ASA Bans Vodafone UK Broadband Ads After Rival ISP BT Complains

The Advertising Standards Authority (ASA) has banned several Vodafone broadband adverts after BT lodged complaints, which claimed that the ISP was being “misleading” by claiming that customers could “switch from BT to Vodafone and get the same broadband for less” (emphasis on the “same broadband” part). But that wasn’t the only issue.

The adverts themselves – reflecting several promotions via TV, Twitter (X) and the operator’s own website – related to Vodafone’s “Great British Broadband Switch” campaign, which was launched back in March 2024 (here). But BT complained the related promotions were misleading because, they said, Vodafone’s broadband “did not provide the same performance“.

In addition, BT also complained when Vodafone suggested that “millions of BT customers across the UK are realising they can switch to Vodafone and get the same broadband for less”. BT said they did not believe millions of BT customers had switched or were considering doing so.

The difficulty here is that not every broadband package can truly be considered the “same” when switching between ISPs, due to differences in the bundled router, WiFi technology, the underlying network, various value-added extras and so forth. Vodafone attempted to support their generalised claims by using Ofcom’s UK home broadband performance report from 2023, which was not only old but also not fully comprehensive. Needless to say, the ASA upheld BT’s complaints.

ASA Ruling Ref: A24-1241350 Vodafone Ltd

We understood Vodafone offered six broadband plans which were comparable to BT plans: two FTTC and four FTTP. However, the Ofcom report included data on only one Vodafone broadband service – their 67 Mbps FTTC plan. While the report included data for a comparable BT service, the evidence did not relate to all six of the broadband plans included in the ads’ comparisons. The data was also collected in March 2023, one year before the ads were published.

Furthermore, we understood that the performance metric data collated in the Ofcom report was collected at the router, rather than by connected devices. We acknowledged this was a robust methodology which factored out the potential for metrics to be affected by Wi-Fi bandwidth. However, because the claims in the ads would be understood to relate to the full internet connection up to the device, rather than to the router, we considered the data did not support the claims. For those reasons, we considered the comparative data in the Ofcom report did not support the advertising claims as they would be understood by consumers.

We had not seen evidence which supported claims that BT customers who switched to Vodafone would, in practice, get nearly identical performance, including through the use of nearly identical technology. Therefore, we concluded the claims “the same broadband” and “the same broadband technology” had not been substantiated and were misleading.

The TV ad stated that “millions of BT customers across the UK are realising they can switch to Vodafone and get the same broadband for less”. We considered that claim would be understood by viewers to be an objective claim that millions of people had come to this realisation already and had either switched from BT to Vodafone or were actively considering doing so. We further considered that the impression that there was a growing trend of people switching from BT to Vodafone was likely to have a more persuasive effect in encouraging viewers to look into switching than if the ad had not referenced that “millions of BT customers […] are realising they can switch”.

Vodafone had said the purpose of the ad was to bring BT’s customer base to the realisation that switching could save them money. The ad itself was therefore intended to educate BT customers about Vodafone’s pricing compared to BT, rather than informing them of an evidenced trend of people switching that was already occurring. Because we had not seen evidence to substantiate the claim that millions of BT broadband customers already had switched, or were actively considering switching, to Vodafone, we concluded the claim was misleading.

As usual, the ASA banned Vodafone’s broadband adverts in their current form and warned the operator “not to state or imply that their broadband services provided a nearly identical performance to BT’s services“, or to “state or imply that millions of BT broadband customers already had switched, or were actively considering switching,” unless they held evidence to prove that.

SubOptic, Sparkle and University of Genoa team up for world’s first subsea cable degree

Press Release

Besides the implementation of the world’s first academic specialization course on submarine cables, the agreement includes collaboration on joint initiatives for the sector’s development

Sparkle, the first international service provider in Italy and among the top global operators, the University of Genoa, one of the oldest in Italy and one of the best in the world on marine and maritime issues, and the SubOptic Foundation, a philanthropic organization that aims to promote knowledge of the digital infrastructure sector among global stakeholders, signed an agreement today  for a long-term strategic collaboration to realize initiatives to teach, research and innovate in the field of submarine communications. The agreement was signed by Federico Delfino, Rector of the University of Genoa, Jayne Stowell, Board Member of the SubOptic Foundation, and Enrico Bagnasco, CEO of Sparkle.

