Damage to submarine cables: claims and remedies

Transmitting about 99% of the world’s telecommunications, submarine cables have emerged as critical infrastructure necessary for systems to function. In recent months, there have been two “extraordinary” outages that have brought submarine cable damage and protection issues to the fore.

Three cables in the Red Sea were severed by an anchor drag followed by the West African subsea cable outage where four cable systems were damaged by an undersea canyon avalanche incident. While these incidents led to widespread connectivity disruption, they also demonstrated the need for robust redundancy measures to manage outages.

A key question that arises out of these incidents of submarine cable damage is whether cable owners have legal recourse to claim losses, including consequential losses. In this article, we attempt to unpack some knotty legal issues regarding submarine cable damage claims and remedies.

Protection of submarine cables

The first submarine cable laid across the English Channel between Dover and Calais in 1850 was reportedly put out of action almost immediately by a fisherman who hooked the line near shore and cut out a section as a souvenir. Over the past 175 years, as telecommunications technology has advanced, the number of subsea cable systems has surged, accompanied by an increase in damage risks.

The causes of submarine cable damage include natural hazards, as in the case of the West African subsea landslide, as well as man-made activities ranging from fishing, undersea mining, oil and gas activities, and dredging – the cause of the outage in the Red Sea. Increasingly, deliberate actions by state and non-state actors also pose a threat to cable systems; early reporting around the Red Sea outage incorrectly posited that violent activity from the Houthi rebel group could have damaged the cables in question.

Given the critical nature of submarine cables, it is surprising that their protection under international law is limited and in parts antiquated. There are two key treaties protecting submarine cables:

  • The 1884 Convention for the Protection of Submarine Telegraph Cables (“Paris Convention”) criminsalises “break[ing] or injur[ing] a submarine cable, wilfully or by culpable negligence, in such manner as might interrupt or obstruct telegraphic communication, either wholly or partially, such punishment being without prejudice to any civil action for damages.” However, many state parties have failed to translate the Paris Convention’s requirements into their criminal law.
  • or injury caused by persons who acted merely with the legitimate object of saving their lives or their ships, after having taken all necessary precautions to avoid such break or injury.

While both the Paris Convention and the UNCLOS require States to criminalise conduct of private parties leading to submarine cable damage, there is no express prohibition in international law preventing States from deliberately damaging submarine cables – such as for undersea warfare.  The need to address this is urgent; early reporting that the Houthi rebels were responsible for the Red Sea cable outage proved inaccurate, but era of subsea warfare is upon us. Naval News notes that Russia has invested heavily in offensive seabed warfare capabilities, and that Hamas has built UUVs (uncrewed underwater vehicles) to target Israeli offshore natural gas infrastructure – the threat is real.

Potential claims and remedies by cable owners

If damage is incurred by submarine cables, their owners can be entitled to various claims or remedies depending on several factors. These include where the damage occurs, as this varies depending on if the cable is located in the high seas, an exclusive economic zone, a continental shelf, or territorial waters. Whether the damage was caused by a natural event or human activity is of course another factor, as well as the intent behind the damage – whether it was deliberate or negligent.

The law is clearer if the damage occurs within territorial waters (within 12 nautical miles from the coast) – in such instances, national courts can exercise ordinary admiralty jurisdiction. However, damage that occurs in the high seas or a continental shelf can be subject to different legislation depending on national laws – state courts may not have jurisdiction in such instances.

If damage is caused by human activity, cable owners can potentially seek damages from the wrongdoer but must consider general principles of damage in tort (criminal wrongdoing) law – for example, to recover any damages, the damage itself must be reasonably foreseeable – and limitations of liability under maritime law.

Any liability claim would ultimately depend on the circumstances. For example, if a wrongdoer caused damage after noticing the position of a cable – and if the damage caused monetary losses for repairs or similar – then they would be in breach of a duty of care to the cable provider. A good illustration of such a claim would be the Canadian case of The Realice where the vessel’s captain snagged a fibreoptic cable in his anchors.  Believing – based on having glimpsed a map of active cables years before – that the cable was inactive, he cut it and was found liable for USD 1 million in damages.

