5G Has Stopped Working for Some Lyca Mobile UK Customers

Some customers of mobile network operator Lyca Mobile, which is a virtual operator (MVNO) on EE’s platform in the UK, are reporting that they’ve been unable to access the provider’s latest and fastest 5G (mobile broadband) connectivity service for the around a month. Related users find that only 4G is now available to them.

The issue, which was picked up by Thinkbroadband, but which has also been spotted by members of ISPreview’s discussion forum community and via social media, appears to be affecting multiple mast sites and may have occurred after the operator’s Access Point Name (APN) settings were updated to an EE profile (58.0). But switching to Lyca’s own APN settings (example) doesn’t resolve the issue, and the same problem doesn’t impact EE’s other MVNOs.

NOTE: According to Lyca’s latest company accounts (here), the operator had 1.7 million subscribers at the end of 2022, a churn of 9% and revenues of £145m (up from £138m). But they also made a loss after tax of £25.1m, which compares with a profit of £1.8m in 2021.

The operator itself has acknowledged, at least to some of those affected, that an issue does exist, although they’ve been vague and haven’t put out a general statement. Lyca Mobile also lacks a proper Service Status page and hasn’t said how long it may take to resolve the problem. As above, many of those affected have been waiting for around a month and so the frustrations are starting to boil over.

Response from Lyca Mobile to Customer (Credits to Ryan)

We are sorry to know that you are unable to access the 5G network.

We apologize for any inconvenience caused by the lack of 5G signal in your area.

Further to your email, we are facing some 5G issue in Lycamobile network. Our technical team is actively investigating this matter to ensure that any potential network issues are addressed promptly. While we work on resolving this, please be assured that our team is committed to restoring the 5G coverage at the earliest.

At this point it’s separately worth noting that 5G connectivity problems can sometimes also occur on an operator’s network due to issues of device compatibility, although this isn’t relevant to the above issue as 5G was working for those customers before, and on the same phones.

However, Lyca Mobile is known to have had some issues with Google’s Pixel phones in the past, and one of our readers recently reported that they ran into something similar with the Xiaomi 14 on an eSIM (here). We’ve reached out to our Lyca Mobile contact for a comment on the above issue and hope to update this article early next week with their official response.

Separately, Lyca Mobile recently survived a compulsory strike-off action and its company accounts reveal that they’re currently still in dispute with HMRC over an issue related to the treatment of Value Added Tax (VAT), which could be quite costly (a provision of £99m has been recorded to reflect their current best estimate of potential exposure).

Extract from Lyca’s Latest Company Accounts

AAISP’s Novel Solution to SLAMMING in New UK Broadband Switching System

Broadband ISP Andrews & Arnold (AAISP) has come up with an interestingly quirky way of addressing concerns that Ofcom’s new, and much delayed, One Touch Switch (OTS) system, which aims to make it quicker and easier for consumers to switch internet providers, might make SLAMMING easier (i.e. being switched without your consent).

The new OTS approach is really just a more sophisticated messaging systems between ISPs, which expands the existing Gaining Provider Led (GPL) migration system to work across alternative networks (the old system was mostly only focused on Openreach based providers) and to action switches within just 1 day instead of 10 days “where technically possible“.

NOTE: OTS is currently set to go live from on 12th September 2024 (here), which is over a year past its originally targeted launch date of April 2023.

One concern with this approach is that such rapid switches could make it harder to stop SLAMMING, which is a mis-selling tactic that can occur when naughty people or ISPs trigger a switch (migration) of your service to another provider, albeit without you ever having given confirmed consent. The regulator’s existing migration rules are designed to protect against such abuse, but they’re far from perfect and so cases do still occur.

Under the current system, it tends to take around a week or more to migrate between providers on the same Openreach based network, which allows time for both providers to issue notices to customers and also affords customers the ability to request that the switch be stopped. But that’s much harder to achieve via a one-day process and, under OTS, a customer can no longer request that the switch be stopped.

Ofcom claims that the new OTS approach is designed to “safeguard against slamming“. Such safeguards include the requirement for the gaining ISP to take all reasonable steps to ensure that it does not switch customers without their consent, and in particular, that it does not engage in slamming, and that any customer who is requesting a switch is authorised to do so.

In addition, in OTS, the losing provider will be required to inform the customer of the identity of the gaining provider, which the regulator claims “should act as an additional safeguard against slamming.” But plenty of ISPs we speak with remain concerned that OTS could make the practice harder to tackle.

