system provided a consolidated network view for monitoring and management.

Diverse suppliers

During the demonstration, data calls were conducted using commercial user devices. According to Nokia, the trial shows that Arm Neoverse-based processors on HPE servers within the Nokia anyRAN approach can support diverse suppliers and the efficiency of the latest silicon technology for Open RAN.

Francisco Martin, Head of Open RAN at Vodafone, said,“Vodafone is dedicated to supporting the development and adoption of Open RAN platforms by fostering a diverse ecosystem of silicon solutions.

“The approach offers numerous benefits, including increased choice, enhanced energy efficiency, higher network capacity, and improved performance in wireless networks. We are excited to collaborate with Nokia, Arm, and HPE in this live demonstration, and the initial results have been promising, paving the way for future commercialization.”

And obviously, not only for Vodafone, which chose to carry out the trial in the US.

Developments in Washington

And on that note, the US’ National Telecommunications and Information Administration (NTIA) announced a further investment of $420 million (€390.2 million) for its Wireless Innovation Fund. It has already awarded more than $140 million across 17 projects in its first round of funding.

Assuming the second round of funding is fully allocated, that will still leave the NTIA with close to $1 billion for future investment.

This second round funding is to related to the development of new radio units. There are two categories available for those wishing to apply.

In the first, radio suppliers and operators must partner to develop commercially viable, open radio units. The NTIA said it will award between $25 million and $45 million per project in this category.

Cloud adoption for data ops must focus on cost, agility and innovation 

Telekom Srbija, Hrvatski Telekom and Celfocus share their experiences around moving data ops and analytics to the cloud in the telco industry

The discussion took place at our recent Telecom Europe Telco to Techco virtual event, moderated by Analysys Mason principal analyst Adaora Okeleke. Our panellists were Telekom Srbija chief strategy & digital officer Natali Delic, Hrvatski Telekom director of big data analytics Goran Klepac and Celfocus data & analytics offer lead João Barata. 

WATCH THE FULL SESSION HERE 

Moving towards self-service analytics in telcos 

Telekom Srbija’s Delic acknowledged the prevalent hype surrounding Generative AI but emphasised the importance of focusing on fundamental aspects such as data management processes and organisational education. She stated: “There is a huge rise of demand for advanced analytics for quality, generative AI and for AI solutions, but we are still dealing more with fundamentals.”  

The telco is prioritising efforts to transition towards self-service analytics and optimise the utilisation of technology to create value. “We need to go more to self-service mode, instead of having small groups of people dealing with all the analytics requirements of the company,” she said. Additionally Telekom Srbija is evaluating on-premises versus cloud solutions, to align with its future objectives. Overall, the focus remains on leveraging AI to enhance operational efficiency and improve overall performance. 

Hrvatski Telekom’s Klepac underscored the recurring pattern of technological hype, emphasising the need to prioritise data organisation and democratisation over adopting new technologies like AI. “What is the most important thing you have to think about the data how to organise the data, how to make data democratisation,” he said. He cautioned against solely relying on sophisticated AI tools like TensorFlow without a coherent strategy for data integration, warning that without such a strategy: “you will get garbage in garbage out.”  

Choose your cloud battles 

Klepac warned processing in clouds is not cheap and you have to understand which kind of the process is the mostly should be used in that way. He gives an example of a big data environment that was having Oracle issues impacting its ability to support some projects. The company he was consulting with moved the work to the cloud and while the results were better, they were still below expectations. “You can use, for example, traditional algorithms like associative algorithms or CN2 or something like that, but even if you’re moving to cloud the results will still be the same,” he said.  

In this case the operator used frequent pattern tree to develop a local solution and solved the issue quickly – only using cloud services for some pre-processing. “The fact is that you have to understand the processes and you have to deeply understand how algorithms are working that you can use the best from both worlds.” 

Delic discussed Telekom Srbija’s current project evaluating the transition of workloads to a hyperscaler cloud provider, emphasising the need for a thorough business justification to avoid potential cost without benefit. She said: “We created a plan from the beginning to see whether this will be justifiable from a business perspective.” 

Two primary factors are propelling the telco’s cloud consideration: firstly, the flexibility and scalability offered by the cloud compared to on-premises infrastructure, particularly crucial for rapid model iteration. She said: “It’s not always possible to have elasticity when you’re on-premises which you have when you’re in the cloud.” Secondly, she stressed the cloud’s potential to accelerate innovation by providing easier access to experimentation and proof of concepts, particularly in AI solutions.  

