Turkcell Deploys Europe’s Largest Super C+L ASON Mesh Network in Partnership with Huawei  | Total Telecom

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Press Release

Turkcell, Türkiye’s leading telecommunications and technology company, has been deploying Europe’s largest Super C+L ASON (Automatic Switched Optical Network) mesh metro and backbone network, in collaboration with global technology leader Huawei. This cutting-edge infrastructure sets a new benchmark in the evolution of high-capacity, flexible, and reliable optical networks. 

This state-of-the-art network provides bandwidth capacity of up to 400 Gbps and 800 Gbps, potentially even up to 2.4 Tbps per wavelength. Moreover, thanks to Super C+L technology, the spectrum increases by 2.5 times compared to traditional solutions. This technological leap will boost the total capacity carried over a single fiber by 5 times compared to conventional methods. As a result, this network deployment marks a pivotal advancement in meeting the demands of the 5G Advanced and F5.5G era. 

Leveraging ASON technology, the Super C+L mesh network allows for automated, intelligent network management, streamlining operations and maximizing uptime. This deployment solidifies Turkcell’s position as a leader in technological innovation, offering a robust foundation for next-generation mobile and broadband services. Prepared for the demands of the F5.5G era and beyond, Turkcell is set to lead the way in delivering future technologies. 

Prof. Dr. Vehbi Çağrı Güngör, Chief Technology Officer of Turkcell, says: “Turkcell is at the forefront of building the next generation of telecom infrastructure. Our commitment to innovation and technological leadership ensures that we are not only meeting the demands of today but also preparing for the future. This advanced network is designed to deliver the high-performance, flexible, and reliable connectivity required to support the digital transformation across industries.” 

Gavin Gu, President of Huawei’s Optical Transmission Domain, said, “Huawei is proud to collaborate in deploying one of Europe’s most advanced optical networks. This 400/800G Super C+L ASON mesh network is a key enabler of the next phase of connectivity, empowering businesses and consumers with seamless, high-performance services. By embracing new technology, we are ensuring that this infrastructure will support the future needs of the digital world.” 

ABOUT TURKCELL: 

Turkcell is a technology and telecommunications company headquartered in Türkiye, offering a unique portfolio of voice, data and IPTV services over its mobile and fixed networks along with digital consumer, enterprise and techfin services. Turkcell Group operates in three countries: Türkiye, Belarus and Northern Cyprus. Listed on both the NYSE and BIST since July 2000, Turkcell remains the only dual-listed company on these exchanges.

Read more at http://www.turkcell.com.tr 

Huawei ICT Services & Software Enable Digital Intelligence Acceleration  | Total Telecom

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Press Release

[Barcelona, Spain, March 3] Bruce Xun, President of Huawei Global Technical Service, unveiled five innovative ICT Services and Software solutions and best practices at the Huawei product and solution launch event held during MWC Barcelona 2025. These solutions include fast equipment Centre Offices (COs) modernisation solution, intelligent operations solution for MBB cross-domain service keepalive, mobile network NPS improvement solution, differentiated service experience monetisation and assurance solution, and enhanced Mobile Money solution. 

Fast CO Modernisation for New Service Development 

Huawei’s new solution accelerates the modernisation of traditional aggregation and access COs and significantly saves space, energy, and OPEX. The solution also facilitates target network evolution and new service development, as well as improves the ROI. In the solution, 3D digital modelling enables centralised one-off site surveys, eliminating repeated site surveys and reducing workloads. Integrated service planning of 2C, 2B, and 2H shortens the project planning period from months to weeks. Cross-domain joint SOP design integrates and orchestrates discrete cutover operations, reducing cutovers by more than 20%. The configurations of more than 160 types of equipment from multiple vendors are automatically converted, ensuring smooth service migration with zero interruption on the live network. The innovative compact energy-saving cabinets save 70% of space and reduce the PUE to 1.3. 