A Different Approach

According to the boss of Andrews & Arnold, Adrian Kennard, Ofcom’s new OTS solution “seems to also stop most ‘anti-slamming’ measures – not allowing a losing ISP to cancel a migration now!” This is arguably a bigger issue for AAISP as, under the old system, the provider could offer customers an option to pre-request that a block against switching be placed on their account to help protect against the risk of unauthorised switches.

The good news is that Adrian believes they’ve found another way of achieving this, which is based on the fact that the new system must match your surname between the losing and gaining providers. The approach is best explained by a new notice on the provider’s website.

Switching Notice

For a long time we have operated an anti-slamming option where you tell us in advance that you do not wish your broadband to be migrated to a new provider. You could then change that at any time.

However, the new One Touch Switching system works differently. We will no longer be able to reject switching. However, to start switching the new provider needs an address and surname to match. They can start a switch process in BT without, but this is less likely as the normal process for consumers, and probably most businesses, will be One Touch Switching.

Because the surname has to match, we now allow you to edit the contact name on each line you have with us. Your name is what you want it to be, so picking any name for any circumstance is your right, and we have to respect that and allow you to change your name under GDPR, even if only on that very specific part of our system – the contact name for a broadband service.

If you change your surname, even if it is to PSJKHGJGEXC, then that is your choice. And any One Touch Switching match request would fail unless using the surname PSJKHGJGEXC.

Obviously this is meant to be for your surname not really as a pseudo password, but, well, it is up to you.

Naturally, customers of AAISP who do this would probably need to adjust that field back to the correct surname if they did intend to switch, but this does seem like an interesting solution to the issue.

Old copper networks: A gold mine for telcos?

News

A report from engineering firm TXO says that over $7 billion-worth of unused copper cabling could be recovered in the next decade

In most developed markets around the world, copper telecoms networks are increasingly becoming a thing of the past, replaced by much more effective fibre optic cables.

But while this copper is unlikely to find reuse in major telecoms networks, it is growing increasingly important in other sectors, such as for electric vehicles and renewable energy infrastructure. In fact, the value of copper has soared by over 50% compared to pre-pandemic levels, spurred by growing demand and reduced mining outputs. Experts predicting that demand for the metal will continue to increase steadily, increasing by more than 50% by 2040.

Now, a new report from engineering firm TXO has shed light on just how much money the telcos’ legacy copper networks could be worth. According to the report, the telecoms companies could expect to recover up to 800,000 tons of copper by 2035, worth up to $7 billion at today’s prices.

The scale of this opportunity is certainly not lost on the telcos, which have been accelerating their recovery efforts in recent years. Openreach in the UK, for example, says they will recover 200,000 tons of copper over the next 15 years.

Unearthing the cables and preparing them for sale can be a time-consuming and costly endeavour, but with copper prices this high it remains highly profitable.

“Recovering the copper cables generates a net income, even after the costs of extracting the cables and processing them,” Openreach told Bloomberg in an emailed statement.

It is worth noting that digging up network copper also represents a huge opportunity for thieves, one that costs telcos around the world millions of dollars every year. While this issue is shrinking as networks transition to fibre, it remains a major challenge in less developed markets.

Keep up to date with the latest international telecoms news by subscribing to the Total Telecom daily newsletter 

Also in the news:
German government sells $2.7 billion stake in Deutsche Telekom
News in Brief: Cable updates from Submarine Networks EMEA
STC joins e& in eying up United Group 

AI is shaking up the submarine cable ecosystem

Interview

At this year’s Submarine Networks EMEA event, we caught up with Thomas Sorensen, Vice President, Global Sales at Ciena, to discuss the ever-changing submarine cable landscape and some of the key technologies driving change in 2024

 

The rise of AI is a major focus this year at the Submarine Networks EMEA conference. What impact do you think this is set to have on the submarine cable ecosystem?

AI is contributing to increased data and capacity requirements which, in turn, will contribute to the ongoing growth in the submarine cable market.

