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How small can be mighty at bringing fibre to rural areas

Michael Armitage, CEO of Broadway Partners, the UK alternative fibre provider, tells Annie Turner there are no excuses for not being ambitious enough.

How did Michael Armitage become a broadband provider? Turns out he spent most of his professional life working at Morgan Stanley as a telecoms research analyst, responsible for providing investors with information about European companies, from incumbents to the very smallest firms.

Bumpy start in an unlevel field

When he retired from that, Armitage explains, “I was becoming aware that the telecoms market in the UK was not functioning very well. BT had an unhealthily dominant position in that market and at that time, there didn’t seem to be very much government enthusiasm for levelling the playing field to other operators to play.

“So, I took it upon myself – perhaps somewhat arrogantly – to think that I could help shape government policy around broadband. That was a fairly challenging couple of years.”

The government’s Rural Community Broadband Fund was a failure, censured by Parliamentary committees: the idea was communities engaged with suppliers that could perhaps offer more suitable solutions to BT. It totally failed to generate competition. Armitage says it was a good learning experience.

After that, he looked into the possibilities of using the white space in TV spectrum to provide broadband – but this turned out not to be commercially viable, or scalable. Nevertheless, the wireless networks using the technology that his company set up on the Isle of Arran, the most southerly of Scotland’s West Coast islands, is still running and was extended to most of that group of islands.

The future is fibre

Armitage says he became “commercially serious” in 2016, and then, “We pivoted into fibre a couple of years ago, because the direction of government policies obviously shifted very substantially with the publication of Future Telecom Infrastructure Review in 2018.

He describes this as “a seminal document from DCMS [the government Department of Culture, Media and Sport]” which aligned with telecoms regulator Ofcom’s determination to finally open up the market, offering much more favourable terms for access to BT’s infrastructure.

Armitage says, “[We] quickly realised that that fibre was definitely where the world was going, and rather faster than we had assumed, so we jumped onboard.”

Broadway Partners took on its first investor in early 2018 – Sir Brian Souter. He is a Scottish entrepreneur who with his sister co-founded the Stagecoach Group of bus and rail operators, among other travel enterprises, and Armitage says, “He’s been a terrific investor”, adding that as fibre is such a capital-intensive business, more capital is always needed.

However, as he notes, “Given the state of the global economy [we need to] stimulate economic activity and with interest rates at less than 1%, there is no shortage of investor capital looking for a home.…So that’s one issue we do not have to worry about anymore.”

Going gangbusters in Wales

Armitage says business is “gangbusters at the moment”. Having started in Scotland, the firm soon moved into Wales. He says, “We’ve got a pretty decent shot at becoming a credible alternative to BT in rural fibre in Wales overall: our presence and the relationships we’ve got with local councils is pretty much across the whole of south and mid Wales.

“We’re very good at community engagement so there’s a big human element…We spend a lot of time deliberately cultivating relationships with local authorities, with local communities, and over time develop their trust and permission to deliver fibre to them. This is substantially paid for the voucher schemes that DCMS is running.”

He states, “We know, for a fact…that if we were given a free run at it, we could definitely deliver 100% fibre connectivity to Wales by 2025. There’s no doubt about it.” Armitage adds that as this is demonstrably the case, he cannot see why any other provider “should be let off the hook” for lacking ambition. Most of Wales (pictured above) is mountainous.

Efficiency at the right scale

How can such a relatively small company compete against the might of BT? Armitage explains, “We are committed to taking the best of what BT has done – we’re standing on the shoulders of a giant…If BT runs its infrastructure on the back of telegraph poles in rural areas that’s what we do, too. We just borrow space on existing infrastructure. The cost competitiveness comes from the fact that this is all we do – rural – [and we’re] very focused, very targeted.”

He is at pains to stress that his firm’s relationship with BT is good, adding, “Now we can access not just managed circuits from BT, but also dark fibre, which gives us massive potential to deliver really cost economic backhaul across large areas. And that’s economic backhaul for us as well as for third party providers on an open access basis.”

He adds, “We’re also looking at the opportunities in urban areas – companies like CityFibre, Hyperoptic and others are well established in metropolitan areas across the UK. We’re not going to try and compete with them in [major cities] but…tier two or tier three cities and towns are becoming our target areas as well.”

Financing the build

He says today’s “adequate broadband of 30 or 50Mbps is going to look pretty derisory tomorrow, and given the government’s funding commitment to fibre broadband, if not now, when will be time to roll out fibre? That funding support is not going to be around forever.”

