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Álvarez-Pallete voted in for another four years

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Telefónica’s CEO and Chairman’s approval rating has risen since 2017.

Telefónica’s annual general meeting was held remotely last Friday and approved all the resolutions proposed by the company’s Board of Directors.

It has given the green light to the management related to the 2020 financial year, to the re-election of José María Álvarez-Pallete as executive director with a 84.6% support, higher than the 80.2% obtained in 2017.

He has been a board member since 2016 and was appointed to his current role in 2016.

Carmen García de Andrés, Ignacio Moreno and Francisco José Riberas will continue as directors. It has also approved the shareholder remuneration through scrip dividend, among other things.

Career highlights

Telefónica’s Chairman began his speech by recalling the company’s historic ability to anticipate the future.

He highlighted how Telefónica has been part of the solution during the pandemic and to ensure that it is ready to lead the future, having invested more than €95 billion in all its markets in fixed and mobile networks.

Álvarez-Pallete said, “During the initial confinement [of lockdowns], digitalization advanced as much as it would have done in five years. Every month of confinement, we made a year’s progress in digitization,” he summarized.

Other highlights of Álvarez-Pallete’s reign include Telefónica closing 2020 with a cash generation close to €5 billion, or up to a total of €25 billion in the last five years and reducing debt by €17 billion during that time.

Despite the pandemic, Telefónica achieved a net profit of close to €1.6 billion in 2020, 40% more than in the previous year.

Collapsed market cap

The fact remains, though, that along with other European operators, its share price has all but collapsed in the last decade: in March 2011, Verizon’s market capitalisation was $108.65 billion (€91.83 billion) and now it’s $231 billion.

Telefónica group’s market capitalisation hit a high of $370 billion (€310.55 billion) in 2007 but now it stands at about €21 billion. At the end of 2015, Telefónica group’s net debt stood at more than €49 billion and, as Álvarez-Pallete noted, has been reduced to €35 billion – not paid off from earnings but by selling assets, such as its European and LatAm tower estates.

The next five years are going to be challenging.

There is more information here.

Why do operators still hear the call of the contact centre?

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As the pandemic forced so many changes on businesses, some network operators are questioning the value of a call centre, writes Nick Booth.

Could the World Economic Forum’s next list of changes expedited by lockdown include the death of the contact centre? Do we really need expensive humans reading from a script when an intelligent chatbot could do it just as well? And haven’t lockdowns converted almost all of us to doing things digitally?

It is universally accepted that the biggest expense of a call centre is the office space, but that discussion has been complicated by the rise in home-working.

As we went into the first lockdowns, operators around the world scrambled to run their contact centres from their agents’ homes and, done well, a remote workforce could lower the cost base, create a better labour market and give staff more flexibility. Vodafone, Orange and A1 Austria all report positive experiences of this.

Contentious variable

Costs are relatively easy to quantify, but value is a much more contentious variable. Remote monitoring and management is a complex science, according to Orange’s Director of Client Relations, Pierre Grauby.

Though there is no obvious consensus among CSPs on the overall price/performance of human contact, size seems to be linked to digitisation. The smaller the income, be it national GDP or company revenue, the more likely people are to accept self-service.

Swiss operator Sunrise UPC (owned by Liberty Global) runs the swype mobile service without any support via spoken communication and a contact centre. Users connect their phones to the service by downloading their eSIM (subscriber info module) from the web and that gently draws them into the world of self-service.

“Digital natives are on the rise and have clear ideas of what they want their telecom provider to offer,” says Fabienne Rüetschi in swype’s corporate communications department. With swype they get a very simple and unlimited service at cheap rates. swype uses no artificial intelligence (AI) services or chatbots and all questions are answered by a customer agent via chat directly on the app.

Is this just a niche though? In the UK Giff Gaff was founded by O2’s head of innovation Gavin Thompson on the premise that a network could be run without call centres and high street shops. Instead, a community of members would help each other, with rewards for support coming through the payback scheme, which gives credits, charity donations and even cash.