 

Intelligent Operations Solution for MBB Cross-domain Service Keepalive, Improving Network Resilience and Reducing Traffic Loss 

Transmission links cause more than 70% of major faults on mobile networks. Huawei has built a cross-domain multi-layer digital twin network (DTN) covering wireless sites, IP, and OTN to establish a dynamic association model between networks and services. The solution achieves a topology restoration accuracy of 90%, and extends the service keepalive scope to IP and OTN links. When a link fault occurs, the AI Agent with chain of thought (CoT) and reasoning capabilities immediately analyses the root cause and service impact, and generates link switchover proposals. Once experts confirmed the proposal, the solution is quickly delivered and executed to keep services alive. The entire process is shortened from hours to minutes, greatly reducing the service impact scope and traffic loss. 

In addition, engineers are precisely assigned to sites and assisted by FME Copilot to quickly resolve issues. 

Mobile Network NPS Improvement for Higher User Satisfaction 

In addition to delivering leading network performance and experience, Huawei keeps exploring how to improve user satisfaction and network NPS (N-NPS). Supported by converged data analysis and the user satisfaction perception model, the N-NPS Analysis Copilot identifies potential detractors and passives through user segmentation, with an accuracy of over 70%. The N-NPS AI Agent further performs association analysis on detractor experience, network performance, and poor-QoE area distribution. Once network issues that cause detractors are identified, SRCON beam-level wireless link optimisation is performed to resolve such issues. In this way, detractors are converted to promoters, the proportion of detractors is greatly reduced, and the overall N-NPS is improved. 

Differentiated Service Experience Monetisation and Assurance 

In addition to a million-level tariff asset library and the tariff design Copilot used to speed up tariff design, Huawei’s latest convergent billing solution introduces the tariff analysis AI Agent. It can periodically review and analyse the market performance of new tariffs and provide optimisation suggestions. The AI Agent improves the adoption rate of new tariffs from 50% to over 70%, enhancing the design efficiency and effectiveness of new tariffs. 

Different tariffs and services have differentiated experience assurance requirements. For example, live streamers need high uplink rates to prevent video stalls, while gamers require low latency with no frame loss. The AI Agent of SmartCare, designed to ensure experience in high-value scenarios, dynamically optimises networks based on data analysis and network capabilities, ultimately ensuring differentiated experiences and realising value.  

Enhanced Mobile Money to Build a New Digital Life Entry 

In addition to digital wallet services, Huawei’s enhanced Mobile Money solution integrates mobile micro-finance products oriented to more than 15 scenarios. The new intelligent credit assessment algorithm improves the credit granting rate from 40% to 45%, boosting the development of micro-finance services. 

Based on the open platform and diverse capability assets, new merchants can onboard the platform in only one day. Huawei continuously collaborates with partners and enables them to develop digital services, aiming to build Mobile Money as a new entry for mobile digital life. To date, Huawei has more than 250 partners.  

At the end of his speech, Bruce Xun noted that, to accelerate digital intelligence, we should focus on high-value business scenarios, streamline network, data, and AI capabilities along the value stream through professional service and software solutions, and quickly integrate Copilot, AI Agent, and DTN into the operation process for efficient human-machine collaboration and value realization, ultimately creating tangible business value. In addition, he sincerely invited customers to Huawei’s digital transformation practice center (DTPC), where they can explore high-value scenarios and co-create value with Huawei’s expert team based on global best practices and experience extracted from over 200 transformation projects worldwide. 

SMBs’ cybersecurity woes could be opportunity for telcos | Total Telecom

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Feature Week

A new report from STL Partners suggests that small and medium-sized businesses (SMBs) consider cybersecurity a priority, but lack the expertise to manage it themselves

SMBs’ cybersecurity spend on the rise

With the rise of AI over the past two years, the cybersecurity landscape for SMBs is rapidly growing more complex, with bad actors able to conduct more frequent and more personalised attacks on smaller enterprises.