Before the General Election of 2019, the UK government pledged to contribute £5 billion to bringing full fibre coverage across the UK by 2025. This was reduced to 85% by the end by 2025 with only £1.25 billion to be made available during this Parliament: another General Election will have to be held by early May 2024 at the latest.

However, Armitage remains optimistic saying, “I think £1.25 billion is the base of what government will spend – I think they will be very receptive when we go to them sometime in the next year with a proposal that gives them a means to spend much more of that money in a very channelled way. I think they’ll be very, very receptive to that, so it’s up to industry to come up with the ideas is my feeling.”

He also points out that while local authorities are heavily dependent on central government to help finance digital infrastructure, “They also do have their own revenue raising or capital raising powers”.

He points to the Public Works Loan Board, an instrument of the Treasury, and allows local authorities to raise Treasury-rate finance, at 1% or 2% interest for infrastructure projects. The application, he says, is short and simple, yet this mechanism has only recently been used by those looking to fund digital infrastructure. Broadway Partners is encouraging local authorities to use this funding, and a number of Welsh authorities are using it or propose to do so.

Armitage adds, “If you’re organising on a partnership basis with your suppliers, then you’ve got a pretty good formula and you’re not totally dependent on the on the whims of Westminster”.

Pandemic impact

Has the pandemic made a difference? Armitage answer, “Yes. It has been positive for the obvious reason that people are much more dependent on that digital connection than they were before homeschooling and all the rest.”

“Whereas before people were skeptical about why they needed 100Mbps or Gigabit service, they’re not skeptical anymore – they’re fully signed up, in principle.”

Right trajectory

He states, “The government definitely [understands] that to have any hope of meetings targets, you’re going to have supplier diversity and a mixed model, and that requires supportive regulations. We will roll with the punches. We’re not opinion leaders on the regulatory side, but we look what’s coming up with in terms of consultative responses. Generally we agree with what they say – we don’t allow much time [for] second guessing the regulator.

“We’ll take the rules as they come and work out how to work with them. I’m more interested in how government intervenes in the market itself directly – the voucher scheme has been pretty effective. We make as much use of it as we are able to do. And I think others have too.”

Will his business be much affected by Brexit? Armitage says, “Personal views aside, what I hope comes out of Brexit is a form of government that is more devolved, and closer to where the problems are”.

He concludes, “As long as the rules are set fairly with a reasonable level playing field, as long as individual operators know how to negotiate around the maze of DCMS and BT, then, then there’s great business to be done. I’m very confident that large swathes of UK will be fibre by 2025, although probably not 100% of remote outposts.

“We have an ambition to deliver fibre to anybody who wants it in Wales by the end of 2025. And if we can do that for Wales every county in the [UK] should be able to do it.”

UK government considers law change to accelerate rural coverage

The Department for Digital, Culture, Media & Sport (DCMS) mulls rewriting rules concerning size and sites of masts, while promising not to up the ugly factor.

The UK government, via DCMS, proposes changes to laws to “boost ongoing efforts to improve connectivity for people who live, work and travel in rural areas”.

The aims

The DCMS suggests the proposed changes will enable mobile operators to fit more equipment on masts so they can be more easily shared.

It claims this will “turbocharge” the delivery of the £1 billion (€1.16 billion) Shared Rural Network, which is designed to eliminate 4G mobile ‘not spots’ across the country.

The government department also thinks the suggested revisions will speed up 5G roll-out.

It states this will remove one of the biggest barriers to countryside coverage by reducing build time and costs for new infrastructure, while minimising any visual impact.

Proposed measures

The government proposes allowing mobile operators to increase the height of existing masts by up to 5 metres taller and 2 metres wider than the rules allow.

Newly constructed masts could be built to a maximum of 30 metres in “unprotected areas”.

Stricter rules will apply in protected areas like national parks, the Broads (in eastern England – pictured), conservation areas, areas of outstanding natural beauty, and world heritage sites.

Here the maximum height for new masts will be 25 metres.

The government is also proposing “greater freedoms” for slimline so-called monopole masts up to 15 metres in height. The DCMS thinks they are less visually intrusive than standard masts and used for 5G rollout – in unprotected areas.

Cabinet rules

DCMS proposes allowing cabinets containing radio equipment to be deployed alongside masts without prior approval, so will provide greater flexibility for installing cabinets in existing compounds.

This includes fenced-off sites containing masts and other communications equipment to support new 5G networks.

For better road coverage, it proposes allowing masts to be built closer to highways.