The agreement includes among its main academic objectives the implementation the world’s first post-graduate course on submarine fibre optic cables.

The didactic activities of the course, coordinated by the University of Genoa, will also benefit from the contribution of expert professionals from Sparkle and other companies in the sector and will have a strong international footprint also thanks to the contribution of SubOptic, an association that confederates the global players in the sector – companies that operate, manufacture, install and maintain – and which has among its objectives that of training and attracting young talents to the industry.

The partners also intend to identify common actions in the definition of relationships at national and international level and in the organization of institutional events for the promotion of scientific-technological and entrepreneurial culture.

Collaboration is also foreseen with other bodies that share a focus on underwater technological innovation, such as the Polo nazionale della dimensione subacquea (PNS, Italian national hub of the underwater dimension), also based in Liguria at La Spezia, which brings together the national public and private excellences operating in the sector.

Federico Delfino, Rector of the University of Genoa, comments: “It is a source of pride for the University of Genoa to be the home of the world’s first academic specialization course on submarine fibre optic cables. The post-degree course marks a strategic and innovative enrichment for our University in the context of marine and maritime disciplines, aimed at deepening studies of significant topical interest. The sea will increasingly be a functional infrastructure for telecommunications and Genoa, with its geographical position as an ideal bridge between the South and North of the world, will represent a highly qualified hub for higher education and a fundamental development pole for the innovation economy”.

“Education and research are core to the SubOptic Foundation’s mission” said Jayne Stowell, Board Member of the SubOptic Foundation. “This is an exciting opportunity to collaborate on developing education and training programs that will inspire and engage the next generation of talents to pursue careers in our dynamic submarine cable industry”.

“Genoa is a strategic hub of Sparkle’s innovation and growth: we have created, with the BlueMed cable and the Genoa Landing Platform, a state-of-the-art infrastructure system destined to be a central hub of digital traffic between Europe, Africa and Asia” says Enrico Bagnasco, CEO of Sparkle. ‘It is therefore a source of pride for us to collaborate with a prestigious academy as the University of Genoa and with a reference industry institution as SubOptic Foundation with an initiative such as this specialization course which has the characteristics of uniqueness and a strong international scope, and which places oceanic fibre optic cables among the pillars of the country’s educational and economic development.”

Insights

Sparkle’s presence and commitment in Genoa is becoming increasingly strategic: thanks to its privileged position, in fact, the Ligurian capital is becoming the preferred route in Europe for new submarine cables seeking diversified access compared to Marseille and therefore a new hub for traffic between Africa, the Middle East, Asia and Europe.

Genoa is home to BlueMed, Sparkle’s new proprietary submarine cable, an integral part of the Blue & Raman Submarine Cable Systems project launched in collaboration with Google and other operators, and which will connect Italy with India, becoming the new main data highway between Asia and Europe.

Besides BlueMed’s key landing site, in Genoa Sparkle has developed a truly integrated system, the Genoa Landing Platform, characterized by the innovative multi-cable ‘Bore Pipe’ system for the safe and plug-in docking of multiple cables without impacting the marine environment; from the beach man-haul the cables, through a network of underground tunnels, are directly interconnected with the Landing & Connectivity Hub of Genoa Lagaccio, an open and neutral colocation facility.

Is the submarine cable industry doing enough to nurture the next generation of telecoms professionals? Join the ecosystem in discussion at Submarine Networks EMEA

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BlueBirds take flight: AST SpaceMobile satellites enter orbit

News

The five new Low Earth Orbit (LEO) satellites are the first step in providing mobile coverage to ‘not spots’ across the USA

AST SpaceMobile has successfully launched its first five BlueBird LEO satellites, which will ultimately form part of a constellation aimed at delivering direct-to-device (D2D) connectivity to mobile subscribers.

The five satellites carry antenna arrays that each cover around 700 square feet, making them the largest ever deployed by a commercial space craft.

For the next three months, the quintuplet will undergo various calibration testing, after which beta tests with AT&T (and likely Verizon) customers will begin.

