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Telenor and Axiata plan to merge Malaysian operations

The two say their discussions are advanced and hope to iron out the deal in this quarter.

Telenor Group and Axiata Group Berhad are discussing a merger of its Malaysian mobile operations, Digi and Celcom, in which they will each own a 33.1% stake.

They say the new company will have the competence and scale to meet increasing expectations and demand from a digitally connected society.

The parties aim to drive research and innovation, and facilitate a platform for accelerated digital growth in the local ecosystem.

Milestone

Jørgen C. Arentz Rostrup, EVP and Head of Telenor Asia, commented, “The proposed merger represents an important milestone in Telenor Group’s strategy to strengthen its Asian presence and create value in the region.

“The new entity will have size and financial capabilities to support Malaysia’s digital aspirations and lead industry development in a connected society. We look forward to partner with Axiata to realise the potential of the new company”.

They have agreed to nominate Dato’ Izzaddin Idris as Chair, Jørgen C. Arentz Rostrup as Deputy Chair, Idham Nawawi as CEO and Albern Murty as deputy CEO of the merged company which will be named Celcom Digi Berhad.

Telenor Group and Axiata hope to finalise the deal in the second quarter of 2021 after due diligence.

Nothing certain

The transaction will be subject to approval by Digi Board and Celcom shareholder, require regulatory approvals and other customary terms and conditions.  
The parties acknowledge that there is no certainty that these discussions will result in any agreement.

In September 2019, Axiata Group Berhad and Telenor Group abandoned lengthy talks to create an Asian super-carrier, stretching from Thailand to Indonesia, which would have had 300 million customers, about 60,000 towers and €11.61 billion annual revenue.

Virtual network functions market to triple by 2025

Growth of virtual network functions (VNFs) will be driven by virtual customer premises equipment (vCPE).

In a new study, ABI Research says vCPE will become a critical solution for service providers to keep pace with changing industry trends toward software-defined networking (SDN) and network functions virtualisation (NFV).

Renenue generating

vCPE deployments for businesses are among the most important revenue-generating segments of VNFs and will triple the VNF market by 2025, generating more than $15 billion (€12.61 billion) in revenue globally.

The increasing use of SDN and NFV are among key drivers for vCPE deployments.

Khin Sandi Lynn, Industry Analyst at ABI Research, said, “Powered by SDN and NFV, network services such as routing, security, WAN optimization, etc., no longer need dedicated physical appliances.

“These services are being delivered through vCPE. Since services are software-defined and delivered remotely, [this] approach enables service providers to lower CapEx and OpEx. [They] can deliver additional virtual network functions (VNFs) as required and achieve agile service provision.”

Multi-vendor installations

ABI found service providers are rolling out vCPE deployments for enterprise using white box vCPE hardware and VNFs supplied by multiple vendors.

Operators including Comcast, Vodafone, BT and Orange have recently announced vCPE services targeting enterprise customers.

RAD, Lanner, Dell, Advantech are among the major vCPE hardware providers while solution vendors such as Cisco, Nokia, Ekinops, Juniper Networks, and many others provide routing, security, and SD-WAN solutions for vCPE deployments.

Residential market

In the residential segment, the vCPE approach with VNFs is still limited, although some cloud-based siloed solutions for in-home Wi-Fi management and security, such as Plume’s OpenSync, have been deployed.

The cost for vCPE hardware and VNFs, as well as a fragmented residential CPE market, creates challenges for vCPE deployments in the residential market.

Despite these barriers, the increasing number of broadband households and growing number of smart homes creates a large opportunity for the vCPE market, ABI reckons.

SDN-enabled home gateways and VNFs can play an important role for the quick and efficient provision of smart home services in the residential segment.

vCPE applications including firewalls, WAN connectivity optimization, and control will be among the important revenue-generating segments of virtual network functions.

Lynn concluded. “As vCPE adoption accelerates, service providers need to make optimal selections of hardware and software partnerships to assure cost-efficient and seamless vCPE deployments, supporting fully automated VNF onboarding, provisioning, and maintenance in order to achieve business success.”