“Our members even helped build parts of the company, crafting Giff Gaff into a company that is truly run by [them],” says CEO Ash Schofield. The business has grown and evolved, but since 2008 it has attracted 3 million members and has given £13 million in payback to them. Though it’s admirable, can the close-knit culture of small, inventive companies be repeated across the multi-national CSPs?

Does cult status ‘scale up’?

Digitialisation

Any aspect of digitalisation can be risky. Transformation costs a fortune and digitisation investment will be heavy, warns Telenet’s CTO Micha Berger (who was our Trailblazer CTO of the Year in 2020). The ‘front-end agility’ that everyone calls for has to be built on very structured foundations, which will not be easy for CSPs based on legacy systems.

Why would you want to be so hasty anyway, asks Alexander Stock, CTO of A1 Austria? The pandemic forced acceptance of certain organisational changes, but being locked down at home made people more reliant on comms technology and this was a crucial change in mindset, he argues, because it made subscribers appreciate the quality of the communications links.

“Our services became essential during Covid and good customer service is vital,” says Stock’s colleague, Florian Kraft, Director of A1’s Digital Customer Management. In three days, Kraft’s team managed to get all the support staff working from home and, he says, “We got amazing customer feedback.”

A1’s life-changing metamorphosis and the restructuring of its call centre workforce has also produced some unexpected benefits. Call centre staff are financially better off, as the time and expense of commuting have been eliminated. As a result, they are more likely to agree to be flexible about shifts, so staff shortages are plugged and subscribers aren’t kept on hold.

The supply of human resources is also improved by the fact that call centre staff can be recruited from further afield. However, since nobody can predict what will happen post-Covid, Kraft is also developing his digital options.

After a long gestation period, another creation has been given a berth at the call centre – Kiara the AI assistant. The brain child of a call centre employee turned lead engineer, Kiara was fed customer service conversations in a back room for three years before being installed as the first line of contact for customers. Already 100,000 requests have been successfully dealt with and Kiara’s target is 500,000.

Meanwhile, Kraft is busy creating a better call centre work environment with a “young, cool spirit” and offering staff the chance to engage in a career and emulate Kraft himself, who worked his way up.

Social science

At Orange, Pierre Grauby treats customer relations as a social science. No encounter between customer and company happens in isolation and every engagement is part of the customer journey. There is a complicated psychology involved and a hierarchy of needs, where people first buy on cost, and then their loyalty is cemented by quality of service and their emotional reactions to their treatment.

There are many ways to resolve a call, but no transaction should be seen in isolation, according to Grauby. “We try to see the conversations as part of a customer journey to problem resolution,” he says, and that involves using all the channels and linking them.

In Spain, 95% of subscribers already use the Facebook-owned WhatsApp for social media and cheap phone calls, so that creates an inexpensive, readymade channel of communication for Orange to make initial contact with customers.

There may come a time when a subscriber needs the broader options offered by a voice conversation and there are so many points of engagement available now, from the high street shop to the chatbot. Micro-segmentation is wonderful, but it all sounds expensive.

“The cost per channel arguments are very interesting. It’s more important to look at the cost per journey and, since no single interaction is an island, providing the best experience is the key to profitability,” says Grauby.

Orange evaluates its customer journeys using variables such as the Net Promoter Score, based on the levels of satisfaction reported by subscribers at each of three critical stages in their customer journey. On their initial engagement customers are quizzed about their immediate satisfaction with the call centre; a more complicated calculation creates the value attached to the customer effort simplicity (CES); and then, finally, there a value attached to ‘the recommendation’, which is whether the customer would promote the CSP to a friend.

Senior demands

However, in some parts of Europe the customer relationship is weighted very differently and quality of service pales in significance against the price. That seems to be the CSP’s paradox.

The people least likely to be profitable customers, the over 40s, are those who need most service. Nevertheless, both A1’s Kraft and Orange’s Grauby say their companies try to match the appropriate level of service to the customer.