I believe AI will improve network performance and efficiencies for all service providers. Here are some examples I think will be really important:

 

Advanced network monitoring and fault detection: With AI, providers can analyse data from multiple sources in real-time to rapidly pinpoint faults to minimise downtime.
Predictive maintenance: AI analytics can help predict equipment failures and facilitate proactive maintenance planning before issues occur. This helps optimize resource allocation, reduce opex costs, and maximise the lifespan of critical infrastructure.
Automated network planning and optimisation: AI algorithms can optimise the design and routing of submarine cable networks, considering cost, traffic patterns, and environmental impact. This will help streamline network planning processes, enhance efficiency, and expedite the deployment of new cable systems.
Security/Intelligent threat protection: AI can analyse network traffic patterns, detecting anomalies and locate potential threats or unauthorized activities.

Is this shift in AI primarily being driven by hyperscalers? What do you think of their continued role in the subsea industry?

Hyperscalers are currently leading the industry by building massive amounts of AI infrastructure in and between their data centres, initially for consumer-centric applications. Hyperscalers are often at the forefront of technological innovation, driving the adoption of emerging technologies and the development of new solutions to continually advance the submarine networking industry now and into the future. This is evidenced by a handful of hyperscalers representing over 70% of all used international traffic, as per analysts from TeleGeography.

Earlier this year you upgraded the Sea-Me-We-4 cable to increase its capacity. Tell us more about this process and why it’s important?

The Europe-to-Asia route, where SEA-ME-WE 4 is situated, is experiencing a major digitalisation push, resulting in extreme capacity demands. To support growing demand for more bandwidth across this route, SEA-ME-WE 4 is leveraging Ciena’s GeoMesh Extreme submarine network solution to increase capacity from 65Tb/s to 122Tb/s.

The Ciena upgrade is helping optimise the resources of the SEA-ME-WE 4 cable, enhancing its capabilities through improvements in network capacity, flexibility, and durability. Importantly, this will allow the cable system to maintain pace with voracious global demand for bandwidth, protect terabits of traffic, and ensure optimal network availability.

We’ve seen some cable outages in recent months, caused by both environmental and man-made events. What needs to be done to make submarine network connectivity more resilient?

The seabed can be a hostile environment for power and telecom submarine cables. Although unpredictable natural disasters, like undersea earthquakes and landslides, can cause widescale damage, most submarine cable faults are due to humans, such a fishing nets or anchors snagging submarine cables in the seabed, especially in shallower waters where cables are not buried or armoured.

Protecting undersea cables takes the entire ecosystem and Ciena is committed to driving greater network resilience and reliability. And, while we cannot regulate (or educate) Mother Nature, we can regulate and educate people involved in marine activities such that they are aware of nearby submarine cables and take appropriate precautions.

Organisations like the International Cable Protection Committee (ICPC) play an important role in promoting submarine cable protection and resilience via cross-industry collaboration and liaising with entities across the industry, governments, and academia to holistically understand submarine cables and the environments where they are installed. About 98% of all submarine telecom cables are represented in the ICPC, as are power cable owners, offshore renewables developers, cable ship owners, cable operators, cable manufacturers, and other stakeholders. Together, committee member decision makers and regulators can engage with the broader industry to share technical expertise, especially around critical permitting processes.

And, as we’ve discussed already, through the use of advanced software, powered by AI, operators can also leverage new network monitoring tools to detect potential faults, analyse traffic patterns, and identify anomalies, threats, or unauthorised activities.

What’s the next big breakthrough for optical networking technology?  

There are many exciting developments in the optical space – it is part of the reason I love working at Ciena!

Ciena has a long history of leadership in optical and our WaveLogic innovations have enabled an incredible 20-times increase in data traffic over fibre and a more than 90% reduction in Watts/Gbps in our customers’ networks.

So, when you ask me what the next breakthrough is in optical, I must say it is WaveLogic 6!

WaveLogic 6 will be the first coherent optic solution to support up to 1.6Tb/s single-carrier wavelengths for metro ROADM deployments, up to 1Tb/s for transoceanic links, and energy-efficient 800G pluggables across 1,000km distances.

WaveLogic 6 also helps address operator’s sustainability goals because WL6 leverages state-of-the-art, lowest power technologies to help network providers make faster progress towards these targets.

With the increasing role of AI in various industries, how is Ciena integrating AI technologies into its digital infrastructure solutions, and what benefits does the company foresee for its customers?

Our software portfolio (Navigator Network Control suite and Blue Planet Intelligent Automation) uses sophisticated analytics which collect detailed real-time performance metrics from network devices and turn that data into actionable insights.

