Data breach at Verizon impacts 63,000 employees

News

The breach was seemingly caused inadvertently by a fellow staff member

This week, US mobile giant Verizon has informed authorities that the personal data of 63,206 people – primarily the company’s own employees – have been compromised by a data breach. This represents the data of roughly half of the company’s 117,000 workers.

The breach occurred on September 21 last year and was only detected on December 12, almost three months later.

While the specifics surrounding what caused the breach were not revealed, Verizon said it believed “inadvertent disclosure” and “insider wrongdoing” were the cause of the breach.

According to the operator’s report, the data compromised during the attack included employees’ names, addresses, Social Security Number or other national identifier (if available), gender, union affiliation (if applicable), date of birth, and compensation information.

However, it appears none of this data has been shared with external sources.

“[On Sept. 21], a Verizon employee obtained a file containing certain employee personal information without authorization and in violation of company policy,” explained Verizon in a sample letter to victims filed with the Maine attorney general’s office. “Promptly after learning of the issue [on Dec. 12], we conducted a review. […] At this time, we have no evidence that this information has been misused or shared outside of Verizon as a result of this issue.”

Verizon says work is ongoing to better understand the cause of the breach and to improve internal security.

The company has also implemented a two-year identity theft protection and credit monitoring service, details of which have been sent to impacted employees.

This data breach is Verizon’s second major security scandal in the past year, with 7.5 million of the company’s wireless subscribers having their data leaked on the Dark Web.

Want to keep up to date with the latest telecoms news from the US market? Join the telcos in discussion at this year’s Connected America conference live in Dallas, Texas

Also in the news:
EU telcos join forces against Gigabit Infrastructure Act
Jio releases ‘Jio Brain’ AI platform
Ofcom issues further crackdown on spoof phonecalls

TIM to rebuff Italian government’s offer for Sparkle

News

Reports suggest that the government’s €750 million offer for TIM’s submarine cable unit will be rejected, with the operator seeking a better offer

Last week, the Italian government reportedly made a bid to acquire 100% of TIM’s submarine cable unit Sparkle. While the financial details of the bid were not revealed, reports suggested that it valued the business at up to €750 million.

Today, further reports suggest that this bid is set to be rejected by TIM, with the company’s directors set to seek a higher offer for its subsea assets.

According to anonymous sources within TIM, the company believes Sparkle to be worth €850 million.

Sparkle itself currently owns and operates around 600,000km of submarine cable infrastructure, as well as supporting assets like cable landing stations and data centres. These assets are viewed as critical infrastructure by the Italian government, which has had designs on purchasing part of all of the business since the Meloni government took charge at the end of 2022.

TIM sold its fixed line network assets to US private equity firm KKR for €22 billion back in November, with Sparkle notably excluded due to the government’s interest in these assets.

Negotiations over Sparkle’s future are expected to continue this week, with sources suggesting that TIM may also seek to retain a minority share in the business as part of the settlement, as well as a higher price tag.

Want to keep up with all the latest news from the submarine cable community? Join the discussion at Submarine Networks EMEA, the world’s largest subsea communications event

Also in the news:
EU telcos join forces against Gigabit Infrastructure Act
Jio releases ‘Jio Brain’ AI platform
Ofcom issues further crackdown on spoof phonecalls

The strategic importance of private networks in the era of 5G

Viewpoint Article

By Hema Kadia, founder and CEO of TeckNexus

As the technological landscape continually evolves, the advent of 5G has marked a significant shift in communication and networking capabilities. This latest iteration of mobile network technology has opened new horizons, particularly in private networks. These networks, distinct and secure, are rapidly becoming crucial across various industries, offering tailored solutions that address specific organizational needs.

The flexibility and advanced features of private 5G networks, such as enhanced security and customized network control, are increasingly recognized as vital for strategic advancement in sectors ranging from manufacturing to healthcare. This growing trend underscores the importance of private networks in leveraging the full potential of 5G technologies to meet unique industrial demands.