Each of the satellites’ beams are designed to support a capacity of up to 40 MHz, enabling peak data transmission speeds of up to 120 Mbps. and will target approximately 100% nationwide coverage from space with over 5,600 coverage cells in the US.

Initial coverage from the satellites will be limited; the devices will orbit the Earth twice a day, providing about an hour of combined connectivity across the US. AST aims to launch 17 additional satellites during Q1 next year, with plans for up to 155 to be built by 2030, which will ultimately provide global coverage.

“This is a pivotal moment for AST SpaceMobile as we bring our vision to enhance cellular connectivity globally, with the support of our strategic partners and the unwavering commitment of our team,” said Abel Avellan, Founder, Chairman, and CEO of AST SpaceMobile. “As we shift our manufacturing focus to increase Block 2 production of the active payload systems and other components for the first 17 Block 2 satellites, we are excited to bring this revolutionary technology to the world. We believe space-based broadband cellular connectivity will revolutionize how people connect, empowering communities and driving economic growth on a global scale.”

Both AT&T and Verizon have deals with AST SpaceMobile to make use of the satellites to deliver connectivity to ‘not spots’ across the country. The services will use the operators’ respective 850MHz spectrum and will connect to unmodified smartphones.

“This is an exciting next step to a future where our customers will only be hard to reach if they choose to be – giving them the power to go anywhere and the possibility to do anything while staying connected with just an everyday cell phone” said Jeff McElfresh, Chief Operating Officer at AT&T. “This moment has been several years in the making, and I am proud of our teams’ work, in collaboration with AST SpaceMobile, to help make space-based connectivity a reality.”

Exactly how the mobile operators will commercialise these services remains to be seen, but AT&T’s network chief Chris Sambar has previously hinted that the service will be available as-standard on premium packages or as a paid addition to cheaper packages.

Besides AT&T and Verizon, AST SpaceMobile also has partnership and investments from the likes of American Tower, Google, Rakuten, and Vodafone.

It should also be noted that AST SpaceMobile is not the only satellite operator to be eying D2D connectivity. Indeed, SpaceX’s more than 7,000-satellite Starlink constellation has plans to launch its own D2D connectivity services later this year.

Also in the news:
Meta resumes use of UK user posts to train its AI models
Verizon’s 4,800 job cuts will cost over $1.9 billion
CMA questions Vodafone–Three merger after second probe

Softbank and Intelsat partner to launch global 5G network 

News 

The deal comes just a month after Softbank’s deal with Eutelsat 

Japanese conglomerate SoftBank and Intelsat have announced a new partnership to develop a hybrid network solution combining satellite and terrestrial communication technology. This, the companies say, will create a “Ubiquitous Network” that offers seamless mobile connectivity, even in areas without regular mobile coverage. 

This new system will allow users to stay connected using just one device and account, whether they are in remote regions, on ships, in the air, or during emergencies when ground-based networks might be unavailable. In particular, the solution will focus on use cases that rely on continuous connectivity, such as autonomous vehicles, drones, maritime transport, and disaster response teams. 

“By using technology that switches between terrestrial mobile networks and satellite communication networks through roaming, we can integrate the two previously separate networks and utilize satellite communication as an extension of mobile communication,” said Hideyuki Tsukuda, Executive Vice President and CTO of SoftBank in a press release. 

The two companies are working on developing technology that lets devices automatically switch between mobile and satellite networks without interruptions. They plan to integrate these hybrid solutions into the latest 5G standards, helping to make commercial 5G connectivity more widely available, especially in places where mobile networks are currently limited. 

SoftBank has demonstrated a growing interest in satellite communications in recent months, having recently signed a multi-year partnership with Intelsat rival Eutelsat to make use of Eutelsat’s OneWeb low Earth orbit (LEO) satellite connectivity services. Eutelsat’s OneWeb currently has 634 satellites in orbit around the Earth, providing global coverage of low latency satellite services. The deal will initially allow Softbank to leverage this constellation across Japan, with additional countries set to follow. 

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

Also in the news:
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Altnet ISP Pulse Fibre Expands UK Broadband Reach via DW Utilities

Alternative broadband provider Pulse Fibre, which is currently aiming to complete over 250,000 unique “full fibre” (FTTP) connections into new build dwellings and MDUs (here), has signed a new partnership with multi-utility provider DW Utilities that should help to spread their service across more of the UK.