Now we are going even further with AI, Machine Learning (ML), and the scale of cloud resources, to deliver precise, predictive analysis based on vast quantities of data. This helps our customers better optimise the way they build and operate their networks. For example, they’re able to proactively do network maintenance before issues occur or fine-tune capacity allocations before performance degrades.

As confirmed by working with industry experts, AI network builds are expected to be complex, and data centres are going to be spread around the world due to various constraints like power, regulation, latency, and data privacy. To address this reality, Ciena has solutions specifically designed to enable global data centre networks and their management functions.

The next step is to automate operations – so called AI-driven closed-loop operations. Overall, with AI, our customers can operate their networks more cost-effectively and improve customer satisfaction, giving them a competitive edge.

Evolution of a customer-centric culture in the era of digital transformation

Spotlight Series Article

By Janet Watkin, Managing Director, Zenith Choice

Telcos are not making enough money from their networks, and this, coupled with the continued uncertainty about the source of future revenues, has resulted in major headcount reductions. The rollout of AI-enabled process automation is already underway, aimed at replacing manual tasks and serving customers more efficiently. This has been cited as a contributing factor to the large numbers of layoffs announced during 2023.

The theme of customer-centric evolution among telecoms service providers continues as a major topic of conversation but with little, if any, causal evidence of becoming real any time soon.

Tolerated not loved

Historically, incumbent telcos dominated home markets for years, with few competitive threats and few incentives to change from a supplier-focused culture (inward looking) to a customer-focused culture (outward looking). Network access was provisioned, often in weeks rather than days, and the network proved largely reliable and available, so in that sense customers declared themselves ‘satisfied’ when asked.

Once equipment was installed on the customer premises and connected to the network, it usually worked well, its primary purpose being to connect devices over wide areas allowing communication and exchange of information.

Customers were dissatisfied, however, with high prices; slow responsiveness; slow speeds; poor integration and lack of compatibility with other services; poor internal organisational coordination; lack of agility and flexibility; hard-to-access and helpdesks; and few alternative options.

Continuous improvement

Over the last thirty years, or more, customer-centricity has been talked about in terms of listening to and acting on ‘the voice of the customer’, which is not unreasonable. Customer satisfaction indices sought to capture the effectiveness of programmes aimed at providing an outstanding customer experience, or through mapping customer journeys or by developing trusted partnerships for digital transformation.

In response programmes of continuous improvement were set-up to adjust processes or programmes to help address the incessant negative feedback in highlighted areas, with varying degrees of success.

Out of the box thinking

However, little changed until everything changed. The root cause of major change was not the declared intent of telcos to be customer-focused but the ‘disruptive competition’ such as that seen by the launch and success of the internet, Google, the iPhone, and social media, for example. Competent entrepreneurs saw the opportunity gap and filled it with truly dramatic consequences.

“The electric light did not come from the continuous improvement of the candle,” as Oren Harari famously said.

A notable consequence of this disruptive thinking is the striking emergence of an entirely new competitive landscape. The networks supporting the prolific new era of competitive offers is owned and operated by the telcos. Coupled with the dual tasks of supporting the explosion of growth in network traffic volumes and at the same time finding ways to make money to survive, the telcos are now forced to either adapt or die. Network operators have been too slow to transition to the nimbler service organisations they aspire to become.

Time to flourish not flounder

The world has changed, not just technologically, but environmentally, economically, regulatory and politically, and at these boundaries of change the telcos ought to position themselves to flourish not flounder. Adapting to a changing environment underpins evolutionary change. The closer the fit to the environment the more successful the organisation. When the environment changes so must those organisations who find themselves negatively impacted, so they can claim, reclaim, or retain an advantage over competitors.

Heedless of pending threats for too long and blindsided by the myriad of emergent newcomers, the telcos have remained largely risk averse, technology-centric, process-orientated, and hierarchical in the way they are managed.

Transformation through reinvention

Consequently, they are reinventing themselves under the banner of telecoms reimagined. If others can so successfully add value to customers from the provision of new innovative equipment and over-the-top services, why can’t the telecoms providers do the same?

Many now define themselves as systems integrators or service organisations. The term telecom, largely, has been lost completely from the company brand name.

As the competitive landscape continues to evolve so does the fate of the incumbent and challenger telecoms providers, whatever their evolving names. It is time for them to evaluate what it really means to evolve towards a customer-centric culture. It is far more than a name or logo modification, or digital transformation initiative poorly done. Further, disruptive change stemming from cloud computing, artificial intelligence, and data analytics accelerates daily, challenging the industry once more to step-up and do better to capture the hearts and minds of customers.