The rise of private 5G networks

The rise of private 5G networks reflects a growing trend towards specialized, high-performance connectivity solutions tailored to organizational needs. These networks provide many advantages over traditional public networks, primarily in terms of security, reliability, and network control. Private 5G networks offer the bandwidth and low latency needed for critical applications, ensuring uninterrupted, high-speed connectivity crucial in sectors like manufacturing, healthcare, and logistics.

John Deere’s implementation of a private 5G network in its manufacturing operations is a standout example of this innovation. This move has revolutionized how they manage data and operate machinery. By leveraging private 5G, John Deere has achieved enhanced operational efficiency, with secure and reliable connectivity facilitating real-time data transfer and analysis, leading to improved decision-making and productivity. This case study exemplifies the transformative impact private 5G networks can have, setting a benchmark for other companies in various industries looking to harness the power of advanced network technologies.

Applications across industry verticals

The practical applications of private 5G networks across various industries are increasingly evident:

Manufacturing: Companies like John Deere are utilizing private 5G networks for more efficient real-time monitoring and automation in manufacturing processes. This approach helps in reducing downtime and improving production line efficiency.
Healthcare: Private 5G networks in healthcare are enhancing patient care through improved telemedicine capabilities and secure, rapid transfer of medical data, supporting efficient patient management and care.
Transportation: Private 5G networks assist in better vehicle and cargo tracking, contributing to improved logistics management and route optimization.
Education: Educational institutions are beginning to use private 5G networks to support immersive learning experiences and virtual classrooms, offering high-bandwidth, low-latency connections necessary for interactive educational tools.
Mining: Private 5G networks aid in remote equipment operation and real-time data analysis, leading to safer and more efficient mining operations.
Sports and Events Venues: These venues are adopting private 5G for enhanced visitor experiences, including augmented reality features and seamless streaming of live events.
Public Safety/Smart Cities: Private 5G networks contribute to smarter city infrastructure, improving public safety through enhanced surveillance and emergency response capabilities.

Each of these sectors is finding unique and practical ways to integrate private 5G networks, enhancing operational efficiency and user experiences. The 5G Magazine – Private Networks edition offers a range of applications across industries, which can be explored further here.

Benefits of private networks

Private 5G networks offer several key benefits:

Enhanced Security: They provide robust security features, enabling controlled access and protection from external threats.
High Reliability: Private 5G networks ensure stable and reliable connectivity, which is essential for critical operations in various industries.
Customized Network Control: Organizations can tailor network infrastructure to their specific requirements, optimizing resource use.
Improved Bandwidth Management: These networks efficiently manage bandwidth, reducing congestion and ensuring smoother operation.
Low Latency: Private 5G networks offer low latency, crucial for real-time applications and processes.
Scalability: They can be scaled per the organization’s evolving needs.

These advantages make private 5G networks valuable for businesses seeking efficient, secure, and reliable communication solutions.

Challenges and solutions

Implementing private 5G networks comes with its own set of challenges. One of the primary challenges is the initial cost and complexity of setting up the infrastructure. This includes the need for specialized hardware and the integration of existing systems with the new network. Another challenge is ensuring continuous and comprehensive coverage, especially in complex industrial environments.

Companies like John Deere are addressing these challenges by carefully planning their network architecture to align with specific operational needs. They are investing in robust infrastructure that ensures coverage and reliability. Additionally, they are leveraging partnerships with technology providers to manage the complexity and cost of deployment, ensuring a seamless integration of 5G capabilities into their existing operations. This approach mitigates the initial challenges and sets a foundation for long-term operational efficiency and innovation.

Future outlook and trends

Expanding on the future outlook and trends of private 5G networks, industry experts predict a landscape where these networks become integral to business operations across sectors. The increased need for efficient, high-speed, and secure connectivity will likely drive innovations, especially in IoT, AI, and cloud technologies.

As industries like manufacturing, healthcare, and smart cities increasingly rely on the Internet of Things (IoT) and data analytics, private 5G networks will be crucial in supporting these technologies with the required speed and reliability.