A joint technical consultation between the DCMS and the Ministry for Housing, Communities and Local Government (MHCLG) related to the matter has now been launched seeking views on the planned reforms, and will run until 14 June 2021.

IoT will save more than 8 times the energy it consumes by 2030

It will also reduce in CO2, water usage and e-waste, according to a joint new study.

Research from Transforma Insights, 6GWorld and InterDigital asks whether sustainability could provide the impetus IoT has long been waiting for?

It sets out to make the case in Sustainability in New and Emerging Technologies. According to the report, by 2030 IoT deployment and its disruption of various industries is expected to save more than eight times the energy it consumes.

This would result in net savings of 230 billion cubic meters of water and eliminate one gigaton of CO2 emissions.

The report found that by 2030:
•    IoT solutions will reduce electricity consumption by more than 1.6 petawatt-hours (PWh), enough electricity to support more than 136.5 million homes’ energy use for one year.
•    IoT’s net effect on fuel consumption will reach a yearly 3.5 PWh reduction of (hydrocarbon) fuel.
•    IoT devices and emerging technologies will conserve nearly 230 billion cubic meters of water – 35% of this impact will result from improved smart water grid operations, and remaining water savings will be supplemented by IoT-enabled agricultural applications like crop management and remote pest control.
•    The manufacturing of new and emerging IoT technologies is expected to increase global electricity use by 34 terawatt-hours (TWh) but will be offset by the more than 1.6 PWh of electricity conserved by IoT solutions.
•    IoT will result in an additional 53 TWh of fuel used for distribution and deployment of solutions. This distribution and deployment will generate incremental eWaste, including additional hardware per device and increased levels of device shipments. The overall impact will be more than 657,000 tons of eWaste.
•    IoT solutions will collectively enable one gigatons benefit in CO2 emissions. The impact on CO2 emission is notably lower in regions that have a greater representation of renewable energy in their generating profile.

Enterprise gets it

The report also highlights the difference in energy and resource usage in enterprise and commercial solutions. Enterprise-based IoT capabilities are typically incorporated if they increase efficiency or produce a net economic benefit, often in the form of reduced electricity, fuel, or water consumption.

Conversely, connected consumer devices dominate IoT and damage sustainability as they typically consume more electricity than their non-connected counterparts. In consumer solutions, IoT capabilities are added to improve the user proposition and tend to be net electricity consumers.

Benefits regardless

The report notes that IoT-enabled solutions like heating, ventilation and air conditioning (HVAC) systems and building automation generate sustainability benefits regardless of whether they are deployed in a consumer or enterprise context and will be the most impactful electricity saving applications (along with smart electricity grid operations).

Net energy consumers include commercial based IoT solutions such as CCTV, AV equipment and personal assistance robots.

The report also identifies the most impactful IoT solution in terms of fuel savings will be Road Fleet Management of vehicles and delivery vans, accounting for roughly 37% of fuel saved by IoT solutions of all kinds. Emerging technologies with the greatest impact on resource consumption are processing-intensive and deployed to ensure compliance or data optimization.

6G again

“In every area of technology, researchers, governing bodies, regulators and standards-setting organizations are expanding their field of vision to include the social, economic and environmental components that impact, and are impacted by, new solutions,” said Henry Tirri, Chief Technology Officer, InterDigital.

“IoT is a technology that we believe can and will transform our world, and its place at the center of 5G and eventual 6G development highlights the tremendously positive impact that the work of InterDigital and others is having in providing solutions for an improved world.”

NGMN mulls societal requirements for 6G with initial white paper

The paper seeks to look at the vision for 6G and its “drivers” – which arguably the communications industry creates rather than fulfils.

The Next Generation Mobile Networks (NGMN) Alliance published its first 6G white paper concentrating on the drivers and vision for the technology.

NGMN claims that a global organisation representing the entire value chain, it is well-placed to take the lead in providing guidance for global 6G activities.

This includes taking into account the needs of all stakeholders – consumers, societies, mobile network operators and the whole ecosystem.

The paper outlines the main challenges of making 6G happen and stresses the need for a healthy, unified global ecosystem and standards.

Fundamentals

NGMN believes that the continuing evolution of the mobile industry, and the underlying technologies, must safeguard the three fundamental needs facing the society at large, and the telecoms industry specifically, namely:

• Societal goals – future technologies should contribute to the success of United Nations Sustainable Development Goals (SDG) including environmental sustainability, efficient delivery of healthcare, reducing poverty and inequality, better public safety and privacy, support ageing populations, and manage urbanisation.