She said: “We are hoping to have easier access and an easier way to do a lot of experimentation and proof of concepts with many of the available cloud solutions.” This shift aims to prioritise business agility over infrastructure concerns, anticipating a faster pace of innovation facilitated by cloud adoption. 

Using the cloud to test an on-prem scenario 

Celfocus’s Barata highlighted three key points about moving to the cloud: the significance of operational costs, including both cloud running and data platform maintenance expenses, the necessity of scalability in managing increasing data volumes to become data-driven organisations, and the importance of business agility driven by AI and Generative AI use cases, prompting requests for IT infrastructure and capabilities.

He emphasised the need to reduce data platform maintenance costs and stressed that scalability and business agility are the primary drivers behind requests to move to cloud platforms. “I believe something is something that when we see our clients they say they are trying also to reduce the cost of maintaining a specific data platforms for the infrastructure purpose, but also for maintenance purpose,” and concluded, “But if I need to select just one problem scalability or business agility is driving more these cloud requests to move to platform.” 

Data privacy is top of mind 

Telecom Srbija’s Delic addressed several crucial points regarding cloud adoption and data privacy. Firstly, she emphasised the challenge of securely connecting on-premises environments with hyperscalers, particularly in hybrid environments. She notes, “It’s not realistic that everything will be soon in the cloud, it will be combined.”  

Secondly, she highlighted the local interest in data privacy and the need for meticulous planning and compliance with laws. “Most of the companies do have some processes around it,” she said. Delic underscored the importance of evaluating data processing and ensuring compliance with legal requirements when considering cloud migration. She concluded by stressing the significance of data management and processing in the context of cloud adoption, emphasising that it’s more about processes than just technology. “So it’s not so much about technology. It is a little bit if we need anonymisation, if we need data masking, because for some use cases, there’s some data this might be required, but in general, it’s again more on the process of how we manage this data how available for some other for analytics in general.” 

WATCH THE FULL SESSION HERE 

The discussion also explored:  

• GDPR compliance is crucial when moving to the cloud, prioritising data protection and privacy 

• Organisations must minimise risks, especially in cloud environments, despite their inherent security 

• Data preparation and cleaning are essential for data science and AI projects, with significant cost-saving implications 

• Planning data migration to the cloud strategically can optimise costs by eliminating redundant or unnecessary data 

• Smart processing methods can further reduce costs and enhance efficiency in cloud usage 

• Effective planning and data quality preparation are key to cost-saving and efficient cloud utilisation 

• The cloud serves as an ideal sandbox for testing methodologies and proof of concepts but requires conscious cost management 

• Proper data quality preparation can significantly reduce processing costs and maximise cloud benefits 

• The role of AI in data analytics 

• Why telcos need to be wary about the hype surrounding AI 

• On-prem versus cloud for data and analytics 

• Using cloud for pre-processing  

• Testing models and running tests in parallel 

• Eliminating infrastructure concerns for faster innovation 

• Advancing towards security objectives through innovation and process improvement 

WATCH THE FULL SESSION HERE 

Freenet launches eSIM-based data roaming with 1Global 

The new service freenet Travel will be available in more than 100 countries and includes a variety of data packages

German service provider freenet has teamed up with eSIM operator 1Global to launch its own mobile data roaming service, freenet Travel, which new and existing users can activate on their smart devices.  

To use the service, customers download an eSIM profile, free of charge, using a QR code on the telco’s website. With the activated eSIM profile from freenet Travel, the user is automatically sent a roaming offer via SMS when moving to a country outside the EU. According to freenet’s website, 1GB, 5GB, 10GB and 20GB packages are available.  

Once downloaded, a 1Global eSIM can be used as many times as needed in any of the countries supported by the company’s network. “By using 1Global eSIM capabilities, we are embracing a future-proof, modern technology. “This enables us to further expand our positioning around digital lifestyle offerings,” said freenet head of digital lifestyle Salomé Andrade Pohl.  

Depending on the country, Freenet promises savings of up to 50% compared to alternative offers. For example, 1 GB of data volume for seven days in Switzerland starts at €3.99, while for the US and Turkey the same volume can be booked for €5.99. 

“We are among the few providers worldwide capable of supplying and configuring eSIMs ourselves. Through this partnership, millions of freenet customers can now book various data packages for countries outside the EU, allowing them to communicate cost-effectively during their travels,” said 1Global founder and CEO Hakan Koç.  