In conclusion, the strategic importance of private networks in the current technological era cannot be overstated. They are key to unlocking the full potential of 5G in various sectors, offering bespoke solutions that cater to specific operational needs.

For those keen on exploring this topic further, download the 5G Magazine – Private Networks edition, which offers in-depth insights into the advancements, challenges, and real-world applications of these networks, providing a comprehensive view of their evolving role in the global technology landscape.

How is 5G changing the US connectivity landscape when it comes to enterprise? Join the ecosystem in discussion at this year’s Connected America conference live in Dallas, Texas

Also in the news:
EU telcos join forces against Gigabit Infrastructure Act
Jio releases ‘Jio Brain’ AI platform
Ofcom issues further crackdown on spoof phonecalls

Rural ISP Truespeed Partners with Sky to Offer Sky Stream TV Plan

Alternative network builder and broadband ISP Truespeed, which has spent the past few years deploying their 10Gbps capable full fibre (FTTP) network to homes in the South West of England, has today announced an exclusive partnership with Sky to offer a Sky Stream TV package (inc. Netflix and Discovery+) to their customers. Just to recap. […]

Virgin Media UK Launch 2Gbps Broadband and Optional Symmetric Speeds

Broadband ISP Virgin Media (VMO2) has this morning announced that they’ve become the first “major” UK internet provider to publicly launch a residential 2Gbps broadband package (Gig2 Full Fibre). On top of that, they’re also introducing symmetrical download and upload speeds across all of their speed tiers, as an optional add-on. Breaking news.. more to […]

TalkTalk Confirm Acquisition of Shell Energy’s UK Broadband Customers

Low-cost focused ISP TalkTalk has this week confirmed recent news reports by officially announcing that they’ve acquired Shell Energy’s UK broadband customer base from Octopus Energy, albeit for an as yet undisclosed sum. At the last count, Shell was believed to be hosting a total base of 480,000 internet and phone users. In case anybody […]

StreetWave Name EE UK Fastest for Mobile Broadband in London

Mobile network analyst firm Streetwave has today published the results of a new real-world benchmark, which examined the mobile operator performance of EE (BT), O2 (Virgin Media), Vodafone and Three UK across the country’s capital city of London. Suffice to say that EE came out top for mobile broadband speeds and network coverage. Streetwave typically […]

Aqua Comms announces transatlantic subsea spectrum agreement with Energy Sciences Network

Press Release

Aqua Comms, a leading provider of global subsea connectivity services, today announced a long-term lease agreement for Trans-Atlantic subsea spectrum with Energy Sciences Network (ESnet) for 25% of a fibre pair between New York, Dublin and London. This agreement marks the first Trans-Atlantic spectrum acquisition by ESnet, the high-performance network built to support scientific research, funded by the U.S. Department of Energy’s (DOE’s) Office of Science and managed by Lawrence Berkeley National Laboratory.

ESnet serves as the DOE research community’s “data circulatory system,” providing services to tens of thousands of scientific researchers throughout the entire national laboratory system, its supercomputing facilities, and its major scientific instruments, as well as peering with more than 270 research and commercial networks worldwide. Secured for 15 years, this quarter-fibre-pair will provide a dedicated 5 Tbps data pipe that will be a foundational element of ESnet’s long-term trans-Atlantic strategy to accommodate rapid increases in data traffic from DOE science collaborations and facilities, including ramping up for the high luminosity upgrade of CERN’s Large Hadron Collider.

“Scientific research has entered the exascale era, and researchers need to be able to rapidly, seamlessly, and reliably move vast quantities of data from instruments to high-performance computing facilities to their human collaborators all over the world — and back again,” said ESnet Executive Director Inder Monga. “ESnet is committed to continuing to build a robust, redundant network ready to serve the Department of Energy’s research ecosystem now and for the long-term future.”

