Broadband ISP Sky Business Launch UK Cloud Voice Service | ISPreview UK

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Broadband ISP Sky Business (Sky UK) has today announced the launch of their new Cloud Voice solution, which is partly intended to help businesses migrate away from the traditional Public Switched Telephone Network (PSTN) system before it’s switched-off at the end of this year (vulnerable consumers have longer, until 31st January 2027).

The service claims to offer a “flexible, cost-effective, and future-ready cloud communication solution that enables teams to work from anywhere, with high-quality business calling on the go, video conferencing and messaging tools powered by Webex by Cisco“. The service also includes 60 advanced call features, unlimited internal minutes, round-the-clock customer support and integrates with existing business infrastructure, while also “eliminating outdated phone systems and saving costs“.

Cloud Voice is said to be “particularly well-suited” for businesses in retail, hospitality, real estate, franchise operations, healthcare, and growth tech, which require a flexible way to manage communication across multiple locations.

Damian Saunders, MD, Sky Business, Mid-Market & Enterprise, said:

“Businesses are looking for smarter ways for employees to communicate, that support productivity, are collaborative, and future proofed. With Sky Business Cloud Voice, we’re offering a solution that not only meets these needs but does so in a way that is cost-effective and scalable.

By partnering with Gamma, a leading provider of cloud-based communication services, our customers can benefit from the highest quality technology, backed by our industry leading support.”

Sky’s Cloud Voice plans range from £9 (the cheapest plan has no hardware or unlimited minutes) to £15 +vat per seat per month, including unlimited internal calls, 60 advanced call features like call forwarding, routing and IVR and unlimited calls on Core and Ultra packages.

Full Fibre Broadband ISP Hyperoptic Appoint Openreach Vet as COO | ISPreview UK

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City-focused broadband ISP Hyperoptic, which since 2011 claims to have built an alternative full fibre (FTTP/B) network to reach “more than” 1.73 million UK homes in parts of 64 towns and cities (inc. 340,000 customers), has today announced that they’ve appointed former Openreach (BT) veteran Mark Barlett to be their new Chief Operating Officer (COO).

The operator, which recently suffered another round of redundancies and spoke about having their “target of 2m homes passed well within our sights” (here), is currently in the process of entering the next phase of their growth strategy (we expect to be hearing more about that in the near future) and such things often benefit from new leadership.

NOTE: KKR acquired a majority (75%) equity stake in Hyperoptic during 2019 (here) and the operator, which is home to c. 2,000 staff, has a committed debt and loan facility of c.£1.3bn.

In keeping with all that, Hyperoptic has today announced that Mark Barlett has been appointed to be their new COO. Mark previously spent nearly 5 years working in various Director roles within Cellnex UK and, prior to that, he also spent nearly 7 years working within Openreach, where he helped to direct many of their infrastructure, network / planning and broadband delivery programmes. Not to mention various stints at techUK, Arqiva, BT and the Royal Navy (Engineering Officer).

CEO and co-founder, Dana Tobak CBE, said:

“With ambitious targets and growth plans for 2025 and beyond, Mark’s impressive track record, knowledge and expertise put him in good stead to challenge the status quo, bolster our growth – especially within the new build market – and ensure we are continuously improving to deliver against our customer promises.”

Mark said he was “delighted to be joining the team at Hyperoptic at such a pivotal stage of its growth” and is “looking forward” to supporting the team on its “transformational journey to become the UK’s most loved and desired broadband provider“.

YouFibre Become First UK ISP to Take 400G Port at LINX Manchester | ISPreview UK

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Alternative UK broadband provider YouFibre, which is one of the retail outlets for Netomnia’s (Brsk) growing 10Gbps capable Fibre-to-the-Premises (FTTP) network, today claims to have become the first ISP to take a 400G (Gbps) port at the London Internet Exchange’s (LINX) regional interconnection hub in the North – LINX Manchester.

Just for some context. Netomnia’s full fibre network currently covers over 2.08 million premises across parts of more than 90 UK cities and towns, although they’re aiming to reach 3 million homes and businesses by the end of 2025. The network is also home to a total of 238,000 customers via Brsk and YouFibre, and they have an ambition to reach 1 million customers by 2028.

NOTE: The combined group of Netomnia and Brsk is backed by more than £1.3bn of equity and debt from investors Advencap, DigitalBridge, and Soho Square Capital.