The new collaboration will enable DW Utilities to offer a full range of utility services to some of the sites they serve, by integrating Pulse Fibre’s lightning-fast full fibre broadband infrastructure. But other than that, the announcement doesn’t contain a lot of detail and we still know very little about the roll-out plan for Pulse Fibre’s 10Gbps capable “end-to-end dedicated fibre optic network” for residential properties.

Sean Pearman, Technical Director of Pulse Fibre, stated: “We are excited to bring our high-speed full-fibre network to more communities. Our partnerships with DW Utilities will significantly enhance connectivity and utility experiences for all their customers.”

EE UK Makes New Wi-Fi 7 Smart Hub Pro Broadband Router Available

Mobile network operator and UK ISP EE (BT) has today made their new Qualcomm powered WiFi 7 router (Smart Hub Pro) and wireless booster (Smart Wi-Fi Pro), which were soft launched earlier this month (here), available to both new and existing customers of their fixed line home FTTP broadband packages.

In case anybody has forgotten, WiFi 7 introduces a number of new features, such as using the extra 6GHz channel with 320MHz of channel bandwidth for much broader capacity (Wi-Fi 6E is 160MHz), as well as Multi Link Operation (MLO), which allows data to be sent over multiple bands simultaneously, and 4K QAM, which offers up to 20% increase in peak data transmission performance (plus other enhancements). In short, WiFi 7 is both significantly faster and better at managing wireless congestion.

NOTE: The Smart Hub Pro and Smart WiFi Pro casing is made from 95% recycled plastic, and EE’s 100% recyclable packaging uses 100% recycled materials.

As of today, the WiFi 7 equipped Smart Hub Pro and Smart Wi-Fi Pro are being included as standard on EE’s top 1.6Gbps speed FTTP based Busiest Home and Made for Gamers broadband bundles. Alternatively, both devices are also available as add-ons to Full Fibre customers taking out EE Full Fibre 150Mbps and above for an extra £10 per month

When used together with the new Smart Hub Pro, Smart WiFi Pro (wireless signal booster) will give Full Fibre 150 and faster customers a minimum of 100Mbps WiFi connection in every room, with a money-back guarantee if it fails to deliver. Otherwise, we’ve re-pasted the specs for the new kit below.

Smart Hub Pro

Wireless Spec
Wi-Fi 7
802.11be
6Ghz 320Mhz 4×4
5GHz 160Mhz 4×4
2.4GHz 40Mhz 4×4

Processor
Qualcomm Bells IPQ9570
Quad Core 2.2Ghz

Memory
Flash 8GB
RAM 2GB

Wired Connections
1 x 2.5Gbps WAN (Ethernet)
4 x 2.5Gbps LAN (Ethernet)
Wired Connections

DSL Technology
FTTP Only

NFC
Supported (currently configured for Guest Wi-Fi)

Complete (Mesh) Wi-Fi Support
Yes (Smart WiFi Pro)

Digital Voice Support
Yes (DECT/FXS)

Hybrid Connect Support
Yes

EE TV Support
Yes

EE App Support
Yes (setup and operation)

On/Off/Dim Light Control

Integrated Password Card

Casing 95% PCR

Dimensions H:230mm W:110mm D:120mm

(Dimensions with stand) H:230mm W: 103mm D:102mm

Smart WiFi Pro

Wireless Spec
Wi-Fi 7
802.11be
6Ghz 320Mhz 4×4
5GHz 160Mhz 4×4
2.4GHz 40Mhz 2×2

Processor
Qualcomm Miami IPQ5322 Quad Core 1.5Ghz

Memory
Flash 4GB
RAM 1GB

Wired Connections 2 x 2.5Gbps LAN (Ethernet)

Compatibility Smart Hub Pro

EE TV Support Yes

EE App Support Yes (setup and operation)

On/Off/Dim Light Control Yes

Casing 95% PCR

Dimensions H:220mm W:50mm D:170mm

(Dimensions with stand) H:220mm W:58mm D:154mm

IOH and Accenture partner to boost AI development in Indonesia 

News 

The deal comes just a month after IOH partnered with Huawei to launch Southeast Asia’s largest digital intelligence operations centre 

Indosat Ooredoo Hutchison (IOH) has teamed up with Accenture to accelerate the development of a sovereign AI cloud platform, with the aim of advancing Indonesia’s digital transformation.  