Jim Fagan, CEO at Aqua Comms, said, “Subsea Spectrum offers the scalability and control of dark fibre at a fraction of the cost allowing customers to plan for their long-term network needs. By working with Aqua Comms, ESNet can be confident in our expertise and leading global subsea engineering services as we continue to demonstrate that we are at the forefront of the technology supporting the needs of our customers with high-bandwidth, efficient network services.”

The Aqua Comms network is leveraging Ciena’s (NYSE: CIEN) GeoMesh Extreme submarine network solution, powered by WaveLogic 5 Extreme coherent optics and Manage, Control and Plan (MCP) advanced software capabilities, to support customers’ ever-growing connectivity and bandwidth needs. Additionally, Ciena Services is providing submarine-specific automation for installation, spectrum activation, and testing for time savings and improved optimization, as well as SLTE technical support to ensure optimal network reliability.

“When 400G wavelengths are not sufficient for growing demands, operators are turning to subsea spectrum to fulfill their scalable, continent-to-continent requirements,” commented Thomas Soerensen, Vice President, Global Submarine Solutions, Ciena.“With Ciena’s best-in-class GeoMesh Extreme solution, Aqua Comms’ network has the high bandwidth, intelligence, and cost efficiency to meet the unique connectivity needs of big science.”

Want to keep up with all the latest news from the submarine cable community? Join the discussion at Submarine Networks EMEA, the world’s largest subsea communications event

Also in the news:
EU telcos join forces against Gigabit Infrastructure Act
Jio releases ‘Jio Brain’ AI platform
Ofcom issues further crackdown on spoof phonecalls

CityFibre awarded nearly £400m in latest round of Project Gigabit contracts

News

The five new contracts will help subsidise the rollout of full fibre broadband infrastructure to ovr 202,000 rural premises

Today, the UK’s largest altnet CityFibre has been awarded five new contracts related to the UK’s £5 billion broadband subsidy programme, Project Gigabit.

The contracts, worth a total of £394 million, will provide subsidies for full fibre rollout to 202,000 rural premises in Buckinghamshire, Hertfordshire, Berkshire, Leicestershire, Warwickshire, Sussex, Kent, Bedfordshire, Northamptonshire, and Milton Keynes.

CityFibre says the funding will also help the company to expand and densify its existing deployments in these areas, boosting its rollout to almost 450,000 additional premises across the awarded regions.

The first of these newly targeted premises will reportedly be connected in 2025.

“We’re thrilled to be a key delivery partner for the government on this critical infrastructure project, transforming the digital capabilities of rural homes and businesses across the country. But that’s just the start. We’re continuing to expand our commercial rollout alongside Project Gigabit, extending infrastructure choice, multi-gigabit speeds, and unparalleled reliability to hundreds of thousands of additional premises in these regions,” said Greg Mesch, Chief Executive Officer at CityFibre.

These five new contracts are in addition to the four CityFibre has already won, bringing the company’s total Project Gigabit funding to £782 million.

Project Gigabit currently aims to deliver gigabit-capable broadband to at last 85% of UK premises by 2025 and the whole of the UK (roughly 99%) by 2030.

CityFibre’s network currently covers roughly 3.5 million premises across the UK, with the company aiming to cover 8 million with full fibre by the end of 2025.

“We’re wasting no time in our mission to bring lightning-fast broadband to rural areas – with a billion pounds in contracts already signed with broadband companies to get our next-generation network up and running,” added Data and Digital Infrastructure Minister Julia Lopez. “Project Gigabit is already driving growth, creating jobs and putting an end to snail’s pace internet speeds, and we will continue to work rapidly to ensure people feel the benefits of our rollout to even more places across the UK as quickly as possible.”