Crucially, YouFibre has more than doubled their customer base over the last 12-months, and they’ve also indicated their desire to introduce ADTRAN’s cutting edge 50G PON kit across their network (here). The first products on their new 50Gbps capable broadband platform are due to launch in the very near future, but all of this growth and enhanced connectivity also requires more capacity.

Suffice to say that taking out a 400G port at the Manchester internet exchange is a key part of that capacity drive. Such IXP locations serve as a critical meeting point for ISPs, content networks, media, gaming, finance and enterprise to meet via a single cross connect to share traffic for low latency end user experiences.

The regional IXP, operated by LINX, has experienced growth of its own lately with multiple traffic peaks, tipping the 700Gbps mid-February to then be extremely close to 800Gbps, following the latest Call of Duty and Fortnite gaming updates.

Sam Defriez, Network Director at YouFibre, said:

“We have been monitoring our network traffic growth on a regional level and we’re always looking to stay ahead of user demand, especially in big moments like a gaming update, which has driven our decision to install 400G ports in key locations, starting in Manchester. We will be looking to roll out to more locations through 2025.”

Colin Peckham, Interconnection Manager for LINX and LINX Manchester Lead, said:

“Manchester continues to evolve as a key digital hub and we are seeing new networks connecting into LINX Manchester for more efficient network routing and content delivery as well as existing members, like YouFibre, increase their capacity.

Our Internet Exchange Points across the UK are designed exactly the way that YouFibre are utilising them. Taking a 10G or 100G port at each site in London, Wales, Manchester and Scotland to keep their traffic local. This is especially valuable when our LINX membership fee of £100 per month includes at 10G port with 2Gbps of service at each location for this reason.”

The LINX Manchester networking community is accessible from five data centres across the metro; Equinix, Datum, Pulsant, Lunar Digital and AtlasEdge. Networks meet at the IXP regardless of which data centre they are co-located, creating more opportunities for effective network routing. But normally it’s only global content delivery (CDN) networks or global carriers who have traditionally had demand for the latest 400G solutions.

The news comes only a few months after alternative full fibre broadband provider toob proclaimed itself to be the first UK ISP to take a 400G port at LINX’s largest LON1 (London) Ethernet switching platform for their peering services and more (here).

CityFibre’s UK Full Fibre Broadband Network Suffering Disruption UPDATE2 | ISPreview UK

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Customers from a number of broadband ISPs on CityFibre’s national Fibre-to-the-Premises (FTTP) network – covering 4.3 million UK premises (4.1m RFS) – appear to be experiencing sporadic service issues this morning, which range from disconnection events to problems with high network packet loss and latency.

The problems appear to have started at around 2:40am this morning and have gradually become more noticeable as people wake up, although the issue doesn’t appear to be affecting all of CityFibre’s connections (users only suffering from the latency/packet loss issue may notice it more in certain apps/services than others). But reports are currently coming in from various places across the country.

CityFibre is understood to have already engaged their “Major Incident Team“, who say they are “currently investigating an incident that is impacting high latency and packet loss across the network. We are working to identify the issue and resolve the issue as quickly as possible“. The next update is expected at around 9:30am.

Just for some context. The service status page for iDNET appears to indicate that 37.5% of their CityFibre connections have been disrupted by the problem, which they say reflects the fact that an “abnormally high number of customers are offline or have had a recent connection drop.”

UPDATE 9:06am

Looking at some of the feedback from customers being affected by all this, some are reporting packet loss reaching around 85%+ (upwards of 10%) and latency times have gone as high as 2000ms (2 seconds). The latter is akin to what you’d expect from an older style of GEO satellite internet connection.

But just this moment there are indications coming in that the issue may be seeing some resolution, although the feedback is still variable.

UPDATE 9:31am

CityFibre has informed ISPs that the issue was resolved at approximately 8:50am. “A configuration issue impacted several services, but the configuration has since been updated, resolving the issue. Thank you for your patience during this time,” said the operator. The operator will now conduct a full investigation into the root cause.

Mayor of London Releases Interactive Map of City Broadband Speeds | ISPreview UK

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The Mayor of London, Sadiq Khan has this week published a new interactive map that shows how broadband speed availability varies across the city by postcode and where improvements may be needed.

The map itself, which at the time of writing didn’t appear to bring up any results when we tried to input some example postcodes, is largely based on Ofcom’s most recent Connected Nations data from July 2024. The release appears to have been timed to coincide with yesterday’s meeting of London’s Economy, Culture and Skills Committee, which heard “evidence on the work being done to improve London’s broadband speeds, the challenges of this, and the impact improved broadband speeds would have on London’s economy“.