• Operational necessities – it essential to improve the efficiency of mobile networks’ planning, deployment, operations, management, and performance.

• Market expectations – we need new services and capabilities to satisfy customers’ requirements, supported by affordable, evolving technologies.

Disingenous

This is a disingenuous – the general public typically only discover what they want and need after a technology is available. In other words, the tech providers are those who stimulate the public’s wants and needs, not the other end up. Who knew they needed a smartphone before the iPhone hit the market?

No wonder NGMN adds that a” differentiated evolution is required…Any new technological development should be assessed with respect to its differentiation from 5G, and any improvements should be benchmarked, including pragmatic deployment scenarios, with the law of diminishing returns in mind.”

The NGMN also claims that, “As operators are continuously engaging with end users, including vertical industries, they are in an excellent position to understand their future needs”. There is a considerable body of research that would contradict that too*.

No-one would dispute the next part of the statement though: “it is also important to further engage with user groups representing societal needs” to avoid a new digital divide.

* For example, Analysys Mason and Omdia

CTO Profile: Staffan Åkesson, Telia Sweden

Staffan Åkesson joined Telia Sweden, which describes itself as the leading provider in all areas of the Swedish telecom market, in 2015. Its services are marketed under the brands Telia, Halebop, Fello, TV4, C More and Cygate.

What is the biggest issue on your mind now?

The pandemic showed just how critical our networks are to lives and livelihoods. I am proud of how our organisation and network coped with this difficult situation, avoiding disruptions and delivering on our commitments to customers and society. Telia was again selected as the best mobile network in Sweden by the independent benchmarking company Umlaut – for the fourth year in a row. My priority now is to make sure we continue to have the best networks in Sweden. We will modernise our entire mobile network, doubling the capacity in the 4G network and deploying 5G, which, when complete, will cover 90% of Sweden and 99% of our population.

Who most influenced your career?

I have worked with exceptionally talented people throughout my career and have tried to pick up a few successful practices from the best of them, so my toolbox is rather diverse at this stage.

What is the most important lesson you have learned professionally?

In our industry quality and trust are important. I think it is important to be in the game for the long run. Short-term wins and shortcuts might be tempting at times, but tend to come back and bite you, just like in personal relationships. Your supplier today might be your customer tomorrow, your subordinate today might be your boss tomorrow, so treat everybody with respect, no matter what relationship you have.

What will 5G’s main uses be to begin with?
In addition to enhanced mobile broadband, 5G will enable fast and stable broadband connections to more places and people, commonly referred to as fixed wireless access. This type of broadband service is especially relevant to a market like Sweden, where 80% of the households already have access to fibre, but the remaining 20% are too costly or complex to reach that way.

How will 5G’s role change over time?

Over time 5G will become an important platform for innovative new types of digital services requiring high bandwidth, low latency, and robust and secure mobile connectivity. For the last six years or so we have built an ecosystem with academic institutions, the public sector and partners like Ericsson, Boliden, Hitachi ABB, Volvo CE and others to explore how 5G can be used to connect applications and digitalise processes in a range of industries, from mining and manufacturing to transportation and healthcare.

Where are you now with 5G?

The results we have seen so far are encouraging. We have seen how smarter ways of working and automation in manufacturing and mining can improve efficiency and safety; how self-driving technology and electrification can contribute to cleaner and more sustainable transportation of goods and people; how 5G-connected equipment like drones and mobile mammogram units can move healthcare closer to patients.

We are at the very beginning of these developments, but imagination is the only limiting factor. As consumers, we will see more advanced services for smartphones and other devices. Gaming and live entertainment – concerts and sport – will be changed by 5G in coming years.

What do you consider your greatest professional achievement?

Great achievements in our industry are always the result of great teamwork.

How has the pandemic changed your own perspective and goals, and those of your company?

The pandemic has reinforced the importance of digital infrastructure in society and it has strengthened our mission to provide high quality connectivity to all, through fibre, 4G/5G or fixed wireless access. It is equally important to know how to use digital services and we contribute to society through dedicated programmes for senior citizens and small enterprises to bridge competence gaps.

What single recommendation would you make to your peer group of CTOs?

The legacy and context in each market is very different, so I do not have any general recommendations, but each CTO must understand the present, learn from the past and envision the future in their specific situation.

What do you like to do when you’re not working?

As my kids are now growing up, I have more time for personal interests. The skiing season is coming to an end, but last weekend was the start of the kitesurfing season, so I am hoping for strong winds.