BT’s Dublin-based procurement unit starts trading

BT Sourced, BT Group’s autonomous procurement firm started trading this week.

The new unit is on a mission to ‘disrupt’ how it spends BT Group’s annual budget of about €14.8 billion, led by Cyril Pourrat, Chief Procurement Officer at BT, who apparently proposed the change of location and approach whicch was announced last November.

Big Tech hub

The relocation of BT’s procurement function to the Irish Big Tech hub not popular in some quarters, most notably the Prospect white collar workers’ union – but interesting that the UK’s incumbent has chosen to site its procurement function within the European Union post Brexit – presumably to avoid all that red tape?

Pourrat is a fervent reformer of telcos’ procurement practices, with a track record in doing just that at Sprint in the US and stc in the Middle East. He outlines his thinking in this podcast.

The idea is to digitalise procurement by using tools like machine learning and other kinds of AI, plus analytics to procurement to disrupt how the group buys products and services and to digitally transform the whole approach.

Research by TM Forum, published in 2019, found that the telecoms sector wastes $1 billion (€842 million) annually through outdated, inefficient procurement practices.

Sustainability

Pourrat is also big on compliance with environmental, social and governance (EST) goals, and intends to put pressure on suppliers, sorry technology partners, to reduce the 69% of BT’s emissions which it says are due to equipment vendors.

BT’s ESG requirements are set out in its Digital Impact & Sustainability Report.

 

The Alice in Wonderland world of Trump versus Twitter

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Contrariwise, Trump is no longer president but still can’t block people on Twitter, although he no longer has a Twitter account.

Still the US Supreme Court (which is having a busy time of it) has pulled a white rabbit out of hat in laying out the acute need for the law to catch up with where private and public are hard to tell apart – like Tweedledee and Tweedledum (shown on British postage stamp).

US Supreme Court judge, Justice Clarence Thomas, has called out the contradictions inherent in the legal status of social networks. He vacated (cancelled) a 2019 appeals-court ruling that found the then-President Donald Trump had violated the First Amendment by blocking people from interacting with his account on Twitter.

The First Amendment of the US forbids government to limit the right to free speech.

Justice Thomas declared the case “moot” as Trump is no longer president – and Twitter shut down his account.

Riddled with contradictions

The judge highlighted the contradictions in the case. On the one hand, the President was arguing that Twitter is a protected public channel and should have its legal status, as defined under Section 230, changed. But if were to be redefined as a public channel, then it would be bound by the First Amendment.

Section 230 is part of the Communications Decency Act 1996 whose purpose is to protect the owners of any “interactive computer service” from liability for anything posted by third parties. It was thought this protection was necessary to foster new kinds of communications and services in the era that the internet became mainstream.

Arguably at that point, the extraordinary power and reach of the most successful social networks could not be foreseen, nor their part in fuelling conspiracy theories (QAnon, anyone? and now the Big Lie – how Trump’s election victory was stolen), interference in the national elections by foreign states (cf US election and Russia) and interference in the Brexit vote (Facebook).Or Facebook allowing half a billion people’s personal details to be exposed to hackers.

Unequal power 

This means that while the then President couldn’t block people from engaging with him on Twitter due to the First Amendment, under Section 230, Twitter had the right to shut down his account completely.

This is because the Act includes a provision that if a social network acts in “good faith,” it can remove content that is offensive or otherwise objectionable.

He acknowledged that social networks provide channels for unprecedented levels of communication, including by “government actors”, and expressed concern that the control of those channels is in a few private hands which are not subject to the First Amendment.

Common carriers

Judge Thomas asked whether social networks should be viewed as “common carriers” – which is how telcos are categorised and regulated – which would curtail their right to exclude, among other things.

The Judge has clearly flagged that appropriate legislation is needed to protect public interest on these highly public, privately-owned platforms and escape the illogicalities of the looking-glass world.

Certainly the Biden Administration has signalled that it intends to tackle a number of issues around Big Tech, although for somewhat different reasons that the Trump presidency’s rather more personal war with various platforms.