NOTE: The committee took evidence from CommunityFibre, various digital and connectivity leads for local authorities, the Good Things Foundation and the Federation of Small Businesses (FSB).

According to the latest data from Thinkbroadband, some 98.70% of premises can access a fixed 30Mbps+superfast broadband” service in London, which falls to 91.58% for gigabit (1000Mbps+) lines or 72.90% when only looking at full fibre (FTTP). Suffice to say, while fixed broadband coverage across the city is fairly strong, there remain some well-known patches of poor connectivity that have yet to be resolved by commercial investment.

For those with an interest, we’ve previously written an article that examined some of the key reasons why major urban areas often struggle to achieve universal coverage (here), which is despite the fact that they’re normally assumed to be among the most attractive places for private investment to tackle. But the reality is often a lot more complex, and some areas can be particularly hard to upgrade.

The committee recognises that “there is still a small percentage of households in London which are not able to obtain a connection capable of delivering [30Mbps+] speeds“, let alone gigabit connectivity, and has set about trying to tackle that (not for the first time, we’ve seen numerous initiatives over the years).

Meeting Summary (Background)

The current standard for a fast broadband connection is referred to as “gigabit-capable” broadband, which means download speeds of at least one gigabit (1,000 megabits) per second (Mbps). The previous Government’s target was for gigabit-capable broadband to be available to 85 per cent of premises by 2025, and to be available nationwide (i.e., 99 per cent of premises) by 2030. According to the Office of Communications (Ofcom) data, as of 2024, 86.4 per cent of premises in London have gigabit-capable broadband.

Private investment in broadband is particularly low in South and East London, with 224,000 premises unable to obtain gigabit-capable broadband and 29,000 premises in ‘not spots’ (i.e., receiving less than 30 mbps). Areas with a higher proportion of flats/multi-dwelling units (MDUs) are also less likely to have good broadband connectivity.

The deployment of fibre-optic cable infrastructure in London is more costly compared to other parts of the country, and it is considered to be more challenging due to issues around legacy infrastructure. This is compounded by fragmentation of responsibilities between and within boroughs, posing a barrier to investment.

To deliver broadband to premises, providers also need the owner’s permission to carry out works, referred to as a “wayleave agreement”. Broadband providers have said that in the case of MDUs, owners can often be difficult to identify, unresponsive or reluctant to grant access. Openreach has reported there are over 800,000 flats in the UK where its fibre network is present in the street outside the building, but they cannot gain access to the property.

Slow broadband has a significant impact on London’s small and medium-sized businesses (SMEs): according to a 2024 analysis, SMEs are missing out on £28 billion in annual revenue due to slow and unreliable broadband.

The Mayor’s vision is for London to be the “best connected city in Europe, where affordable full fibre connections are available to all homes and businesses”. In 2017, the Mayor appointed the city’s first Chief Digital Officer, Theo Blackwell MBE, and established the Connected London team to work with boroughs and providers to better coordinate digital infrastructure providers and enable investment into fibre infrastructure in underserved areas.

Issues for Consideration

The overall purpose of the Committee’s meeting is to:

• Assess to what extent poor broadband connectivity remains an issue in London;
• Understand the main causes for poor broadband connectivity in London;
• Understand who is likely to be affected by poor broadband connectivity;
• Assess the impact of poor broadband connectivity on London’s households and businesses; and
• Understand what action national and local government and the Mayor can take to ensure all of London’s households and businesses can access fast and reliable broadband internet.

Readers can watch a video of the meeting online, although only time will tell whether this produces any effective solutions. City authorities are often limited in their ability to call on public funding to help resolve such issues. This is because state aid rules and related value for money exercises often conclude, understandably, that dense urban locations should be upgradable using private funding. Using public money might also be considered anti-competitive in an environment where several operators are likely to be playing, although voucher schemes can help to skirt around such rules, but they can only go so far.

UPDATE 5:25pm

Correction. It was the Mayor of London, not the London Assembly, that actually posted the map (both share the same website).

Streetwave to Map 4G and 5G Mobile Cover Across Liverpool City Region | ISPreview UK

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As hinted last week (here), network analyst firm Streetwave has confirmed that they’ve won yet another contract to map 4G and 5G based mobile broadband coverage using bin lorries, which will this time focus on the Liverpool City Region in Merseyside (England) and some 7,000km of the UK’s road network.