Ericsson and MediaTek – dual connectivity trial smooths 5G SA path

Their demo showed mmWave can be used in 5G SA architecture alongside mid-band spectrum.

Ericsson and MediaTek say they have proved that dual connectivity boosts 5G user experience with greater speeds and lower latency.

Dual connectivity combines the wide coverage of sub-6GHz bands with the higher data rates of millimeter wave (mmWave) on commercial hardware and chipsets.

Aggregation

The partners achieved a new milestone by aggregating 800MHz of high-band spectrum and 60MHz of mid-band spectrum to reach speeds of up to 5.1Gbps on an individual user device.

They claim this is the first time that mmWave has been tested in a 5G Standalone (5G SA) mode combined with mid-band spectrum.

The 5G Dual Connectivity, or New Radio (NR) DC, test was performed in a mmWave chamber, sending the signal over the air to a device with a MediaTek M80 5G modem.

The demo used Ericsson Radio System hardware and Ericsson’s 5G Core with an IP-flow centric architecture for cost-efficient support of high peak rates.

Connection

The demo showed that mmWave can be used “robustly” in new 5G SA architecture as the connection resides in both mmWave and mid-band spectrum. This enables higher uplink and downlink data rates for 5G SA than currently deployed. As the throughput is aggregated, this also presents a significant coverage increase.

The advantages of increased speeds and coverage are in addition to the low latency, improved security, and network slicing capabilities that 5G SA already enables.

NR DC is enabled by the signalling and high peak rate support in Ericsson’s 5G Core, 5G RAN (Ericsson Radio System) and user equipment (UE), such as the MediaTek M80 modem. Ericsson will release the NR DC functionality commercially during the third business quarter of 2021.

Nokia and Edzcom to build 5G SA private network at Hyvinkää smart factory

Konecranes’ Finnish factory will trial standalone 5G (5G SA)  in operations, R&D and crane testing.

The Finnish crane manufacturer, Konecranes, has turned to Edzcom and Nokia to build a standalone private 5G network in its smart factory at Hyvinkää.

Digital cloud automation

The wireless and application platform will be based on the Nokia Digital Automation Cloud (DAC). It comprises network and user equipment, a cloud-based operation monitoring system and industrial connectors to ease connections between standard and industry-specific protocols

DAC also has a catalogue of applications designed to easily integrate ruggedised routers, handhelds and other wireless devices.

Edzcom is experienced in designing, building, and operating private wireless network solutions and is supporting Konecranes on its journey deploying 5G.

It specialises in edge connectivity solutions, and understands what is required of private networks when the aim is to accelerate automation and the network is business critical.

Leveraging infrastructure

Konecranes will use the network to research and develop digitalised factory and port solutions that leverage 5G’s high bandwidth and low latency to improve productivity, efficiency and enhanced safety.
 
The crane maker gave the example of deploying high-resolution wireless cameras to improve the safety of load handling, site security and operational integrity.
 
Stephan Litjens, Vice President Enterprise Solutions, Nokia Cloud and Network Services, said, “Konecranes has been at the forefront of private wireless, introducing private LTE with Nokia and Edzcom four years ago to develop innovative solutions for its lifting businesses.

“By now deploying 5G to explore and develop its potential in factories and ports, Konecranes underscores its pioneering position in leveraging digitalization to enhance productivity and safety.”
 
Mikko Uusitalo, Managing Director, Edzcom, added, “This project is a great showcase for smooth evolution to 5G private networking, with tight cooperation between Konecranes, Edzcom and Nokia.

“5G will enable Konecranes to ensure greater capacity and high performance for its most ambitious digitalisation strategies. We are excited to see how Konecranes will continue to innovate, and employ edge connectivity to boost operational efficiency and new solution development.”
 

IBM to help customers identify processes that benefit most from AI-powered automation

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Big Blue is to acquire a myInvenio, an Italian process-mining software company.

IBM says that that applying myInvenio provides customers with a AI-powered automation portfolio for business automation, having established which processes will have the greatest impact.
 
The portfolio includes robotic process automation (RPA), document processing, workflow and decisions – all built on Red Hat’s OpenShift open source software. IBM owns Red Hat.

Which processes?

myInvenio is based in Reggio Emilia, Italy (pictured), and IBM says the data-driven software should help customers identify the most impactful business processes to automate using AI – including sales, procurement, production and accounting.

IBM claims the acquisition “further advances IBM’s hybrid cloud and AI strategy” to provide engterprises with a one-stop shop of AI-powered automation capabilities for business automation.