Want to keep up with all the latest developments in the UK telecoms market? Join the ecosystem in discussion at this year’s Connected North conference live in Manchester

Also in the news:
EU telcos join forces against Gigabit Infrastructure Act
Jio releases ‘Jio Brain’ AI platform
Ofcom issues further crackdown on spoof phonecalls

Subsea cable route evolution in 2024

Contributed Article

2024 is set to see a number of highly anticipated submarine cable systems go live this year, from unlocking the African connectivity market with 2Africa to diversifying communications between APAC and Europe

As we enter 2024, the global requirements for fast, secure connectivity continue to accelerate. The developing nations in Africa, Asia, and the Middle East are rapidly growing more digital, while the world’s more developed economies continue to grow more data hungry because of emerging technologies like AI. Indeed, from the widespread adoption of 5G to the growing adoption of broadband worldwide, the need for high-quality submarine cable infrastructure linking these international regions has never been higher.

In response to this booming demand, China Mobile International Limited (CMI) is investing heavily in related submarine cable infrastructure. Part of four new cable systems – 2Africa, IAX, IEX, and PEACE – are all planned to go live in 2024. Taken together with their existing cable projects, these new systems will create an interconnected backbone for international data traffic, bolstering these transport routes between Asia and the rest of the world for years to come.

Unlocking a continent: The 2Africa cable

A study from RTI estimated that 2Africa’s economic impact in Africa will be a boost of $26.2 billion to $36.9 billion within two to three years of the system’s activation. This is equivalent to around 0.5% of Africa’s GDP.

Circumnavigating the entire African continent and linking it to Europe and Asia, 2Africa is set to be the largest submarine cable system ever deployed, spanning over 45,000km. With 46 planned cable landing stations, the 2Africa system will directly serve 33 countries in Africa, Asia, and Europe with high quality and highly reliable connectivity.

Equipped with 16 fibre  pairs and a capacity of 180Tbps, the cable is exceptionally well equipped to deal with the connectivity needs of the entire African continent.

2Africa is owned by a consortium comprising major players from across all three continents: Bayobab, Center3, CMI, Meta, Orange, Telecom Egypt, Vodafone Group, and WIOCC.

The impact that 2Africa is expected to have on the African continent cannot be understated. The continent is growing increasingly digitalised, with data usage – especially mobile data usage – booming. In the 2023 Mobility Report, Ericsson found that Sub-Saharan Africa is the fastest growing region in the world when it comes to total mobile data traffic, with a CAGR of 33% anticipated between 2023 and 2029. As such, access to high quality submarine cable infrastructure will soon become imperative for these nations to make the most of emerging technologies and transform the local economy. This is especially true for nations like the Democratic Republic of the Congo, which is currently served by just a single existing submarine cable – the West Africa Cable System (WACS), which has been in operation for over 12 years.

For comparison, WACS, even after being upgraded in 2015 and 2019, only has a total capacity of 14.5Tbps over its four fibre pairs. 2Africa, on the other hand, has a capacity of 180Tbps over its 16 fibre pairs.

The cable is expected to be operational in 2024, with the PEARLS branch – which extends the system to Oman, the UAE, Qatar, Bahrain, Kuwait, Iraq, Pakistan, India, and Saudi Arabia – planned for service in 2025. The addition of PEARLS will not only greatly enhance the 2Africa cable’s connectivity to the Gulf region, but offer further connections to the entire APAC region through CMI’s self-invested cables.

Diversify and expand: The PEACE cable

In contrast to the near ubiquitous nature of the 2Africa cable, the PEACE cable system is far more targeted.

Spanning roughly 15,000km, this route connects Marseille, France, to Karachi, Pakistan, with an additional branch extending to Mombasa, Kenya, and Victoria, Seychelles.

The PEACE system operates on an open-cable model and is committed to providing neutral, flexible and non-differentiated interconnection services for various operators, OTTs and enterprises across the regions. The system is designed for a maximum capacity of 192Tbps and offers substantially reduced network latency by adopting the shortest direct route between Asia, Africa, and Europe. It also supports customised  cooperative solutions and provides more flexible business models to help customers achieve autonomous and customisable  network-building conditions.

The cable was activated at the end of 2022 and, since then, plans to expand the cable yet further to Singapore have been announced for 2024. This will expand the cable’s role considerably, making it a major Asia-Europe interconnection – indeed, making it the fastest express route between Southeast Asia and East Africa.