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

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 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).

Streetwave thus plans to map the network quality across every road in the Liverpool City Council, Wirral Council, Sefton Council, Knowsley Council, St Helens Council and Halton Borough Council areas. The data they collect is usually a lot more accurate and informative than the estimates of mobile coverage offered by network operators themselves, which makes it extremely useful. Typically, it often only takes a few short months, once the study starts, for the first data to become available.

Vodafone and Ericsson cut 5G energy bill by a third in latest ‘sleep mode’ trials  | Total Telecom

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time lapse photography of square containers at night

News 

The trial focussed on powering down 5G sites when not in use, dramatically reducing their energy consumption 

This week, Vodafone UK and Ericsson have announced the successful completion of a new trial in London that puts 5G and 4G sites ‘to sleep’ when not in use. 

The trial focused on making better use of network downtime, introducing features that power down equipment when demand is low and reactivate it when needed. It aims to lower energy costs and carbon emissions without compromising network performance.  

The trial focussed on three power-saving elements: 

  1. 5G deep sleep: Allows radio units to switch to a low energy mode during quieter periods, cutting power use by up to 70%.
  2. 4G cell sleep mode: Optimises when 4G sites power down, improving efficiency without affecting coverage.
  3. Radio power efficiency map: Identifies sites where power savings can be made.

Vodafone also confirmed it is looking at new mast designs that could reduce the number of physical sites and street-level cabinets needed in some areas. 

“By working with Ericsson to successfully apply these innovative software solutions to our network, we’re able to significantly improve energy efficiency without impacting the service our customers receive,” said Andrea Donà, Chief Network Officer & Network Director at Vodafone UK in a press release. 

“Reducing power consumption at our trial sites is a big win – both financially and environmentally – and shows we can continue to improve the efficiency of our network as we build 5G coverage across the UK,” he continued. 

Vodafone is not the only operator to be exploring the benefits of powering down unused mobile sites. Last year, rival operator EE (BT) said it had commercially deployed similar technology at various sits across the country, suggesting it could save 4.5 million KWh of energy per year. 

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

Also in the news:
EY launches suite of AI agents for telcos
Discussing the fate of the BEAD Program with Dr. Nathan Smith
Indosat Ooredoo Hutchison Becomes First Mobile Operator in Southeast Asia to Deploy AI-RAN with Nokia and NVIDIA 

Shock U-turn as Jio and Airtel both sign up for Starlink | Total Telecom

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News

The Indian operators are the latest in a growing list of telcos to lean on SpaceX to cover hard-to-reach customers

This week, India’s two largest mobile operators, Reliance Jio and Bharti Airtel, have announced partnerships with SpaceX to use its low Earth orbit (LEO) satellite constellation Starlink.

The deals will see the operators leverage Starlink’s roughly 7,000 satellites to deliver satellite internet services across India, potentially offering connectivity to the nearly 600 million people in India that do not have internet access.

The operators say they will begin selling Starlink terminals in their retail stores, as well as providing installation support.

“Ensuring that every Indian, no matter where they live, has access to affordable and high-speed broadband remains Jio’s top priority,” said Mathew Oommen, Group CEO, Reliance Jio. “By integrating Starlink into Jio’s broadband ecosystem, we are expanding our reach and enhancing the reliability and accessibility of highspeed broadband in this AI-driven era, empowering communities and businesses across the country.”

“This collaboration enhances our ability to bring world-class high-speed broadband to even the most remote parts of India, ensuring that every individual, business, and community has reliable internet,” Bharti Airtel’s managing director Gopal Vittal in a separate statement.

The deals represent a surprising compromise between the Indian operators and Starlink, which had been clashing over the governments satellite spectrum policy.

SpaceX had argued that the spectrum should be directly allocated to relevant parties by the regulator, as had is traditional for satellite service providers in most markets around the world. Airtel and Jio, on the other hand, said that the spectrum should be auctioned like typical mobile spectrum since they are providing telecoms services.

In October last year, the government indicated that it would directly allocate the spectrum, though the telcos continue to argue against the decision.

The move also marks a move away from the telcos’ previous satellite internet strategies. Bharti Airtel, for example, already has a satellite broadband deal with Starlink’s LEO sat rival Eutelsat, a company in which it holds a minority stake. Jio, on the other hand, launched its own satellite broadband service, JioSpaceFiber, in 2023, leveraging various satellites from SES, with whom it has a joint venture, Jio Space Technology Limited.