Some senior people need to speak in person to similar sounding agents. A lot of work goes into matching up people who are – or appear to be – of the same age and the objective is to get the right personalisation. “We need to speak the right language in the right tone of voice,” says Grauby. Adapting to each customer to create the right mood and recognition of the history between the two parties can create a real boost.

To that end, Orange is developing Affinity, an AI system that is studying thousands of recorded conversations in order to identify moods and tones of conversation and automatically switch each caller to the best agent.

Each agent has a talent to work with a particular type of caller. Some might be great at dealing with more aggressive callers, while others are in their element teasing information out of people who may not be confident, although a cynic might ask: why bother with the old fussPOTS? Older readers will remember that POTS was an acronym for those who wanted a Plain Old Telephone Service.

Indispensable humans

Digital trends change very quickly though, so Deutsche Telekom is covering all bases with 12 channels of communication. A recent PWC study said that 75% of CSP customers now want more human interaction again, so people are in fact indispensable, according to DT’s Head of Communications, Stephan Althoff. “Each trend always creates a counter-trend,” he points out.

The best way to help customers is to keep it simple and remember three rules, says Ioana Mihailescu, Vodafone Romania’s Customer Operations Director: “No transfers, solve it first time and keep your promises. Then follow up with the customer on the progress of the case.”

Human DNA doesn’t prepare us to relate to chatbots, but maybe it would help if they set your expectations from the start, says Mihailescu, who suggests this intro: “I am a bot. I am designed to do this action for you. Although I cannot relate to feelings yet, I have a team of people behind me that is training me.”

A bit clunky perhaps, but it would certainly make a change from, “You are number 96 in the queue. Your call is important to us.”

This article first appeared in the Q1 2021 edition of the Mobile Europe & European Communications magazine, which is available here.

EC proposes tough new AI rules including 6% of turnover for violations

The European Commission is seeking to govern the impact of AI on humans and business.

The EC proposed new rules to cover the impact of AI on humans and businesses. It wants a trustworthy environment for the development of innovative products and services in the European Union (EU).

Trust is a must

The EC said the rules would take a risk-based approach to AI, looking to balance promoting the technology – which it sees as key to economic growth in Europe – with protecting people. It also wants to be seen as setting a global standard.

The EC’s EVP Margrethe Vestager oversees digital strategy in Europe and competition. She said the regulations will be “future-proof and innovation-friendly”.

She also said, “On artificial intelligence, trust is a must, not a nice to have. With these landmark rules, the EU is spearheading the development of new global norms to make sure AI can be trusted.”

Clear threat

It intends to prohibit AI systems that are “a clear threat” to safety, livelihoods and rights of people, including services that manipulate human behaviour “to circumvent users’ free will” or allow government-developed social credit systems.

The plan is to enforce compliance with the proposed rules by hefty fines for violations – whichever is the greater of 6% of a firm’s global turnover or €30 million – and to set strict safeguards for high-risk applications, could help the EU take the lead in regulating AI.

Applications that enable governments to use AI for social scoring or to exploit children will be banned, and AI applications for recruitment, critical infrastructure, credit scoring, migration and law enforcement subject to rigorous safeguards.

Strict oversight

Another area that the EC said would be overseen strictly is biometric means of identification – their use in public spaces will be limited to specific purposes such as investigating terrorists or to help find missing children.

The EC started the public consultation on the use of AI last year, saying it wanted to provide incentives to accelerate the use of AI in the EU.

Next the EC to iron out the details with EU member states’ governments and the European Parliament before the rules can come into force. It won’t be quick.

 

Proximus’ 5G platform onboards first enterprise customer

Belgium’s biggest operator says the platform provides a co-creation environment for enterprises.

Today Proximus has launched what it calls a 5G innovation platform to provide enterprise customers with a dedicated co-creation environment where they can explore 5G opportunities specific to their business.

The operator says companies can test and validate their 5G use cases “at a limited investment cost”. As first concrete project, Proximus has partnered Mr. Watts and construction company B&R Bouwgroep-Hooyberghs to develop 3D visualization for projects in construction.