Google’s win over Oracle reflects appreciation of APIs

The search giant’s Supreme Court victory hasn’t addressed the issue of copyright and API code, but it has highlighted the debate.

After a gruelling decade in the courts, the US Supreme Court ruled in favour of Google in a case brought against it by Oracle, which accused Google of violating copyright law by copying API code owned by Oracle.

The ruling overturned an earlier verdict, in 2018, which found in favour of Oracle. This time around, the Supreme Court agreed with Google’s argument that copying of the code was “fair use” to develop Android APIs.

The case kicked off in 2010 after Oracle acquired Sun Microsystems which created the Java programming language.

No commercial agreement

Oracle claimed that Google had turned down a commercial licence arrangement then copied more than 11,000 lines of the best known parts of the Java platform for use in a competing one – Android.

Google’s angle was that Oracle should obtain the right to assert copyrights on basic software commands because that would damage interoperability and ultimately the US’ ability to compete.

After the Supreme Court ruling, Google’s Chief Legal Officer and SVP for Global Affairs, Kent Walker, was quoted by The Wall Street Journal saying, “Innovation happens by standing on each other’s shoulders and that is what’s going on here.

“These are tools we use every day, methods of operation in the everyday world. The idea of fair use is beneficial for everyone in the industry.”

Less effusive

Oracle was less effusive. Dorian Daley, Oracle’s EVP and General Counsel, added, “The Google platform just got bigger and market power greater – the barriers to entry higher and the ability to compete lower.

“They stole Java and spent a decade litigating as only a monopolist can. This behavior is exactly why regulatory authorities around the world and in the United States are examining Google’s business practices.”

Oracle seems to be trying to hold the tide back. Google’s argument was supported by other industry players, such as Microsoft, on the grounds that fair use is fundamental to the proliferation of APIs – the building blocks of innovation and ecosystems, which are increasingly how products and services are provided.

Essential to ecosystems

Two of the eight Supreme Court judges disagreed with the verdict and the court was at pains to stress that the ruling was specifically about this case, rather than founding principles around copyright and API code.

APIs are becoming increasingly important in telecoms as operators strive to move up the stack, extending services beyond their geographic footprint and basic connectivity. Support for open APIs in telecoms is spearheaded by MEF and TM Forum.

 

DT proves 100GHz and upwards viable for 5G backhaul

Deutsche Telekom and Cosmote worked with Ericsson on a trial and test using higher frequency W-band as 5G backhaul for first time.

In trials at Deutsche Telekom’s Mobile Backhaul Service Centre in Cosmote’s headquarters in Athens (shown in picture, photo courtesy of Deutsche Telekom), the partners proved the viability of frequency bands beyond 100GHz, such as W-band, for multi-gigabit wireless backhaul capacities for 5G and 6G.



W-band sits in the electromagnetic spectrum range between 92-114GHz and is used for satellite communications, millimeter-wave radar research, military radar targeting and tracking applications, and some non-military applications.

Radio access networks are starting to use higher frequencies, such as 26GHz and 28GHz to allow more capacity, wireless backhaul is also looking into the possibility of higher frequencies with broader channels to enable greater bandwidth.

Wireless backhaul currently uses frequency bands from 4GHz to 80GHz to support 5G transport requirements.



Field trial

The joint field trial demonstrated for the first time a W-band wireless hop over a 1.5km range with telecom grade availability using pre-commercial equipment.

This W-band hop was installed parallel with a 1.5km E-band hop, to show that the W-band has a similar long-term performance to E-band (70/80GHz).

The trial recorded speeds of 5.7Gbps over the 1.5km distance and topped 10Gbps over 1km hops.



The result proved that W-band can perform on the same level as the E-band, which is currently the only frequency band supporting 10Gbps wireless backhaul capacities for 4G and 5G.

The W-band is expected to add more untapped spectrum needed for high-capacity wireless transport.  



Access evolution

Dr. Konstantinos Chalkiotis, Vice President 5G Solutions, Access & Home Networks, Deutsche Telekom, says: “The evolution towards future-proof, cost-efficient and high-capacity wireless backhaul networks will play an important role to accommodate growing traffic demand, increased site location, including small and pico cells, and extend 5G services in the future.