Phoenix from the Truphone ashes 

Founded in 2022, the company was born out of adversity, being the UK-based mobile network firm Truphone which was put up for sale due to one of its backers being a certain Roman Abramovich. At the time it was reported that Hakan Koç and Pyrros Koussios picked up the asset for the princely sum of £1. Truphone employed around 450 people, and had coverage across 200 countries, with 400 direct network agreements in place. 

Headquartered in London, with an R&D hub in Lisbon, 1Global now has 400 employees across 12 countries and has been granted fully regulated MVNO status in nine of them. 

Besides telcos, the company is also targeted fintech and travel firms. For example, fintech Revolut has integrated the 1Global API to give fast access to its low-cost global mobile network. Users can install the eSIM from within the Revolut app in under a minute. This gives them complete control of their connection, including a display of data consumption. They can also use the app to buy a data plan even when they’ve already run out of allowance. 

Freenet instead chose the third party/affiliate relationship with 1Global, using the QR code that directs the user to download their eSIM and 1Global software. 1Global has developed a complete eSIM ecosystem including Remote SIM Provisioning (RSP) and Entitlement Servers, ensuring the “highest quality throughout the eSIM deployment lifecycle”, according to the company. 

As a telecommunications technology innovator, we have created our own global telecommunications network and can issue eSIMs and an International Mobile Subscriber Identity (IMSI),” said Koç. “This distinguishes us from vendors who do not have their own network infrastructure and simply resell data packages.” 

Deutsche Glasfaser opts for Nokia to deploy fibre broadband

The vendor’s suite of fixed access and IP network products plus professional services will help the German altnet design an optimised, “highly automated network”

Deutsche Glasfaser says it has partnered Nokia to further its ambition of tripling its installed base of 2 million homes passed. Deutsche Glasfaser is funded to the time of €7 billion investment by its owners EQT and Omers.

The two plan to build a country-wide fibre broadband network in Germany, using Nokia’s suite of fixed access and IP network products. This includes supporting Gigabit passive optical networks (GPON), 10Gbps Symmetrical PON (XGS-PON) and 25G PON on the same fibre, along with its Broadband Network Gateways (BNG).

Nokia’s kit will replace two competitors’ installed basis of IP core, BNG and edge routers including related services.

Design and validate

The vendor will lead the design and validation of Deutsche Glasfaser’s new network architecture, customise its IP domain controller (or Network Service Platform) and the fixed access domain controller (Altiplano Access Controller). Nokia will also deploy services for the installation and the commissioning of its own systems.

Pascal Koster, COO at Deutsche Glasfaser, commented, “10 Gbps XGS-PON access technology will be deployed as standard across our network from April 2024 onwards in partnership with Nokia. The first XGS-PON customer connections are already live in the area of Neuwied…[introducing] symmetrical broadband services up to 10 Gbps for homes and business.”

The picture shows Linz am Rhein in the district of Neuwald, in the Rheinland Palatinate.

Looking to the future

He said that Nokia’s Internet Protocol Multi-Protocol Label Switching (IP MPLS) systems are ready to carry traffic are 800Gbps when the appropriate time comes. Also, that its optical line terminal and Quillion chipset will “future proof our fibre network”. The Altiplano and NSP controller support the operator’s plans “to ease and highly automate network operations across the entire region”.

Matthieu Bourguignon, SVP and Head of Europe Business, Network Infrastructure at Nokia, added, “Deutsche Glasfaser has been a customer of our FTTH access equipment since 2017, so this is a valuable seal of approval to extend our partnership to the IP domain.”

What do enterprises need from an IoT partner?

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Partner video: Nick Earle, CEO of Eseye, talks to Annie Turner about providing global connectivity and other challenges

In 2010, the industry predicted 50 billion connected devices by 2020, but there were, in fact, only about 11 billion. It turned out that deploying IoT was more complicated than we bargained for, and the business case harder to prove.

So, what’s different now?

Mobile Europe’s Annie Turner speaks to Nick Earle, CEO and Chairman of Eseye to explore:

  • What are the top challenges that large enterprises face when designing and deploying IoT globally?
  • Why is the device so important to achieving reliable connectivity?
  • What key attributes and characteristics are large Enterprises looking for when selecting an IoT connectivity partner?
  • How should Enterprises measure return on investment and value from their IoT project?

To learn more about Eseye, please visit www.eseye.com

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