Visualising construction

Mr. Watts is a Belgian company that is developing a digital application to visualize room lay-out, floor plans, 3D models and digital twins to experience designs of a building at scale and in context.

It uses HoloLens technology to ensure the integration of the 3D models in a real-life environment. Mr. Watts’ visualisations are said to provide a wealth of information for builders, allowing them to make informed decisions at any moment during the building process.

5G provides the high bandwidth, low latency, secure and stable connection necessary to visualise the outcome of a project on site as well as remotely.

Anne-Sophie Lotgering (pictured), Chief Market Enterprise Officer at Proximus, said, “Our collaboration with Mr. Watts and B&R Bouwgroep-Hooyberghs is a perfect illustration of how this open environment can accelerate the deployment of innovative 5G use cases in an agile, pragmatic and cost-efficient way.

“It gives construction companies the possibility to visualize all details of a project upfront, identify potential issues and dynamically adapt the plans along the building process.”

Fostering innovation

Once companies are onboarded on the platform, they can connect to it from any location with 5G coverage, through an independent 5G set-up in one of Proximus’ data centres.

Customers in 5G coverage areas will be able to perform tests on their own site. For those without 5G coverage yet, Proximus has a test location in its headquarters that customers can use for tests.

Based on the outcome of the testing process, Proximus can guide them to a 5G solution that fits their needs or help them to assess the long-term potential of investing in their own private network.

Google Cloud and Telefónica Tech chosen by GÉANT for open cloud project

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The two will modernize Spain’s research and education infrastructure, including support for new teaching modes in schools.

Google Cloud and Telefónica Tech are to work on the European Open Clouds for Research Environments (OCRE) in Spain, under the remit of GÉANT, the pan-European data network for the research and education community.

Acceleration

OCRE was founded in Feburary 2019 with a funding pot of €9.5 million to acclerate the adoption of cloud in Europe’s research and educational community.

OCRE brings together the main vendor and service providers, the research and educational community, as well as other organisations dedicated to observing the Earth.

This agreement will modernise the research and education community’s systems infrastructure, migrating computer systems to cloud environments.

Schools will be taught to use technological tools and solutions to improve teaching, expanding these benefits to students.

Hybrid teaching

Online learning spaces will be adapted to the real needs of teachers and students; and the science of big data and AI will be put at the service of educators, researchers and students, making the most of the resources in the cloud.

To achieve this ambitious goal, Google Cloud and Telefónica Tech will develop and provide these entities with professional services and sector solutions, in addition to offering customized user cases for Spain; and they will also provide advice throughout the process and training in Spanish.

To do this, it has enabled the website: https://cloud.telefonica.com/es/ocre

Fast and controlled

Miguel Ángel Pérez Arjona, commercial director of Telefónica Tech, said, “Our goal is to drive universities towards digitization in a fast and controlled way, which allows them to adapt to the new needs of the hybrid model (face-to-face and online) that is rapidly being imposed in the education sector.

“And the collaboration with Google is a plus to achieve this, since we approach this project from three perspectives: that of training and advice; that of technology, providing the necessary tools and helping them to integrate them into their systems; and that of support, providing help in Spanish at all levels, something that had not been done until now”.

 

Mavenir joins the Open Ran lab club

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The US company is to open a Development Centre just down the road from Vodafone’s OpenRAN Lab announced yesterday.

Both announcements came within a week of the Department of Culture, Media and Sport (DCMS), which oversees telecoms, published a report on the Telecoms Diversity Taskforce, which it announced last December.

UK presence

Mavenir said the investment is part of a programme to increase Mavenir’s presence and contributions in the UK and follows the acquisition of ip.access and the opening of the Centre of Excellence for Multi Radio Access Technology in Cambridge.
 
The new Centre in Swindon (a town famous for its Magic Roundabout and about 37 miles away from Newbury, which will be the site of Vodafone’s OpenRAN Lab) is dedicated to software and system design for Open RAN radio units and is intended to broaden the development of Open RAN-based systems.