“The results of our innovation trial with Ericsson confirm the feasibility of using higher frequency bands with wider channels as another solution in our portfolio to deliver high capacity and high performance backhaul for our customers in the 5G era. We hope soon to see those solutions brought into real production in a cost-efficient manner.”



Move towards 6G

Ericsson, Deutsche Telekom and Cosmote have a long history of joint innovation spanning 3G, 4G, 5G mobile and wireless backhaul networks, and has been researching technology for high-capacity radios above the 70/80GHz band for more than a decade.



Jonas Hansryd, Research Manager, Microwave Systems, Ericsson, says, “Two years ago, we showed for the first time the possibility to transport more than 100Gbps over a kilometer distance using millimeter wave bands.

In our latest joint project, we continue on that path showing the ability to evolve today’s wireless transport by supporting additional, high-capacity backhaul spectrum for 5G and future 6G.”



Convergence is the key across disparate markets

Mari-Noëlle Jégo-Laveissière, Deputy CEO Europe at Orange, talks to Annie Turner about her local and group priorities, converged networks, cloud strategy, AI and more.

Mari-Noëlle Jégo-Laveissière assumed her current role on 1 September 2020. She is responsible for the group’s European operational activities outside France – Belgium, Luxembourg, Moldova, Poland, Romania, Slovakia and Spain – with particular emphasis on the roll-out of 5G and fibre.

She has had a long and illustrious career at Orange, joining what was then called France Télécom in 1996.

She says that for Orange the Covid-19 pandemic hasn’t given rise to new or different trends across Europe so much as accelerated the execution of the Engage 2025 strategy, announced in December 2019. However, she agrees it has underlined just how critical home communications are to everyone.

She acknowledges, “It is the way you are connected to your entire life,” adding, “We are convinced that converged infrastructure – mobile and fixed, by which we primarily mean fibre – is the right strategy everywhere we operate… That will bring growth, and help us monetise 5G and fibre, although the answer might be different in various geographies.”

RAN sharing for efficiency

Orange is looking at various models to achieve this in the most efficient way and RAN sharing is a well-established practice: as we reported last December, it has been a strand of the French incumbent’s group strategy since 2011. Globally, 51% of its mobile sites are shared, which rises to 74% in Europe outside France.

In January 2020, Orange stated it could potentially save €1 billion a year in combined CapEx and OpEx, and since December 2019 it has agreements in place in Belgium with Proximus, and since 2006 in Spain with Vodafone.

In 2019, the RAN sharing agreement with Vodafone was expanded, along with its fixed FTTH infrastructure arrangements, which were extended to new geographic areas through new wholesale access or co-investment agreements.

This new wholesale agreement will enable Vodafone to offer its fibre and convergent services to 1 million additional households over Orange’s network. The two will also have access to each other’s future fixed broadband deployments.

Tower tenants

It is a strange situation when across Europe especially so many operators feel that the only way to get the full value from their considerable passive assets – towers – is to put them into a separate unit and in some cases, Telefonica being the most notable example, sell them off and lease back space on them or in Vodafone’s case, sell a stake in the towerco.

In February, Orange announced its plans for the formation of the towerco promised in Engage 2025, which will be called TOTEM.

The plan is to become a leading European neutral host player, starting with its tower estate in France and Spain (a total of about 25,000 macro sites), then, as Jégo-Laveissière explains, “In phase two, we will be looking at our other operating companies and taking a deep dive into the opportunities, country by country.”

She comments, “There are different ways of looking at the towerco trend. The value the market gives to the assets are very low: when they are within the organisational structure, they are seen as a cost. Now [as towercos] they have tremendous value and some operators have sold them, but that is not so in our case.

“We want to highlight these assets are part of our group and we need to make sure when entering this new business model that we keep control [of them]. We will have standalone management [for the new towerco] so we can better optimise them, to sell and share capacity.” Orange said when it announced TOTEM that the aim was to increase tenancy across France and Spain to 1.5x by 2026, up from 1.3x in 2020.