Last summer IBM acquired a Brazilian software provider of RPA, WDG Soluções Em Sistemas E Automação De Processos LTDA, referred to as WDG Automation.
 
IBM’s acquisition of myInvenio builds on its OEM agreement with the company. Massimiliano Delsante, CEO, myInvenio, commented that through the acquisition, “We are revolutionising the way companies manage their process operations.

“myInvenio’s unique capability to automatically analyse processes and create simulations – what we call a ‘Digital Twin of an Organization’ – is joining…IBM’s AI-powered automation capabilities to better manage process execution.”

Automation portfolio

No financial details were disclosed, and it is expected that the deal will complete at the end of this quarter.

Upon close of the acquisition, IBM plans to integrate myInvenio’s capabilities into its Automation portfolio, including IBM Cloud Pak for Business Automation, IBM’s hybrid cloud software for using AI on business processes and boost productivity.
 

Brand Finance’s annual Telecoms 150: Verizon retains global and regional top spot

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Deutsche Telecom rises to third after T-Mobile/Sprint merger, while Jio is judged to be the world’s strongest and fastest-growing telecoms sector brand.

For the second year in a row Brand Finance has found Verizon to be the world’s most valuable telecoms brand after an 8% increase in brand value to $68.9 billion (€57.62 billion). This has propelled it back into the top 10 most valuable brands globally in the Brand Finance Global 500 2021 ranking, widening the lead over second placed AT&T (whose brand value fell 13% to $51.4 billion). In total, there are 17 US brands in the ranking, with a combined brand value of $182.8 billion.

The US market

It’s two years since the start of Verizon’s business transformation programme, Verizon 2.0. This focuses on network transformation, go-to-market strategy, the brand and the business’ culture – and has seen the brand progress in leaps and bounds.

Verizon is widely recognised as having the best-in-class network and the widest coverage in the US, with infrastructure usage surging during the pandemic to 800 million phone calls and 8 billion texts a day. The operator is also making strides in its 5G expansion programme, which covers more than 2,700 cities and 230 million people.

Savio D’Souza, Valuation Director, Brand Finance, commented, “While 2020 was the year for Verizon to optimise its existing assets, Brand Finance expects 2021 to be the year [it] strengthens its network leadership through acquisitions of a broader spectrum and a wider launch of its 5G.

“Supported by an increased focus on gaming, the company is also leveraging its superior brand strength to increase customer differentiation by migrating customers to unlimited plans and increasing stickiness with content and partnerships such as Disney+, Apple and Discovery+.”

Deutsche Telekom reigns in Europe

With a brand value of $51.1 billion, Deutsche Telekom (DT) has retained its position as the most valuable telecoms brand in Europe, climbing one spot in the ranking since last year to take third place overall.

It has added 28% to its brand value and is the fastest-growing in the top 10 most valuable brands by far, outperforming the second fastest growing brand, Spectrum, by a huge margin. Spectrum’s brand value increased by 11% to $21.4 billion.

As the largest telecom provider by revenue in Europe, DT has reaped the rewards of its expansion into superfast internet connections and the popularity of its MagentaEINS service package. Last year, the German telecoms brand also finally completed the T-Mobile and Sprint merger in the US, which bolstered its total revenue.

With that successful merger under its belt, the telecoms giant is now turning back to Europe to continue its expansion, which Brand Finance thinks is likely to lead more success in the coming year.

Sub- and masterbrands

All major telecom operators are fast diversifying into fixed line, broadband, Pay TV, IoT, film content, streaming and various adjacent services, including banking and finance, and many are creating sub-brands for services which operate under their ‘masterbrands’.

Vodafone realised, 30 years ago, that a strong single or masterbrand, developed over decades and trusted by customers promotes an emotional connection, standing for good service, value for money and innovation. Certainly masterbranding still has a role to play, because brand fragmentation can be expensive and hard to manage, as well as confusing for consumers. This explains why T-Mobile, Vodafone and Orange mostly continue to pursue masterbrand strategies.

The rebranding of Sprint might seem a little strange, given that Sprint Corporation was over 120 years old, with 28,000 employees, more than 50 million customers and $30 billion revenues when it merged with T-Mobile.

However, Brand Finance’s latest Global Brand Equity Monitor found that the T-Mobile brand is very well known in the US and beat the Sprint brand on every aspect of brand imagery. In the long run, one integrated T-Mobile brand will provide the benefits of a single Masterbrand.