A key project is the development of open-source software for the control board and management plane of the Open RAN O-RAN 7.2 compatible remote radio unit (RRU).

Mavenir intends to make this available to all RRU manufacturers to accelerate the availability of Open RAN RRUs in different versions and frequencies while providing a common management interface.

This initiative is designed to provide mobile operators with the same management software on any Open RAN RRUs, regardless of the supplier, and provide an smoother interoperability and upgrade path.

Validating principles

“This work is another step in validating the principles of Open RAN while simplifying element integration into operator networks through the use of a common RRU interface,” says Mikael Rylander, Senior Vice President and General Manager at Mavenir.

“We are providing tools and open-source software to the RRU community in order to let them focus on their unique strengths and Intellectual Property Rights (IPR) in the digital and analog performance parts of the Radio. We aim to simplify interoperability across all ORAN interfaces, including orchestration and maintenance capabilities”.
 
This new investment in Swindon will add to Mavenir’s existing talent pool in the UK and supports the UK Government’s vendor Diversification Strategy unveiled in December 2020 and the Telecoms Diversification Taskforce report published by DCMS this week.

UK leadership

Stefano Cantarelli, Mavenir’s UK-based Chief Marketing Officer, said, “We…support the Taskforce’s conclusion that internationally-agreed open and interoperable standards are a key enabler and the recognition that the G7 Digital Track discussions provide an ideal opportunity for the UK to lead like-minded countries towards this objective.

“Open RAN can enable a very positive future for the telecoms sector, and its customers and allow the UK and UK companies to take a leading role in the global industry.”

New investment

Separately Mavenir announced it is to receive $500 million investment from Koch Strategic Platforms, a subsidiary of Koch Investments Group, for a minority share in the company. Mavenir’s owner, Siris Capital Group, will hold the majority stake in the company. 
 

Vodafone opens Open RAN Lab in its home town

Vodafone has opened the company’s first OpenRAN Test and Integration Lab at its Newbury technology campus, in the UK.

The facility will provide a capability for Vodafone, OpenRAN vendors and partners to test, validate and prove platforms prior to commercial deployment. It will also provide an environment to nurture the still developing ecosystem around OpenRAN.

The idea is to expand the number of companies in the RAN market, thereby reducing cost, and is part of Vodafone’s own evolution to becoming a software-orientated company.

The operator also wants to optimise specific elements of the RAN supply chain, including improving the environmental impact, which it claims is a simpler process when separating different components of the RAN ecosystem.

Investing in strategy

The Test and Integration Lab plans to employ 30 engineers working with vendors to ensure their products comply to Vodafone and Industry OpenRAN specifications.

This work will focus on all stages of OpenRAN from innovation, development and commercial deployment pre-staging to ongoing lifecycle management.

Richard Webb, Director, Network Infrastructure, CCS Insight, commented, “For some time now Vodafone has been a vocal supporter of the OpenRAN (O-RAN) concept but this move shows it is really putting its money where its mouth is, investing in the acceleration of O-RAN as a technology strategy and as a commercial reality, driving a more diverse ecosystem of technology suppliers and partners.”

“This will have a positive impact on its own network evolution as Vodafone strives for greater virtualisation and software-defined operations, and on its service development as it seeks to leverage cloud capabilities, AI and automation for its offerings to customers.” 

“A test and integration facility for O-RAN-based projects, coming from an operator with the scale and clout of Vodafone, is a vital step for O-RAN adoption as there is no one-size-fits-all solution and there are some gnarly challenges for O-RAN, such as Massive MIMO implementation.”

Story so far

In October, Vodafone committed to develop 2,500 mobile sites with OpenRAN technology, providing commercial incentive to the OpenRAN ecosystem.

This first commercial deployment at scale demonstrates Vodafone’s commitment and confidence to the OpenRAN ecosystem with further markets expected to follow.