Singapore is already a major data hub for CMI, which has invested in over 10 cables there connecting Inner Asia to Europe. Using these various cable resources, CMI can provide connectivity from Europe to Africa via Djibouti to Asia via numerous routes.

It is worth noting that this is just a small part of PEACE’s overall expansion plans, which include growing the system to 25,000km in length and landing in over 20 countries.

PEACE is being co-created by a consortium of 12 industry partners, including CMI, China Unicom, China Telecom, Ooredoo, Orange, and Telecom Egypt.

A wealth of opportunities: The IAX & IEX system

Finally, this year will see the further development of a pair of interrelated systems of great interest to the global submarine cable community: the India Asia Xpress (IAX) cable, expected to be ready for service later this year, and the India Europe Xpress (IEX) system, which will be ready next year.

IAX will stretch from Mumbai, India, to the Maldives, and onwards to Singapore, with additional branches extending to Thailand and Sri Lanka. IEX, meanwhile, will travel westwards from Mumbai, through the Red Sea and the Mediterranean Sea, before landing at its final destination in Savona, Italy.

Combined, these two systems will provide more than 200Tbps of capacity over more than 16,000km, offering additional diversity.

As the world’s fastest growing digital economy and occupying a crucial junction for international data traffic, linking Southeast Asia to Europe, India is a major data hub in its own right. Both APAC and Europe are already highly developed when it comes to submarine cable infrastructure, but the sheer scale of the data growth expected over the coming decade is making the further development of these state-of-the-art cables highly attractive.

IAX and IEX will play a major role in meeting that need, offering customers alternatives on some of the most popular data routes in the world.

A new data backbone for Africa, Asia, and the Middle East

For CMI, these new resources will operate synergistically with their existing carrier infrastructure, like the Southeast Asia–Middle East–Western Europe 5 (SeMeWe-5) and Asia-Africa-Europe 1 (AAE-1) cables.  When combined, these cable routes will serve to enrich regional network connectivity along the Middle Eastern and African coastlines and provide advantageous regional transmission networks for local carriers.

Naturally, the advent of new, more advanced data transport systems will require the evolution of the relevant interconnectivity hubs themselves. In Marseille, for example – a city where all three of the above systems converge in Europe – CMI is making significant investments to offer a wide range of IP services and strengthen the synergy between its existing and new cable systems.

Out with the old, in with the new

Of course, the development of these four cables is only the beginning of our submarine cable journey in 2024.

Cables built around the turn of the century that were once state-of-the-art are now beginning to reach the end of their lifespan, often requiring major investments to remain operational. While advances in technology – particularly Submarine Line Terminal Equipment – are allowing these cables to last longer than ever before, even beyond the quarter-century milestone, the need for new cables will only increase as we approach 2030.

Finally, it is also worth mentioning the incredible importance that cable route diversity continues to have for both public and private sector customers around the world. Not only does having multiple routes to choose from drive competition and therefore more competitive pricing, but it also allows greater flexibility and control of where and how your data is transported. With network security playing an increasingly important role in operators’ decision making, new routes will undoubtedly be developed to cater for these more diverse customer needs. These are all additional motivating factors for CMI’s broader investment in the Asia–Europe and Asia–Africa data transport markets.

Therefore, as older cables approach the end of their lifespan, enterprises demand even higher standards of latency and capacity, and governments move to prioritise network resilience globally, it can be anticipated that numerous cable projects will be announced in the coming years. When combined with initiatives such as 2Africa, PEACE, and IEX/IAX, these cables will establish a network that significantly enhances the interconnected connectivity between Africa, Asia, and Europe.

How is the international submarine cable ecosystem evolving in 2024? Join the submarine networks community in discussion at this year’s Submarine Networks EMEA conference

Also in the news:
EU telcos join forces against Gigabit Infrastructure Act
Jio releases ‘Jio Brain’ AI platform
Ofcom issues further crackdown on spoof phonecalls