The scale of the threat this presents to SMBs should not be underestimated. According to a recent report by STL Partners that surveyed 826 IT decision-makers across seven markets (Australia, Canada, France, Germany, Spain, the UK, and the US), 58% of SMBs report being the victim of a cyberattack.

“This may not even be the true total,” explained Marina Koytcheva, Research Director at STL Partners. “There will be some companies who are not even aware they have become victims.”

Against this background, it is hardly surprising that the study found 91% of the surveyed SMBs say cybersecurity is a top priority for their management. But, more importantly, these companies are also putting their money where their mouth is, with the respondents’ average spend on cybersecurity equating to 39% of their annual IT budgets.

“That the average spend on cybersecurity accounts for almost 40% of a company’s IT spend has really surprised us as researchers,” said Koytcheva. “It’s a testament to how important SMBs see cybersecurity.”

Furthermore, in line with the expanding threat landscape, the majority (64%) of SMBs said that they expect their cybersecurity spend to increase in the coming year.

A lack of resources and expertise

Part of the challenge here for SMBs is that while cybersecurity attacks are becoming more common and more sophisticated, SMBs’ own cybersecurity capabilities remain relatively stagnant. The report notes, for example, that 48% of SMB’s manage cybersecurity in-house via a non-expert.

“Most SMBs simply don’t have the budget to employ a full-time cybersecurity specialist,” explained Koytcheva. “They’re heavily reliant on cybersecurity service providers to meet their needs.”

Indeed, this lack of internal expertise is particularly telling with regards to SMBs’ most prominent cybersecurity risk: human error.

“The biggest challenge [SMBs] face in managing cybersecurity is ensuring that their employees behave responsibly,” explained Koytcheva, noting the large number of devices taken to and from a typical workplace each day. “Cybersecurity technology may capture the majority of the threats before they reach employees, but it’s very difficult to stop everything. That’s why cybersecurity training for staff is so important – humans make mistakes.”

But without in-house expertise, the question of how to provide this training is a difficult one. Training resources are relatively plentiful on the internet, but assessing and implementing them is problematic for small businesses.

“There may be free resources – sometimes even provided by the government – but even finding those and implementing those requires a lot of time. And small companies tend to be time poor,” said Koytcheva. “Solution providers that can provide not just technical support but staff training could have a really big competitive advantage.”

The nature of these businesses also means that they have little scope for cybersecurity testing at scale.

“For example, major organisations can conduct a phishing and other tests among all of their employees quite easily,” said Koytcheva. “This can help identify weak spots in cybersecurity understanding. But smaller businesses can’t do that – they need the solution provider to handle that.”

An opportunity for telcos?

Given these inherent cybersecurity limitations, SMBs are left heavily reliant on cybersecurity providers for protection, both in terms of technology and skills development. For Koytcheva, this represents an underexploited opportunity for the telco sector, which already has the technical expertise and the customer trust needed to succeed.

“Telcos are well positioned to offer cybersecurity services to SMBs because they already have solid relationships with them,” said Koytcheva. “They enjoy quite a high level of customer openness to considering their propositions, so the first steps are there for telco cybersecurity offerings.”

“I think that the market share taken by managed service providers is something that telcos can target, because their proposition is similar. Many SMBs buy cybersecurity from manage service providers as an add-on, so why wouldn’t they buy it as an add-on from a telco?” she added.

Telcos’ close understanding of their SMB customers could be invaluable, allowing them to offer services more personalised than those of established players in the IT space, which often view SMBs as a homogenous monolith.

“SMBs really shouldn’t be thought about as one group,” explained Koytcheva. “In fact, those who have, say, 10 or 20 employees are very different from companies that have 250 right at the other end of the scale. Their cybersecurity needs mirror those differences.”

Telcos could also assume the role of cybersecurity aggregators for SMB customers, bringing together multiple plug-and-play offerings from different vendors. This would allow them to better serve their SMB customers’ unique needs, as well as to scale their offerings alongside SMB growth.