The exact reason behind these strategic U-turns is unclear but is likely indirectly related to SpaceX owner Elon Musk’s growing role in US government. Indian prime minister Narendra Modi met with Musk in Washington late last month, reportedly discussing numerous topics including space policy and technology.

In the same vein, the deals probably foreshadow an acceleration of regulatory approval for Starlink, which has been battling through the administrative process since 2021.

The approval process has been heavily delayed due to numerous regulatory squabbles, including earlier this year when Starlink’s technology was found to be being used by insurgents an drug smugglers in the Andaman and Nicobar Islands.

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

Also in the news:
EY launches suite of AI agents for telcos
Discussing the fate of the BEAD Program with Dr. Nathan Smith
Indosat Ooredoo Hutchison Becomes First Mobile Operator in Southeast Asia to Deploy AI-RAN with Nokia and NVIDIA

Telness Tech Brings European Technology to U.S. MVNOs on the T-Mobile Network | Total Telecom

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This marks an important step for Telness Tech in the U.S. market. By using Telness Tech’s software with T-Mobile’s 5G network, MVNOs can streamline operations, automate processes, and improve customer experiences.

 

Martina Klingvall, CEO and Founder of Telness Tech, expressed enthusiasm about the collaboration saying: “Working with T-Mobile is a significant milestone for Telness Tech as we expand our international presence. This association combines our automation-first platform with T-Mobile’s advanced 5G network, helping MVNOs succeed in the competitive world-wide telecom market.”

 

Telness Tech’s services are paving the way for MVNOs to enter the market with flexibility, scalability, and customer-centricity all on the T-Mobile network.

 

Dan Thygesen, SVP T-Mobile Product, Partnerships & Growth and head of Wholesale & Innovation, added: “Working with Telness Tech highlights T-Mobile’s commitment to innovation and supporting MVNOs with advanced tools and infrastructure. Together we’re enabling MVNOs to harness the power of America’s largest 5G network, setting the stage for excellent connectivity and customer experiences.”

Startup Stories: Introducing automation and observability specialist Telaverge Communications | Total Telecom

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Startup Stories

Introducing Telaverge Communications, a business transforming telcos to techcos through automation and observability

Tell us about Telaverge

Telaverge Comprehensive Carrier Platform (CCP) is a Gen-Al infused Automation and Observability platform, empowering mobile operators to rapidly test, deploy and observe networks and applications, at a fraction of the current cost of existing solutions.

What was your inspiration for founding the company?

I have been in the Telecom arena since 1999 and have watched the evolution from 2G to 5G. This evolution made me aware of the need for a platform that could realize the true value of 5G and 6G.  Network outages are extremely painful for users, and costly to Carriers, and these outages are more frequent with 5G deployments. To combat these outages and costs, Carriers have added layers of legacy testing and oversight which were great 10 years ago, but since then, the number of smartphone users have QUADRUPLED and now all those ‘measures’ act like barriers to revenue and are extremely costly.

So that’s the problem; How do you affordable deploy to billions of global users at a sustainable rate?  Carriers have failed to answer, and this has led to underperformance of Return On Investment (ROI) in 5G.

Tell us about your business’s journey so far. What have been the biggest challenges and biggest successes?

I started with a singular goal of understanding the pain points of OEMs and Carriers using Niche Services as a vehicle (Design to Deployment) and developing products for next-generation technologies. Biggest challenge has been the telco industry’s slower adaptation of technology based solutions, though 5G has triggered an open architecture approach where our products are a perfect fit.

What does the future hold for your business? Where do you see the company a year from now?

We are primed to disrupt the Automation and Observability market with our software-only AI-infused platform. We expect to be in the global top 10 Tier-1 carriers and OEMs in the coming years.

What are you most looking forward to about exhibiting at Connected America?

I’m most excited to meet with peers and discuss industry trends, customer challenges, and collaboration opportunities!

Join Telaverge Communications and the rest of the startup ecosystem at this year’s Connected America conference live in Dallas, Texas


Company details

HQ location: 300 N Coit Road, Richardson, TX – 75080

Number of employees: 150

Funding situation: Early stage

Website: http://www.telavergecommunications.com

Founders: Kumar Ramalingam, Sumitra Parthasarathy, Ajith Kumar

Linkedin: Kumar Ramalingam