Through its subsidiary Lintasarta, IOH will use Accenture’s AI Refinery platform to help businesses adopt AI-driven solutions, while ensuring data remains secure within Indonesia. 

The initial focus of the partnership will be on providing AI solutions for the financial services sector, one of Indonesia’s key industries. The partnership is expected to offer local banks AI tools to improve efficiency, boost profitability, and enhance customer service, while meeting industry regulations. 

“We are deeply committed to supporting Indonesia’s vision of becoming a digitally empowered nation by 2045, and see AI as a key enabler for both economic resilience and technological empowerment in Indonesia,” said Vikram Sinha, President Director and CEO of IOH in a press release. 

“This collaboration with Accenture and Lintasarta brings us closer to achieving that goal, as we combine global expertise with local market insights,” he continued. 

“This collaboration underscores Indosat’s larger purpose of empowering Indonesia, contributing to the nation’s digital transformation and technological sovereignty. By developing the country’s first sovereign AI platform, Lintasarta and Accenture are working to unlock the potential of AI while upholding the critical tenets of data security, sovereignty, and innovation,” echoed Senthil Ramani, senior managing director and global Data & AI lead at Accenture. 

Last month, IOH announced the launch of their Digital Intelligence Operations Center (DIOC), which will feature End-to-End Service Management of all its services, which will allow any customer issues to be quickly sorted. It will also integrate data analysis with “cutting-edge technologies,” which IOH says will enable “continuous, data driven innovation”.  

Back in February and Mobile World Congress Barcelona, the two companies signed a Memorandum of Understanding to work together on digital and AI development. 

Check out the Total Telecom top 20 telco AI champions! Click here to download 

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Nineteen mobile operators sign up to GSMA’s new ethical AI roadmap

News

The Responsible AI (RAI) Maturity Roadmap will help ensure mobile operators are using the emerging technology ethically and responsibly

Today, the GSMA have released their new Responsible AI (RAI) Maturity Roadmap, aimed at providing mobile network operators (MNOs) with tools and guidance surrounding their ethical implementation of AI.

The roadmap explores a company’s use of RAI across five aspects of their business: Vision, Operating Model, Technical Controls, Third-party Ecosystem, and Change Management and Communications. For each of these categories, the roadmap provides advice tailored to the company’s RAI maturity, from a Foundational level up to Advanced.

Telcos can work out where they sit on this maturity scale using a specially developed organisational assessment tool and receive advice on how to progress.

The guidelines have been developed in alignment with existing AI ethical standards for international organisations, including the OECD and UNESCO.

“The transformative potential of AI has long been apparent but its integration in our work and our lives must be done in a responsible and transparent way for it to be truly effective and sustainable,” said Mats Granryd, Director General of the GSMA. “Responsible AI is the right way to explore and unlock the many opportunities the technology presents, and the telecoms industry is proud to lead the way as the first sector to commit to this approach – we hope others will follow our example.”

The initiative is led by Axiata, Deutsche Telekom, Orange, Telefónica, and Telstra, with 19 MNOs in total signed up to participate. The full list of participating operators can be found on the GSMA website here.

Also in the news:
Meta resumes use of UK user posts to train its AI models
Verizon’s 4,800 job cuts will cost over $1.9 billion
CMA questions Vodafone–Three merger after second probe

Broadway Residents Get Date for Judicial Review of Broadband Poles Rollout

The Lifford Gardens and the Sands Residents Association, which represents part of Broadway in Worcestershire (England), has been informed by the Birmingham High Court that their Judicial Review hearing into the local council’s decision to allow deployment of a new FTTP broadband network using wood poles is to take place on 22nd October 2024 at 10:30am.

ISPreview wrote about the situation in June 2024 (here), which gives the full context. But to cut a long story short, the review focuses upon FullFibre Limited’s build in the village. However, rather than specifically going after the network operator (FullFibre is merely referenced as an “interested party“), the residents have instead been trying to secure a Judicial Review (JR) of the Wychavon District Council‘s (WDC) decision to allow the work to take place.