“As businesses grow their needs for protection grow, but so does their ability to pay. Flexible propositions that can grow in tandem with SMBs will be invaluable. This could be a big revenue opportunity for telcos,” said Koytcheva.

You can access the full report here

AllPoints Fibre Networks and Daisy Communications announce fibre deal  | Total Telecom

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News 

AllPoints Fibre Networks (APFN) and Daisy Communications have announced a long-term strategic partnership to improve national full fibre services through APFN’s wholesale platform, aquila

Under the agreement, Daisy Communications will use the aquila platform, gaining access to a nationwide, full-fibre-only network. This will enable Daisy to deliver high-speed connectivity to millions of premises via a single API-first platform, streamlining operations and expanding its reach across the UK. 

As part of the partnership, Daisy will also acquire APFN’s B2B direct customer base, which was previously managed under the Giganet brand. The move will see these customers transitioned to Daisy Communications while maintaining their existing service levels and in-contract pricing, ensuring a seamless migration process. 

Both companies have confirmed that the transition is effective immediately, with all affected customers already informed of the changes. 

“The Daisy deal represents another big milestone for APFN. Daisy now has access to the largest full fibre wholesale offering in the UK which will benefit the loyal customers who have supported us to date,” said Jarlath Finnegan, Group CEO of AllPoints Fibre Networks, in a press release. 

“We’re delighted to have signed a deal with AFPN to bring the UK’s largest full fibre wholesale offering to our customers. We’re also pleased to welcome several customers into Daisy as part of our deal and we’re looking forward to working alongside them to keep Britain working,” echoed Dave McGinn, CEO of Daisy Communications. 

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Also in the news:
Mavenir and O2 Telefónica Germany renew cloud-native partnership
SAIC and Huawei partner to develop new smart EVs
PODCAST: The fight to win hearts and minds for rural broadband

Honest Mobile Launches New UK eSIM Based Smart SIM Plan | ISPreview UK

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Crowdfunded mobile operator Honest Mobile, which harnesses Three UK’s network via a Mobile Virtual Network Operator (MVNO) agreement, has today announced the launch of a “first-of-its-kind SIM” plan – Smart SIM – that is multi-network and designed to tackle expensive global roaming, as well as poor UK phone signals.

The supposedly “industry-first” eSIM solution works alongside your main SIM to provide 200+ essential apps with “unlimited data” (broadband) on mobile operators including EE, O2 and Three UK, plus free global roaming on those same apps in 180+ countries.

NOTE: eSIMs embed an electronic SIM into your device (Smartphone) that could – once fully implemented – make it easier and quicker to switch between operators (e.g. not having to wait for a SIM card to arrive) and to use additional networks alongside your main mobile service (e.g. eSIMs for travel when abroad).

The key detail here is that the new Smart SIM only “kicks in when you lose signal in the UK or go abroad“, automatically connecting essential apps to the strongest available network. To date, these 200+ apps include WhatsApp, Google Maps, Uber, and Monzo, with more added every week.

After almost 100,000 people signed up to the operator’s waiting list last year, Smart SIM is now available to buy instantly.

Andy Aitken, CEO and co-founder of Honest, said:

“The big mobile networks have set the bar shockingly low when it comes to meeting consumer needs. Too many people still struggle with connectivity, both in the UK and abroad. With yet more price hikes coming this April, Brits deserve better. We developed Smart SIM to tackle poor UK signal and expensive roaming, giving people peace of mind about staying connected, without worrying about losing signal or expensive roaming.”

The price of Smart SIM starts at either £10 per month or the equivalent of £3.75 per month if you pre-pay for a year in advance (normally £120). The plan is clearly focused more on data connectivity.

Streetwave to Map 4G and 5G Mobile Coverage Across East Midlands

Network analyst firm Streetwave has revealed that they’ve won another contract, this time via the Derbyshire County Council (DCC) in England, to map 4G and 5G mobile broadband coverage across another 10,000km of the UK’s road network in the East Midlands of England, using bin lorries.