As the technology matures, Vodafone will explore how it can also be deployed in the more complex urban environments, providing more commercial incentive for the ecosystem.
 
To date, Vodafone has several OpenRAN sites carrying live traffic in its UK network, having first deployed OpenRAN technology at the Royal Welsh Showground in July 2020.

Spur for development

Andrea Dona, Chief Network Officer, Vodafone UK, said, “The OpenRAN ecosystem is still in its infancy, and we want to spur its development.
 
“We want to avoid a Catch-22 situation, where operators wait to buy perfect products, but the OpenRAN vendors need investment to perfect their products. This is why we are announcing this investment in a new R&D lab, as well as committing to 2,500 OpenRAN sites in the UK countryside.
 
“OpenRAN promises meaningful benefits, including innovation, competition, and carbon savings but we’ll only deliver these benefits if we support the ecosystem.”

Diversification

Matt Warman, Minister for Digital Infrastructure, said, “Vodafone is paving the way in building mobile networks with a variety of different equipment suppliers and its Newbury facility will put the UK at the forefront of the telecoms revolution – creating new jobs and opportunities for other firms.
 
“I thank the company for its continued support of our £250 million strategy to diversify the 5G market which will help us build confidence in the security and resilience of this next-generation technology.”
 

 

Telefónica reaches 80% 5G coverage in Spain

It has installed 5G equipment more than 4,300 sites to bring coverage to 37 million people.

Telefónica has closed its first quarter with 5G coverage of 80% of the Spanish population. It has installed more than 4,300 nodes bringing coverage to more than 37 million inhabitants and 1,253 municipalities from all over Spain.

The operator’s CEO, José María Álvarez-Pallete (pictured) said, “The march of our 5G network last September was a level jump towards hyperconnectivity, which will change the future of Spain.”

He added, “Spain today leads the digital infrastructures in Europe with the most extensive fiber optic network and we will continue to do so with the deployment of 5G”.

Spectrum matters

Telefónica’s 5G network currently combines 5G Non-standalone (NSA) and dynamic spectrum sharing, but the company says it wil immediately deploy the 5G SA network once standardization is complete.

5G is only using the 3.5 Ghz bands while the middle bands (1800-2100MHz), are running 4G, but could be used for 5G’s new radio (NR) equipment that can run 4G and 5G at the same time.

Telefónica also expects to make use of the 700Mhz band this year after the spectrum auction.
 
Telefónica also launched Movistar Merger with 5G phones and more than 60 5G use cases with real customers in all areas of activity.

Security by Juniper

Telefónica has signed an agreement with Juniper Networks to implement its security platform for 5G.
 
It will deploy a Security Gateway SRX5800 platform which incorporates AI to protect the traffic and infrastructure.
 
To improve quality and capacity, it has launched two pilots running photonic meshes to support its IP Fusion Network in Spain to meet the expected growing demand for bandwidth brought about by the arrival of 5G.

They were carried out in collaboration with Nokia and Huawei on wavelength division multiplexing technology which supports its IP Fusion Network in Spain.

A1 Telekom Austria Group accelerate 5G roll-out in Central and Eastern Europe

The operator group reports progress in Austria, Slovenia and Bulgaria.

A1 Telekom Austria Group already provides 3.8 million Austrians with 5G, having activated more than 1,000 sites this year, in urban and rural areas.

It also runa Austria’s largest fibre network of more than 61,000km, and describes the combination of the two as 5Giganet.

Nationwide

A1 Group’s CEO, Thomas Arnoldner, said, “Only with nationwide, high-quality access to digital media, services and business models can the full potential of digitalization in Austria be unleashed.

“As a company, we currently bear even more responsibility, because the digital infrastructure, in which we invest around €450 million annually in Austria alone, is the basis for future growth, greater innovative strength and new prospects in rural areas.

“This secures jobs and brings competitive advantages. With currently around 1,500 5G sites, we are already providing 3.8 million Austrians with 5G and are…making great steps toward our goal of providing Austria with nationwide 5G coverage by 2023”.