Balancing local and global

In common with other large operator groups in Europe, there is a tension for Orange between needing to understand and work with each local market, but at the same time leverage the scale and capabilities of the group.

Jégo-Laveissière says she sees this as more about balance than tension, as not all country markets “have the same equilibrium”. She continues, “Since I arrived [in my current role] I have been working on that global value based on the vision of our European programme.

“The question is how we can do more and differently by leveraging the seven pillars of our European companies [outside France]? We need to mutualise, to standardise, to work in the same way in the different countries. We won’t have a global CRM somewhere for data because it doesn’t make sense – that will stay in the country or else it would take years.

“What we can do is work in exactly the same way, with the same set-up so we can take an algorithm and deploy it in another country very quickly. This is what I call standardisation, with just different notation.”

Transformation plan for Europe

So this is the transformation plan for Europe and she says this European plan has four priorities, starting with new infrastructure and operating models, such as the RAN and fibre sharing already mentioned, and working on how to prepare the network for 2025.

She explains, “We are already mutualising a lot when it comes to network supervision, but we will do more and more. When we have the full 5G commercial network there will be many things we can do… In some geographies we are small in fixed [connectivity], but we have a really big opportunity to grow in Belgium and Slovakia, for instance.”

The next priority is delivering converged infrastructure that supports multi-service offers. She says, “This is more about the top line and there are many things we are still deciding. We need to work on TV, for example, standardise on the gateways and set-top boxes and the platform. We will keep moving in that direction because it brings the scale up.”

For example, she points out that the group is in the best position to put out a single RFP to source the set-top box for use across the European opcos, which brings the benefits of scale and secures stock for them too.

Regarding TV, Jégo-Laveissière acknowledges, “We need also to work on the content faster. In some countries we distribute the same content, but different content in others.”

Services for B2B and B2B2C

Orange sees the business-to-business (B2B) sector as a major driver of growth. Jégo-Laveissière notes that the company has a good start in IT, but says, “We need to move forward and we can learn from one another. For example, Poland is doing some really good stuff, as well as some other countries, and 5G is coming and we are convinced that Orange will have potential new markets.”

Regarding 5G, from the start Orange has said its greatest priority is working with enterprises to provide much more than just connectivity and it is well-placed to do so. It has been building IT and integration capabilities for years, and they are a main plank in Engage 2025.

Jégo-Laveissière’s colleague, Helmut Resigner, CEO of Orange Business Services, put it very neatly in an interview when he said, “We are a network-native digital service company.”

As so many people have been forced by the pandemic to work from home – and most seem unlikely to go back to being in offices full-time even when they have the option – there is a need for services to support both employers and remote employees, such as security, and guaranteed, reliable connections for SMEs and large enterprises alike, says Jégo-Laveissière.

Unsurprisingly then, the final priority, the development of digitalisation, has been accelerated by the crisis. For example, she feels Orange has made some big strides in e-care for customers, such as in Poland, where a bot called Max has been very successful. In particular, it turns out Max is very efficient when used to contact people who are late paying their bills, as many customers find a nudge from a bot to be less embarrassing than a prompt by a human.

Jégo-Laveissière says that Orange now needs to put effort into moving sales forward across various channels, having suffered a drop in sales as a result of having to close stores during lockdowns across the continent. She is mindful that especial attention must be paid to logistics and customer experience, “So our relationships with customers are as efficient online as they are physically.”

Data and AI

Better use of data and AI are core to Engage 2025 and to this end Orange signed a deal with Google Cloud last July. Jégo-Laveissière says, “We are implementing it now and are nearly done on both the IT and business side. We need to move to a hybrid cloud operational strategy, and we’re doing that via Google Cloud and using its tools to accelerate our goals on the technical path, plus marketing and customer experience.”

Regarding containerisation, she explains, “We are trying to work with different countries on their hybrid cloud strategy, [but] they have heterogenous levels: Spain is quite advanced in this, but for others it is different. We need to ensure that we can progressively simplify and stick to the TM Forum requirements.”