By working more collaboratively with customers, prospective customers, and third-party partners, as well as with its own workforce, more tailored innovative solutions are expected to emerge and, potentially, catalyse transformation.

Integration of employee experience with customer experience

Customer expectations and preferences evolve continuously. New services that offer a compelling value proposition, from a trusted name, are usually the first to be embraced, but too often the telcos are still seen as pricey and pushy rather than responsive and caring. The employee experience, as well as the customer experience, must be measured, integrated, and enhanced.

It is only employees who can deliver the customer value proposition, even if the vehicle of delivery these days is, in part, a robot. A robot has intelligent design behind it.

By giving a voice to employees’ leaders create culture change

An empowered, engaged workforce working together as a team is transformative.

Aligning employees in the direction the business expects to travel is a leadership task. People resist change, it is human nature. Yet it is essential that employees align to meet the evolving strategic objectives of the company, as set-out by top-level leaders. Leaders must point everyone in the direction of customer-centricity for sustainable profitable growth. In the telecom industry silo, maintenance gets in the way. It reduces cooperation and encourages intransigence. It is the cultural barriers that hold back an organisation from transforming to outfox competitors, rarely a technological one.

Correlation is not causation

Current customer and employee experience and satisfaction metrics are vastly inadequate to capture the evolution of an organisation towards a customer-centric culture. It is time to depart from the heavy emphasis placed on correlated measures of satisfaction as a means of identifying priorities for improvement, and from the simplistic thinking that a single metric on ‘willingness to recommend’ a supplier or an ‘overall satisfaction’ rating can capture what is needed for transformative change.

Metrics that identify the causal links between customer experiences and sustainable profitable growth are required and must be fully integrated with the employee experience.

It is only by accurately monitoring the willingness and ability of the entire workforce, to be fully engaged and empowered, on behalf of the customer, that a customer-centric culture emerges.

Winning Network Operators of the UK Fibre Awards 2024 Named

The third annual UK Fibre Awards event was held yesterday in London, which saw a number of broadband ISPs and full fibre network builders across several categories pick up awards for their achievements. Some of this year’s winners included Wildanet for ‘Best Rural Fibre Provider’ and Brsk for ‘Best Urban Fibre Provider’.

The event, which is arguably very similar to existing industry award ceremonies (e.g. from the ISPA and Connected Britain), is typically backed by telecoms / ICT centric media and event organisation firm BPL Business Media.

The winners for each category were then chosen by a judging panel of several industry and IT experts (here), including various senior managers, analysts and so forth. Sadly, there’s not much to reflect the consumer perspective in this group, and no technical testing was performed.

Winners of the UK Fibre Awards 2024

Best Rural Fibre Provider

Winner Wildanet
commended Wessex Internet

Best Urban Fibre Provider

Winner Brsk
commended G.Networks

Best Wholesale Fibre Provider

Winner MS3
commended Freedom Fibre
commended FullFibre

Rollout Challenge Buster Award

Winner 4Fibre
commended Sitec Infrastructure

Best Fibre Innovation Award

Winner 4Fibre
commended Xantaro

Best Vendor/Supplier Award

Winner Fibre Networking Solutions
commended Dalcour Maclaran
commended Xantaro

Best Business Services to the Fibre Community

Winner Up Connect
commended Calix

M&A Deal of the Year Award

Winner Freedom Fibre
commended Nexfibre

Best Sustainability Programme

Winner Wildanet
commended MS3 Networks

Best OTT Service

Winner GigabitIQ
commended Voiceflex Limited

Best Community Support Project

Winner Quickline Communications
commended GigabitIQ

Best Company to Work for

Winner Virgin Media Business
commended Telecom Acquisitions

Marketing Team of the Year Award

Winner Quickline Communications
commended Gigaclear

Sales/Commercial Team of the Year Award

Winner Quickline Communications
commended Wildanet

Executive Leadership Team of the Year Award

Winner MS3 Networks
commended Home Telcoms

Overall Fibre Provider of the Year

Winner MS3 Networks

Vodafone Connects UK to 2Africa – World’s Largest Subsea Fibre Cable

The long-running 2Africa project, which is in the process of building a 45,000km long subsea (submarine) fibre optic cable between the United Kingdom and most of coastal Africa, has confirmed that telecoms giant Vodafone has just helped to land the new cable in England at a site in Bude (Cornwall).