Streetwave have spent the past 1-2 years harnessing waste (bin / refuse) collection trucks to map mobile network coverage and speeds in various parts of the UK (e.g. here, here, here, here and here). In this setup, refuse trucks are installed with several off-the-shelf Smartphones using software from Streetwave on top, which run continuous network tests (once every 20 metres in rural areas and 5m in urban areas) as the vehicles go around their routes.

NOTE: Throughput speed (consumer experience), signal strength, network generation and frequency band information are collected across all four of the main UK mobile operators – EE, Three UK, Vodafone and O2.

The data they collect is then being used by local authorities to help identify areas that may require additional intervention in order to improve local mobile coverage and or network capacity. In addition, members of the public have also been given access to some of this data via address-based coverage checkers and interactive maps (example).

The new deal with DCC will thus see mobile coverage quality being benchmarked across every road in each of the councils listed below – nearly 10,000 km in total. As above, Streetwave states that “the 1,600,000 people living in the region will also be given the ability to check which mobile networks have the highest performance outside addresses of interest through [a] free to use coverage checker“.

Councils Included in the DCC Streetwave Survey

1. Derbyshire County Council
2. Amber Valley Borough Council
3. Bolsover District Council
4. Chesterfield County
5. Derbyshire Dales District Council
6. Erewash Borough Council
7. High Peak Borough Council
8. North East Derbyshire District Council (NEDDC)
9. South Derbyshire DC

The survey is likely to then be extended to 8 more councils in the region:

10. Nottinghamshire County Council
11. Ashfield District Council
12. Bassetlaw District Council
13. Broxtowe Borough Council
14. Gedling Borough Council
15. Mansfield District Council
16. Newark and Sherwood District Council
17. Rushcliffe Borough Council

In addition, we understand that Streetwave will be announcing another contract with the Liverpool City Region next week too.

Firefighters Called to Blaze at BT’s Adastral Park Research Site UPDATE

Multiple Suffolk Fire and Rescue crews were called in late yesterday morning to tackle a blaze at the first floor of an office block on BT’s research and development focused Adastral Park site near Ipswich. The business park is home to around 150 other ICT companies that contribute toward both BT and their own development.

At this stage, little is known about the event, except that Firefighters with seven appliances attended the site just after 10:30am on Saturday (1st March 2025). The fire is understood to have been contained quite quickly, which limited the damage, and the fire was then extinguished just before 2pm.

According to the BBC News, a total of 12 firefighters entered the building wearing breathing apparatus to extinguish the fire. Investigations into the cause of the fire will begin next week and there’s currently no mention of anybody being hurt during the incident. We have approached BT for comment and will update when they respond. Thanks to one of our readers, Ian, for spotting this.

UPDATE 4:23pm

We’ve been informed that the fire wasn’t in one of BT’s own buildings on the site and no BT asset was impacted. It’s not currently known who was hit.

Study Claims 40 Percent of UK 5G Mobile Connections are Really 4G

New research from SignalTracker, which runs a popular Android mobile app (but not iOS) for monitoring and examining mobile phone reception, appears to show that although your handset may say 5G, it frequently only has a 4G connection. In UK samples, when the 5G icon was displaying, 38% of tests were in fact found to be a 4G connection.

This is because most phones show 5G when the base station to which they are connected has 5G equipment potentially available. The actual connection may be 4G or 5G,” said the study. “On some phones the icon becomes more distinct when an actual 5G connection is made, but on other phones the same icon is shown whether 5G is merely available or whether it is actually connected.”

NOTE: The map picture above gives an example from their signal survey in Central London, which shows actual 5G connections in red and 4G connections where the 5G icon is displayed in blue.

The issue described upon is indeed a familiar one, although until now we haven’t seen any UK studies that have attempted to examine how much of an impact it makes. “Actual 5G is about twice as fast [mobile broadband] as icon-only connections, averaging 49Mbps as against 27Mbps in our tests,” said the report.