Slovenia

A1 Group also just spent €42.4 million on spectrum in Slovenia – 2×10 MHz in 700 MHz, 1×40 MHz in 1.4 GHz, 2×15 MHz in 2.1 GHz, 1×100 MHz in 3.6 GHz and 1×400 MHz in 26 GHz.

The frequencies are valid for 15 years. The A1 Telekom Austria Group will finance the spectrum acquisition from current cash flow.

In Bulgaria

A1 Bulgaria paid €2.4 million for “the main” 5G licence in the 3.6GHz spectrum in a tender organized by the Communications Regulation Commission (CRC).

The operator offered the first 5G mobile tariff in the country a week after it won the tender.

Covid is a spur

Alejandro Plater, COO of A1 Telekom Austria Group, commented, “The potential of digital technologies for sustainable positive future opportunities continues to be the focus of the A1 Telekom Austria Group’s corporate strategy.

“The enormous importance of system-critical digital infrastructure such as that of the A1 Telekom Austria Group for economic and social development has not only been known since the COVID-19 crisis. All the more reason for us to push ahead with our 5G rollout plans, to guarantee future-proof top-class network infrastructure”.

Orange and CAMPUS Research Institute open 5G lab in Romania

The lab is a hub where researchers, startups and companies can innovate and test their solutions based on 5G.

Orange, in partnership with the CAMPUS Research Institute of the University Polytechnica of Bucharest (UPB), has opened the first 5G laboratory in Romania.

The 5G Lab is part of an international initiative by Orange that aims to support economic players and researchers in discovering the value, benefits and opportunities brought by 5G and to develop solutions that will make a difference in a digital economy.

Lab kit

The 5G Lab, hosted in the CAMPUS Research Institute, is equipped with technologies that will be available commercially in future, but can only be tested in a lab for now:
• 5G Standalone Private Mobile Radio – a core component of the 5G infrastructure;
• 5G New Radio
• Open RAN and Open core components that separate the software from the hardware, virtualising radio or the core networks, and can run the commercial off the shelf kit and open interfaces;
• Edge computing which guaranteed latencies and throughputs, as required by services and applications.

Economic sectors

The architecture available in the 5G Lab supports the digitization of economic sectors such as agritech, smart cities, autonomous cars, transport and logistics, e-health, cyber security, green technology, and many others.

Several Romanian companies, startups and researchers are already carrying out 5G projects with a focus on the safety and health of citizens, remote coordinated river and maritime transport, urban mobility, precision agriculture and the future of collaboration in Industry 4.0.
 
On the laboratory’s website, 5glab.orange.ro, several calls for projects and collaborations will be opened, encouraging all interested parties to take advantage of the open infrastructure and the expertise of the laboratory team. There will be 3 types of calls for projects: for companies, for startups and for research.

Wider initiative

The launch in Romania of the 5G Lab is part of a bigger initiative developed by Orange Group, and involves launching 9 Orange 5G laboratories across Europe. These labs aim to help economic players to better understand the opportunities, value and benefits of 5G. Companies and start-ups are able to test their current solutions and services and think about new uses while taking advantage of an ecosystem to co-innovate and start changing their business model and processes.
 
Emmanuel Chautard, Chief Technology Officer Orange Romania, said, “Today, Orange offers the best commercial connectivity services, but we know that in order to maintain the highest standards we must be one step ahead. Through the 5G Lab, we are bringing to the present, in a laboratory environment, a network architecture unique in Romania, that is open for testing.

The innovation and research projects we carry out allow us to discover together with our customers and partners how the networks of the future can contribute to the creation of advanced digital services and enhanced user experience, the improvement of processes, a better management of resources and green efficiency.”

The Orange 5G network is available in Bucharest, with 100% 5G coverage, and in 14 other cities: Bragadiru, Brașov, Chitila, Cluj-Napoca, Constanța, Iași, Măgurele, Otopeni, Ovidiu, Pantelimon, Popești-Leordeni, Predeal, Timisoara and Voluntari.

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