The new network expects to deliver more than the total combined data capacity of all subsea cables serving Africa today, which should help to support faster broadband speeds, boosting mobile network capacity and better international internet connectivity. Reliability improvements to local networks across all of the 33 linked countries in Africa, the Middle East and Europe are another bonus (46 landing sites).

NOTE: The 2Africa consortium is made up of eight international partners: Bayobab; Center3; China Mobile International; Meta; Orange; Telecom Egypt; Vodafone Group; and WIOCC. Alcatel Submarine Networks is responsible for the manufacture and installation of the 2Africa cable.

The cable itself has a design capacity is up to 180Tbps (Terabits per second) on key parts of the system and Vodafone, as the lead partner for the UK landing, will be responsible for managing the physical cable coming ashore, burial on the beach and installation into a new, purpose-built beach manhole where 2Africa will connect to terrestrial cable routing back to the existing Vodafone Cable Landing Station.

In addition, Vodafone will provide 2Africa with onward connectivity via two diverse terrestrial infrastructure and fibre routes linking to the London area. The operator is already said to be carrying traffic on part of its 2Africa cable system.

Vodafone owns dual fibre cables on the route that have a lifespan of 25 years, both of which have been named after their Group Head of Subsea Partnerships, Rick Perry. The Vodafone system is referred to as SHARP (the System Honouring the Achievements of Rick Perry) and Rick has been involved with it since the very beginning.

Rick Perry, Vodafone Group Head of Subsea Partnerships, said:

“2Africa is the world’s most ambitious cable system and will help to narrow the digital divide in Africa. It’s great that the SHARP system is now online and serving customers and that it has landed in the UK.”

As a side note, the new cable also has greater protection because it benefits from a 50% increase in burial depth (i.e. up to 3 metres below the surface), which means it’s a lot less likely to be ripped up by the anchors of big ships or large trawlers (and their dragged nets). The system is also one of the first of its size to make use of a new aluminium conductor for submarine cable systems – this allows for a much lower cable voltage drop and thus a higher number of fibre pairs per cable.

Vodafone has been the partner for 11 landings of the 2Africa cable to date.

New Operator Frogfoot Networks Plan UK FTTP Broadband Rollout

A seemingly fairly new network operator called Frogfoot Networks has revealed that they’re planning to deploy a new Fibre-to-the-Premises (FTTP) broadband network across the United Kingdom, with England, Wales and Scotland being part of their “initial deployment” that will “predominantly serve residential homes and small businesses.”

The plan was revealed as part of the company’s application for Code Powers from Ofcom. Such powers are typically sought to help speed-up deployments of new fibre and cut costs, not least by reducing the number of licenses needed for street works. The powers can also help with supporting access to run new fibre via Openreach’s (BT) existing cable ducts and poles (PIA), which is something Frogfoot have indicated they may harness.

The company has stated that it intends to deploy its FTTP network in areas currently not served by such networks or poorly served, but then every operator says that when applying for Code Powers and reality is often very different. Otherwise, there’s very little information about the company, which is listed as Active but Dormant on Companies House (14062268) and was first incorporated on 22nd April 2022.

The business is listed as having three Directors and one of those, Gerhardus Johannes Koen, is linked at Director level to a number of other telecoms related businesses – Hypa Fibre Ltd (14062524) and Vox Telecommunications Ltd (14062428), as well as the Vivica Group. All of these were incorporated at around the same date as Frogfoot.

The most interesting connection here is the Vivica Group because there’s an identically named group in South Africa, which also backs companies with the same names as those listed above (here), albeit in their own domestic market. Suffice to say that it looks a lot like their network and retail ISP businesses may be preparing to move into the UK, but we’re just speculating on that.

However, it should go without saying that now would be one of the most difficult times for a new alternative network (Altnet) provider to enter the UK market, which is already overstuffed with similar players and is currently dealing with many strains, not least from things like rising build costs, high interest rates and heavy competition. But right now, there’s simply not enough detail, and hopefully we’ll learn more about their plans in the near future.

Outgoing BT boss takes home £3.7m as cost cutting continues

News

Ex-CEO Philip Jansen, who left BT in January, saw his remuneration increase 25.8% in the last financial year, including bonuses of £2.6 million

This week, BT has revealed that the company’s outgoing CEO, Philip Jansen, was paid £3.72 million for the financial year ending March 31.