Jégo-Laveissière is referring to the Forum’s Open Digital Framework and suite of Open APIs. Orange has long been a contributor to these standards, seeing the value in leveraging a common approach, architecture and APIs to benefit from economies of scale, reduced costs, faster, simpler integration, quicker time to market and greater operational agility.

She acknowledges, “Yes, we have legacies, so it’s a question of whether it makes sense to rewrite or not, but [ultimately the cloud] will give the group a lot of agility and opportunities, and we need to deal with it… It’s another block for me, it’s not an objective by itself… But we need to be sure that on the technical path, but also when it comes to the marketing and the customer relationship, that employees or competencies realise how they can work differently… You’re talking about being able to leverage the economies of scale of competencies.”

So these are the group priorities and approaches, but surely they will meet will serious resistance within some countries? Jégo-Laveissière concedes that it is never easy to be told how to work, but says, “It is a case of sharing rather than telling. We organise efforts between countries and that works very well. We have dedicated use cases then we develop a solution, so we don’t issue guidance, but provide solutions that work. We take a very pragmatic approach. It’s important to have the same way of measuring things as well as the same way of leveraging them. Then you can start talking and building.”

Also, Jégo-Laveissière says there is a pan-European human resources programme in place to identify talent and promote those employees’ mobility across countries.

Virtualisation and automation

Virtualisation has proved something of a challenge for operators the world over, with network functions virtualisation not delivering on its promises, although it did teach many valuable, if expensive, lessons.

Jégo-Laveissière says, “As soon as we need to change something, from one generation to another, we move to virtualisation. This is not just about the technology elements, but about how you run a network or platform.”

On this note, she points to Open RAN, saying, “We are pushing it and need to have more open equipment now. Even if it does not please all the vendors, we are asking them to move forward, because we need more vendors in the ecosystem. It is the way to progress automation.”

She acknowledges there are lot of uncertainties still around Open RAN, but explains, “We are starting to have the technology in the labs to make sure we can deal with it before we move to field operations. We are in discussion with many vendors thanks to 5G launches.”

She expects to see Open RAN deployments in about three years’ time and says that in the interim the group is accelerating work on the 5G core network. It is testing where different solutions will be needed and she thinks it will be issuing RFPs in late 2021 or early 2022, depending on individual country’s circumstances.

She adds, “For me, AI is a way of doing things differently or for optimisation… and can be used everywhere. For instance, for quality of service on the mobile networks, which have many ‘false’ alarms and a key element here is testing whether it is a true alarm and if we could reduce the false alarms to one out of two, or one out of 10 or 50 or 100, then just do a deep dive on those that matter.”

As Jégo-Laveissière says, the emphasis increasingly will be on predicting and preventing trouble before it happens, and avoiding any impact on customers: “AI can be for everything, but you have to go step by step. We need expertise in AI and networks to focus in on the issues where they add [most] value.”

 All pictures courtesy of Orange.

This article first appeared in the Q1 2021 edition of Mobile Europe & European Communications magazine, which you can download from here.

 

 

 

 

 

 

 

 

 

 

Nokia

Nokia has deployed its cloud-native convergent charging solution on Amazon Web Services (AWS).

The intention is to accelerate communications service providers’ (CSPs) migration of business-critical, high frequency charging applications to the public cloud, and to deliver the benefits of the cloud for 5G.
 
This announcement, which builds on an existing relationship with AWS, enables CSPs to efficiently run workloads on AWS and pioneer new monetization schemas as part of their journey towards deploying business support systems (BSS) in the public cloud.
 
As a containerized network function (CNF) on AWS, Nokia Converged Charging (NCC) provides true continuous availability, supporting the high frequency, low latency demands of an always on, real-time convergent charging system built for the needs of the 5G economy. This enables CSPs to tap new revenue streams from 5G capabilities, including differentiated pricing, network slicing, and flexible product offerings, such as IoT and B2B2X.
 