The results come from all the UK mobile networks, but SignalTracker said displaying the 5G icon when there is only a 4G connection is “more common with some operators than others“. For example, for Three UK, the 5G icon means real 5G some 94% of the time and for Vodafone the figure is 93%. But for O2, only 66% of 5G tests had a genuine 5G connection, and surprisingly for EE it was just 32%.

The latter is unexpected, particularly as EE generally does quite well in other surveys of 5G based data performance and its coverage is often regarded as being quite strong.

Managing Director, Martin Sims, said:

“This issue is not being clearly explained to consumers. Achieving a 5G connection everywhere may not be possible and most people will accept this. But the public deserve clear information about what they are getting.

Mobile networks are an amazing engineering achievement. The best way to get public support for optimising this incredible technology is to keep them fully informed.”

The figures quoted come from over 11,000 tests carried out by PolicyTracker over the past two months, using the SignalTracker service.

Vodafone UK Tests IBM Quantum Safe Tech for Internet Security

Customers of Vodafone UK’s mobile and broadband services, specifically those that also use their internet anti-malware ‘Secure Net‘ service (included with their ‘Pro II Broadband’ packages), may in the near future be able to benefit from quantum-safe cryptography after the operator collaborated with IBM on a new Proof of Concept (PoC) test.

At present, Quantum Computers are still very much in the early R&D stages of their development. But it is anticipated that, someday, future cryptographically relevant quantum computers could be used to break today’s internet encryption techniques. While this risk may still be years away, cybercriminals are already using “harvest now, decrypt later” attacks to collect and store data for later decryption.

NOTE: Vodafone’s all-in-one digital security add-on, Secure Net, is already used by millions of customers across the UK and other countries to keep online users and their families safe from phishing, malware (viruses etc.), and identity thefts.

In response, IBM’s cryptography researchers have already co-developed two algorithms, which were recently published as part of the U.S. National Institute of Standards and Technology’s (NIST) first three post-quantum cryptography standards.

The new collaboration with Vodafone thus represents a demonstration, supported by Akamai Technologies, of how IBM’s new Quantum Safe technology could be implemented into Vodafone’s existing Secure Net service. This would essentially add new post-quantum cryptography standards to the existing encryption methods, helping to protect users against future threats.

Luke Ibbetson, Head of R&D at Vodafone, said:

“We want our customers to enjoy the internet without worry, now and in the future. On the one hand quantum computing could have many societal benefits such as modelling new medicines and optimising advanced digital networks. But on the other hand, it could be used to undermine the cryptographic principles that the Internet relies on today. That is why Vodafone and IBM are working together with other partners to get ahead of the curve.”

Lory Thorpe, IBM’s Quantum Safe Industry Lead, added:

“As a pioneer in quantum-safe cryptography and solutions, IBM is proud to expand our collaboration with Vodafone to help protect its customers from anticipated quantum risks. It’s crucial for organisations to implement4 post-quantum cryptography, and Vodafone has led by example as an early adopter of post-quantum security solutions.”

The PoC is currently being expressed as a “feasibility test” and no indication is given for how long we might have to wait before this becomes a real feature that existing mobile and broadband customers can enjoy. But Vodafone clearly states that they’re “looking to introduce new, attack-resistant cryptographic algorithms across its networks, as well as business and consumer products“. So hopefully it won’t be long.

New Survey Reveals Best and Worst UK Cities and ISPs for Broadband Reliability

New research from Broadband Genie, which surveyed 3,200 people across the UK, claims to have identified the best and worst cities, as well as internet providers, for broadband reliability. Overall, Gloucester was named as the best UK city for reliability (only 8% experienced outages last year), while Belfast (51%) was the worst.

The somewhat anecdotal survey asked participants how many outages they’ve experienced in the last year, where they live and who their broadband provider is. Using this, a reliability score out of 100 was calculated. One possible caveat here is that the survey didn’t attempt to separate broadband from local connectivity problems, since consumers can sometimes wrongfully blame their ISP for problems that could be caused by factors outside the provider’s control (e.g. slow WiFi, power cuts, local network congestion, local network/router configuration problems, third-party device errors etc.).