Jio is shining star

As well as measuring overall brand value, Brand Finance evaluates the relative strength of brands, based on factors like marketing investment, customers’ perceptions, staff satisfaction and corporate reputation. Alongside revenue forecasts, brand strength is a crucial driver of brand value.

The world’s strongest telecoms brand is Indian telecoms giant, Jio, with a Brand Strength Index (BSI) score of 91.7 out of 100 and an elite AAA+ brand strength rating.

Since it was founded in 2016, Jio has become the largest mobile network operator in India and the third largest mobile network operator in the world, with almost 400 million subscribers. Renowned for its incredibly affordable plans, Jio took India by storm when it offered 4G to millions of users, initially for free, and simultaneously transformed how Indians consume the internet. This is what is known as the ‘Jio effect’.

Jio is outstanding for the strength of its brand and has the fastest-growing brand in the ranking in terms of brand value, bucking the negative trend across the industry, with a 50% increase to $4.8 billion.

Tough times in China

China’s three main operators had a tough year with more significant losses in brand value than any of their Chinese counterparts. Despite a 23% drop in brand value, at $37.6 billion China Mobile remains the region’s most valuable brand, followed by China Telecom, which is down 34% to $13.3 billion, and China Unicom, which fell 15% to $7.9 billion.

There are several reasons for these diminished performances, including declining subscriber numbers, due in part to the large-scale cancellation of work phone numbers by migrant workers affected by the pandemic. In Q1 2020 alone, China Mobile lost four million customers and China Unicom lost 7.5 million.

Also, mid-year torrential rain resulted in some of the worst floods in more than two decades, affecting nearly 250,000 people and destroying 41,000 homes and telecom infrastructure.

MEA brands innovate

Etisalat is the Middle East and Africa region’s strongest telecoms brand, with a BSI score of 87.4 out of 100 and a corresponding AAA brand strength rating – the only brand in the region to achieve this rating.

Thanks to its strategy over the last few years and its recent achievement of becoming the fastest network on the planet, the brand was in a position to respond immediately to the ‘new normal’ of the pandemic, providing solutions and flexibility in a way that connected emotionally with consumers. Etisalat Group’s ambition is to become a truly global player.

The region’s most valuable brand is stc, which saw its brand value rise 14% to $9.2 billion, simultaneously jumping five positions to reach thirteenth. As a result of its brand and business transformation, stc has recently doubled the capacity of its network and achieved a AAA-brand rating for the first time.

LatAm brand values tumble

Latin America’s operators have been battered by the pandemic and other factors. Vivo has the largest market share in Brazil in wireless and fixed, but over the last year its brand value fell 31%, making it the eighth fastest falling brand in the Brand Finance Telecoms 150 2021. The brand is now valued at $1.5 billion and is looking to innovation to restore its fortunes, such as using AI to provide data that enables the Brazilian government to track the spread of Covid-19.

Other telecoms brands in South America have also fared poorly, with Argentina’s Personal losing 53% of its brand value, bringing it down to $253 million and making it the third-fastest falling brand in the ranking. Brazilian Oi, declared bankrupt in 2016, dropped its brand value by 35% to $425 million.

The story is similar for Chilean brand, VTR, which is the seventh fastest falling brand in the ranking this year, down by 31% to $260 million, which is predominantly attributed to a slight decrease in revenue and an increase in the cost of capital over the last year.

Brand Finance Telecoms Infrastructure top 10

Alongside the 150 most valuable telecoms operator brands, Brand Finance ranked the world’s top 10 most valuable and strongest vendor brands.

Huawei continues to lead the pack as the most valuable and strongest telecoms infrastructure brand, with a brand value of $55.4 billion and a BSI score of 84.6 out of 100. It operates in more than 170 countries globally, yet the brand is mired in controversy with questions surrounding the security of its networking equipment.

The US government encouraged its allies to limit or ban the use of Huawei’s networks across their respective countries, with many complying, including the UK, which has announced that by 2027 there will be no Huawei equipment in its infrastructure. Only two brands in the ranking recorded brand value increases this year: Sweden’s Ericsson, whose brand value rose 4% to $2.9 billion, and the US’ Juniper Networks, which increased 14% to $1.1 billion.
View the full Brand Finance Telecoms 150 2021 report here.