According to Analysys Mason, “SaaS and public cloud will make inroads into the market for monetization platforms by growing more than 6.5X from 2019 to 2025 and increase its share to over 14% of the total spend.” NCC’s architecture can support CSPs at every step of their public cloud journey, from deployment of greenfield sub-brands as a first step towards hosting testing environments to full production workloads of the main brand on the public cloud.
 
Fabio Cerone, EMEA Telco Managing Director at AWS, said: “We are pleased that Nokia is expanding its relationship with AWS by offering its cloud-native convergent charging system on AWS and connecting it to various services, such as with analytics to pioneer new monetization schemas. As the world becomes increasingly cloud-centric, it’s important that our customers can leverage cloud-native solutions to unleash the potential benefits of the cloud and 5G.”
 
Udi Israel, Head of Digital Business Product Line, Cloud and Network Services at Nokia, said: “The technological barriers of deploying charging systems on the public cloud, such as network latency, are decreasing rapidly due to faster dedicated connections and far edge CNF deployments; while the advantages, such as having the ability to grow capacity for one-off short-range events, are increasing. We’re pleased to be furthering that process with Nokia Converged Charging’s deployment on AWS.”
 

Belgian railway renews with Orange Belgium for IoT and connectivity

SNCB has signed up the operator for a further eight years, with an eye on imminent 5G deployment.

SNCB transports more than 900,000 passengers every day (in non-Covid times) and since 2004 has relied on Orange Belgium’s network and experience for its comms infrastructure.

The Belgian railway company has again awarded a large-scale contract to Orange Belgium to provide connectivity for railways station across the country and bout 13,000 employees and 11,000 connected devices.

Managed network

Orange Belgium manages the network used by the SNCB’s many connected devices such as the tablets and smartwatches deployed aboard the trains for purposes as varied as monitoring the timing of trains, staying in close communication with the driver or selling tickets to travellers.

In an ordinary month, this amounts to 500,000 minutes of voice calls, 2.2 million texts and more than 15TB of data – and rising.

Werner De Laet, Chief B2B, Wholesale and Innovation Officer of Orange Belgium, comments, “ This renewal confirms the trust between both companies and opens the door to new projects based on Orange Belgium’s experience in many key areas such as IoT, data analytics and, in the near future, B2B usage of 5G technology.”

Asset tracking

All the locomotives operated by the SNCB are also equipped with chips allowing 24/7 tracking and tracing of the devices. To ensure operational efficiency and safety, the operator is constantly updated in real time on the whereabouts of its fleet of trains, as well as the operations they are undertaking and any incidents that may occur.

Many other devices and tools also use Orange Belgium’s technology such as the ticketing machines in the workshops, information screens in the trains, sensors for proactive maintenance or smart parking management solutions.

 

Verizon Business and Nokia to deploy private 5G at Southampton port

The Port of Southampton is one of Associated British Ports’ (ABP) busiest, handling £40 billion in exports annually.

Verizon Buisness and Nokia are to deliver a private 5G platform will provide one of the UK’s main ports at Southampton on the south coast of England.

ABP operates a network of 21 ports: the Port of Southampton provides a critical link in supply chains serving businesses and manufacturers throughout the UK.

It is also the UK’s number one port for cars and cruise, handling approximately 900,000 cars and welcoming millions of cruise passengers annually.

Less complex

The Verizon private 5G platform will provide ABP with private wireless data network across selected areas within the East and West Docks of the Port. This should enable data communications to be consolidated onto a single network, reducing instrastructure complexity, as well as helping to improve the reliability and security of terminal communications.

Henrik L. Pedersen, ABP Chief Executive Officer, said: “Building flexible and resilient technology platforms to meet our customers’ needs is a key element of our strategy, and becoming the first mainland port operator in the UK to offer a private 5G network to our customers is a fantastic milestone for ABP.

“We would like to thank our partners for enabling this project, which will equip our Port in Southampton with the state-of-the-art infrastructure needed to be at the forefront of the digital revolution in the maritime industry.”

Verizon Business announced the launch of its international private 5G platform for global enterprises located in Europe and Asia-Pacific in October 2020.

The port of Felixstowe in the East of England is undergoing a 5G trial as part of a government supported initiative.

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