This total comprises a fixed pay of £1.11 million and a bonus of £2.6 million, (up from £1.62 million last year). The bonus took the form of £1.45 million in cash and £1.15 million in shares.

The pay increase comes despite BT recording a 31% drop in pre-tax profits to £1.18 billion for the year to March.

Jansen was replaced as CEO by Telia’s Allison Kirkby in January this year, having held the role for five years. Despite some claims that Jansen had “got the strategy right” at the helm of the UK’s largest telco during this time, his tenure saw the company’s share price fall by around 45%.

Perhaps most notably, Jansen’s time as CEO saw the company begin implementing major cost cutting measures, seeking to reduce expenses by £3 billion by 2025. To reach this target, the company announced plans to cut around 55,000 jobs across the company – roughly 40% of BT’s workforce – by 2030.

While the scale of Jansen’s final pay packet is sure to leave a sour taste in the mouth of laid off BT employees and the Communication Workers Union, it is far from unusual. A quick look in the news, for example, shows that CEOs of major firms are routinely paid handsomely as they wave a final farewell. This week alone has seen Boeing’s outgoing CEO Dave Calhoun awarded a 45% pay rise to $32.8 million, despite the company’s ongoing crisis over quality control (don’t worry – he turned down his $2.8 million annual bonus).

For BT’s remaining staff, further cost cutting measures are to be expected. Earlier this year, newly inaugurated CEO Allison Kirkby revealed that BT had already succeeded in reducing costs by the aforementioned £3 billion, a year ahead of its 2025 schedule. Now, says Kirkby, the company will aim to cut a further £3 billion by 2029.

But while Kirkby says the company is “well positioned to generate significant growth”, investors remain far less convinced. Last month, it was revealed that investors were short-selling around £300 million-worth of BT shares, i.e., betting on a further decline in the company’s share price.

Kirkby remained unperturbed, saying “I always love to squeeze the shorts . . . and prove them wrong.”

Keep up to date with the latest international telecoms news by subscribing to the Total Telecom daily newsletter 

Also in the news:
KPN forms new JV to monetise tower assets
Swisscom’s Fastweb sells FiberCop stake for €439m
General election over, India’s 5G auction facing further delays

Vodafone and Ericsson take private 5G on tour in Spain

News

Vodafone Spain’s enterprise unit says it will work with the Swedish equipment vendor to organise various conferences throughout the country to highlight the potential of private 5G networks

Private 5G networks for enterprise and industry has proven one of the wireless technology’s greatest successes, with deployments taking place all over the world in locations ranging from university campuses to offshore oil rigs.

Offering lower latency, higher capacity, and improved security over alternative wireless technologies, these private networks can unlock a raft of new use cases and automated solutions, from intelligent automation to autonomous robots.

But despite these obvious benefits, uptake by industries at scale has been relatively limited, with the technology widely viewed as a nice-to-have, rather than a necessity.

Perhaps this is why Vodafone Spain is teaming up with Ericsson this week to host a series of conferences throughout Spain, touting the “revolutionary” potential of the technology for enterprise.

The companies say they will focus on demonstrating the impact of high-speed, low-latency connectivity can bring for scalability of processes in complex industrial environments as well as security, cloud-based data processing and management of service-level agreements.

“5G private networks represent a revolution for the industry and for many other sectors of activity, enabling unprecedented connectivity that will boost the innovation and efficiency of many companies in our country,” said Jesús Suso, director of Vodafone Business. “We are pleased to collaborate with Ericsson to deliver this series of events. Together, we are demonstrating the transformative power of private 5G networks and how they can be deployed to meet the specific demands of each industry.”

The first event is taking place today in the city of Vigo, hosted by automotive parts specialist Recalvi. Additional cities currently featured on the tour list include Vigo, Madrid, Seville, Barcelona, ​​Bilbao, Valencia, Castellón, and Málaga.

Additional enterprises taking part in these conferences have not been revealed.

It is worth noting that Vodafone has already found some success with private 5G in Spain this year, deploying a 5G standalone private network at a Ford production plant in Valencia back in January.

Keep up to date with the latest international telecoms news by subscribing to the Total Telecom daily newsletter 

Also in the news:
KPN forms new JV to monetise tower assets
Swisscom’s Fastweb sells FiberCop stake for €439m
General election over, India’s 5G auction facing further delays