Methodology for the Brand Finance Telecoms 150 report 2021
Brand definition
Brand is defined as a marketing-related intangible asset, including, but not limited to, names, terms, signs, symbols, logos and designs, intended to identify goods, services or entities, creating distinctive images and associations in the minds of stakeholders, thereby generating economic benefits.
Brand value definition
Brand value refers to the present value of earnings specifically related to brand reputation. Organisations own and control these earnings by owning trademark rights. All brand valuation methodologies are essentially trying to identify this value, although the approach and assumptions differ.
As a result, published brand values can be different. These differences are similar to the way equity analysts provide business valuations that are different to one another. The only way you find out the ‘real’ value is by looking at what people really pay.
As a result, Brand Finance always incorporates a review of what users of brands actually pay for the use of brands in the form of brand royalty agreements, which are found in more or less every sector in the world. This is known as the royalty relief methodology and is by far the most widely used approach for brand valuations, since it is grounded in reality.
It is the basis for its public rankings, but Brand Finance always augments it with a real understanding of people’s perceptions and their effects on demand – from the database of market research on over 3000 brands in over 30 markets.
Brand valuation methodology
For the rankings, Brand Finance uses the simplest method possible to help readers understand, gain trust in and actively use brand valuations.
It calculates the values of brands in its rankings using the royalty relief approach, a brand valuation method compliant with the industry standards set in ISO 10668.
The Brand Strength Index assessment, a balanced scorecard of brand-related measures, is also compliant with international standards (ISO 20671) and operates as a predictive tool for future brand value changes and a control panel to help business improve marketing.
Brand Finance does this in the following four steps.
1. Brand impact
Brand Finance reviews what brands already pay in royalty agreements. This is augmented by an analysis of how brands impact profitability in the sector versus generic brands.
This results in a range of possible royalties that could be charged in the sector for brands (for example a range of 0% to 2% of revenue).
2. Brand strength
Brand Finance adjusts the rate higher or lower for brands by analysing the brand’s strength. This comprises three core pillars: investment, which includes activities to support the future strength of the brand; equity, which collates perceptions from Brand Finance’s own original market research and from the research of other data partners; and performance, which covers brand-related measures of business results, such as market share.
Each brand is assigned a Brand Strength Index (BSI) score out of 100, which feeds into the brand value calculation. Based on the score, each brand is assigned a corresponding brand rating up to AAA+, in a format similar to a credit rating.
3. Brand impact x brand strength
The BSI score is applied to the royalty range to arrive at a royalty rate. For example, if the royalty range in a sector is 0-5% and a brand has a BSI score of 80 out of 100, then an appropriate royalty rate for the use of this brand in the given sector will be 4%.
4. Brand value calculation
Brand Finance determines brand-specific revenues as a proportion of parent companies’ revenues attributable to the brand in question and forecasts those revenues by analysing historic revenues, equity analyst forecasts and economic growth rates.
Brand Finance then applies the royalty rate to the forecast revenues to derive brand revenues and applies the relevant valuation assumptions to arrive at a discounted, post-tax present value which equals the brand value.

Vodafone UK and Ericsson test drone surveys to speed up network upgrades

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The two are trialling drones and Lidar-based 3D technology to speed up network planning and site updates.

Vodafone and Ericsson are testing drones to carry out surveys of difficult to reach sites in rural areas and city centres. The aims are to save time and money, and reduce health and safety risks associated with surveys, and make the process greener.

Lidar equipped

The trial will use a drone equipped with a high-definition camera, alongside Lidar technology – which targets an object with a laser and measures the time for the reflected light to return to the receiver – to capture accurate data that can be used by the network engineering team to perform site upgrades.

In the trial Vodafone and Ericsson will capture data from 70 sites that are due to be upgraded instead of having to send out radio and transmission planners, acquisition agents, structural engineers and site designers all having to make separate visits.

Vodafone is looking to lessen its carbon footprint due to fewer visits being necessary if data can be more accurately collected at the first attempt.

Digital twin

Using Ericsson’s Intelligent Site Engineering, drone and Lidar technology, information on structural conditions and line-of-sight measurements can be collected by a single engineer, with all the data captured and made accessible via the cloud as a digital twin model.

This digital twin is then used to perform a virtual site meeting, allowing all stakeholders to be on site virtually at the same time from a remote location. This process has already been used as part of Vodafone’s network deployment programme during the COVID-19 pandemic, with more than 70 sites visited in this way.

Andrea Dona, Chief Network Officer, Vodafone UK, said, “The introduction of new technology to improve our processes has significant benefits for our own operational efficiencies and reducing our carbon footprint, but it also allows us to deliver on our promise to customers faster. The less time, which is wasted travelling to sites, the more time can be invested in valuable tasks that improve the digital experience for our customers.”

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