The case partly reflects the fact that, when deploying new poles for overhead cables (locals find these ugly), there are usually extra considerations for Areas of Outstanding Natural Beauty (AONB) like those that exist in parts of Broadway. Residents claimed that the council may have failed to properly interpret or take account of such considerations, which affect the siting and appearance of the development (i.e. did the council take enough action to ensure the visual impact would indeed be minimised, so far as practicable?) – this is needed for the work to be considered Permitted Development (PD).

Some of this also touched on whether an underground deployment would have been viable as an alternative to poles, which is always a tricky one for cost-sensitive network operators to balance. In addition, residents have suggested that the local authority might have been a little too close to the network operator.

Extract from the Residents Crowdjustice Page:

“When the cable provider first indicated that they intended to pole in Broadway, the residents, the Parish Council and the AONB Planning Officer all registered their objections to Wychavon D.C. We were all ignored as the council chose to do absolutely nothing to prevent the telegraph poles from being erected.

Residents were extremely concerned that Wychavon District Council had appointed a person who was not in planning to oversee the planning directorship dealing with the proposed installation of poles and broadband in our community, when this individual had a pre-existing relationship with the personnel of the telecoms operator (Full Fibre Ltd).

Following a freedom of information request, emails obtained between the two created a perception of bias in the minds of residents that the person appointed by the Council was in favour of the roll out of poles and overhead infrastructure.”

The residents were ultimately successful in securing a JR, which is a special type of court proceeding in which a judge reviews the lawfulness of a decision or action made by a public body. Such reviews are designed more to investigate how a decision has been made, rather than whether the outcome of that decision was the right one. But if successful, the council might be forced into making amendments, which could set a wider precedent.

Meesha Patel, Director of Legal for Wychavon District Council, told ISPreview:

“We’re clear that Permitted Development Rights mean we have no powers to prevent the installation of poles under 15m, force communication infrastructure to be installed underground or to have poles removed once installed. While the original application for a Judicial Review was rejected, we respect the fact that on appeal the court felt a review of the decision-making process was justified and we will present our case accordingly once a date for a hearing has been set.”

Locals have since been busy raising money for the case via their Crowdjustice page and are close to hitting their £10k target (although they might need £20k to properly fund the case). The group has now informed ISPreview that the Birmingham High Court has set a date of 22nd October 2024 at 10:30 am for their first substantive hearing to take place.

The hope is that, one way or another, the case may bring some additional clarity around the issue in AONB and this is something that would be useful for everybody to have. But the risk for locals in that, if they lose, they will be liable for the council’s costs and vice versa.

The risk for the roll-out of gigabit-capable broadband is that operators in AONB could end up having to jump through extra hoops, which might slow their deployments and increase their costs. Some people would clearly celebrate this, but it could also hamper some network upgrades and disadvantage those who do want faster broadband in some of the most poorly served areas; regardless of whether it comes overhead or underground.

Virgin Media Warns UK Broadband Users Not to Switch Routers Off at Night

Broadband ISP Virgin Media (O2) has revealed that 18% of respondents to one of their consumer surveys still “break the golden rule” by switching their Hub (router) off overnight. This might save a tiny bit of electricity, but it may also “prevent overnight software updates” (e.g. router firmware or other devices) from being applied – that could have unintended consequences.

Generally speaking, network operators and other software distributors often time important software updates to be released and applied during off-peak periods, such as late at night. Not only does this help the network to run more efficiently, but it also ensures that you don’t suffer a performance loss or disconnection while actually using the connection yourself. In addition, if something goes wrong, the network operator will often still have time to fix it before you notice.

NOTE: The results were based on a Censuswide survey of 2,001 UK-based respondents, conducted last year.

However, in the grander scheme of things, turning most routers off at night isn’t the end of the world, even though it might mess up some of the tasks or updates that your connected devices may be performing (a common issue within the modern ‘smart’ home). But just remember that frequently switching-off routers on older copper based broadband lines (i.e. ADSL, FTTC / VDSL2 or G.fast) could still cause the Dynamic Line Management (DLM) system to assume your connection is unstable and drop the speed to compensate.