NOTE: ISPs with fewer than 10 customers represented in the survey were excluded, due to lack of proper representation.

Suffice to say that opinion surveys like this don’t always tell the whole story and would probably need to be significantly larger to catch a strong enough sample size for each city, as well as each ISP, in order to deliver a truly useful result. Sadly, the survey doesn’t show us how big the sample sizes were for each ISP and city, but we wouldn’t be surprised if some locations and providers only had a fairly small pool of responses.

In terms of the results for ISPs. Utility Warehouse (UW) came top, with some 93% of respondents saying they hadn’t experienced any outages or at least couldn’t remember having experienced one. However, at the other end of the scale, Cuckoo sat at the bottom on a figure of 12%. But as we said before for cities, you’d really need a much bigger minimum sample size per provider to really do this kind of survey justice. Take with the usual pinch of salt.

Top 29 Best and Worst Cities for Broadband Reliability

Rank City People with zero outages Score
1 Gloucester 0.92 91.2
2 Wolverhampton 0.86 83.1
3 Worcester 0.83 80.9
4 Oxford 0.84 80.6
5 Sheffield 0.83 79.2
6 Wrexham 0.82 79.1
7 Norwich 0.81 76.4
8 Leicester 0.79 73.8
9 Leeds 0.79 73.6
10 Southampton 0.81 72.7
11 Cardiff 0.76 70.4
12 York 0.76 69.4
13 Newcastle 0.76 68.5
14 Swansea 0.74 66.5
15 Birmingham 0.74 66.2
16 Liverpool 0.72 65.6
17 Cambridge 0.76 64.5
18 Plymouth 0.71 64
19 Bristol 0.73 62.7
20 Edinburgh 0.71 59.6
21 Portsmouth 0.74 59.5
22 Aberdeen 0.63 58.42
23 Manchester 0.63 52.43
24 Chelmsford 0.63 51.91
25 Coventry 0.67 51.63
26 Brighton and Hove 0.64 49.24
27 Glasgow 0.64 44.11
28 London 0.55 42.21
29 Belfast 0.49 39.74

Top 21 Best and Worst ISPs for Broadband Reliability

Rank Internet Provider People with zero outages 1+ outages 4+ outages 7+ outages 10+ outages Score
1 Utility Warehouse 93% 7% 0% 0% 0% 92.14
2 BT 81% 19% 5% 2% 1% 75.28
3 TalkTalk 77% 23% 5% 2% 2% 69.47
4 Plusnet 72% 28% 7% 1% 0% 65.26
5 Virgin Media 70% 30% 7% 3% 2% 60.42
6 Sky Broadband 69% 31% 9% 3% 1% 59.61
7 CommunityFibre 69% 31% 14% 8% 3% 52.22
8 NOW TV / Broadband 62% 38% 16% 0% 0% 51.75
9 Hyperoptic 65% 35% 17% 4% 0% 51.74
10 Vodafone 63% 37% 12% 3% 1% 50.96
11 EE 60% 40% 13% 2% 0% 49.12
12 Youfibre 60% 40% 23% 3% 0% 44.33
13 Zen Internet 53% 47% 20% 2% 0% 39.11
14 KCOM 46% 54% 15% 3% 0% 32.82
15 Origin Broadband 53% 47% 29% 5% 0% 32.63
16 Trooli 47% 53% 24% 12% 0% 24.12
17 Three UK Broadband 40% 60% 25% 4% 0% 21.27
18 Direct Save Telecom 32% 68% 21% 0% 0% 16.32
19 Gigaclear 30% 70% 30% 5% 0% 7.5
20 BeFibre 20% 80% 30% 3% 0% -2.33
21 Cuckoo 12% 88% 47% 12% 0% -24.12