Potential claims against cable owners

Given the role that subsea cables play in global connectivity, there are many players in the value chain who will be affected by any cable damage. For instance, an internet service provider might seek to recoup damages for internet outage arising from a damaged cable. To ensure that cable owners are protected by such claims, it is important to review contracts with third parties to ensure that there are adequate safeguards in place to manage liability.

Limitation of liability provisions are standard in contracts between mobile service providers and customers. In contracts between cable owners and users of cable services, it is important to specify the forum to resolve disputes and the law applicable to the dispute. in instances of naturally occurring damage as in the case of the East African subsea landslide, there should be workable force majeure provisions that exclude liability of the cable owners.

Managing liability: the way forward

Telecommunications companies might consider investing in monitoring equipment for submarine cables and to ensuring the development of backup and redundant cable systems. Another key exercise for private players is to review their contracts and ensure that they have robust protections in case of cable failure (for instance, carving out consequential losses and including workable force majeure clauses in contracts). Finally, cable systems owners and operators must ensure forensic data collection in instances of cable damage in support of any claims.

In the international sphere, states need to come together to formulate a clear and comprehensive international legal framework for the protection of submarine cables. The 1884 Paris Convention and 1982 UNCLOS are unfit for purpose to address the protection of submarine cables in the 21st century.

David Hunt is a partner and Sagar Gupta is an associate at the London offices of Boies Schiller Flexner. They specialise in international dispute resolution with a focus on the telecoms industry. The opinions expressed in the article are those of the authors and do not necessarily reflect the views of Boies Schiller Flexner or its clients, or any of its or their respective affiliates. This article is for general information purposes and is not intended to be and should not be taken as legal advice.

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Network evolution in the era of 5.5G


Insight

Earlier this year, we spoke with Cullen Xu, Vice President of Huawei’s 5G & LTE TDD Product Line, about key developments in 5.5G network technology and the new experiences this will unlock for customer

In 2024, roughly five years into the commercial deployment of 5G, the latest generation of wireless technology continues to find success in unexpected places. 5G fixed wireless access (FWA) has becoming hugely popular around the world for delivering broadband services to areas underserved by fibre. Meanwhile, in the enterprise space, dedicated 5G private networks have proven high effective at modernising various vertical industries, particularly in industrial settings like ports, mines, and manufacturing plants.

For consumers too the first phase of 5G has proven technically successful, delivering far greater speeds, lower latencies, and larger capacity compared to 4G. But to truly unlock the latest mobile experiences, like extended reality and cloud gaming, 5G networks will need to take the next step on the evolutionary path, becoming more multi-dimensional and deterministic, ensuring even faster and more resilient connectivity.

Now, following the recent publication of 3GPP’s Release 18, this next stage of development – 5.5G, (also known as 5G Advanced) – is becoming more clearly defined, with initial commercial deployments expected to take place in leading markets like China and the Middle East later this year.

With speeds up to ten times faster than existing 5G, 5.5G is set to enable a plethora of new consumer use cases, as well as further enhancing the technology’s utility for FWA, enterprise, and industrial applications.

But what exactly can we expect from the 5.5G era in terms of network technology?

For Cullen Xu, Vice President of Huawei’s 5G & LTE TDD Product Line, the transition to 5.5G within the network will focus on five key areas.

5.5G: The networks must evolve

1. Upgrading to ultra-large bandwidth

As more and more people begin to take advantage of 5G services, data demand on the network is expected to increase rapidly. This is especially true for high footfall areas, like subways, stadiums, or tourist locations, where congestion can become a major issue. With 5.5G, networks must be upgraded to support far greater bandwidth, more carriers, and more customers accessing the network simultaneously, to ensure high quality experience for all customers wherever they are.

2. Multicarrier capability for Massive MIMO

Just as fixed networks will need to evolve, so too will 5G RAN equipment, with Massive MIMO technology required to further embrace multicarrier features. This, as Xu explains, will not only help boost performance, but will play a major role in reducing sites’ energy consumption.

“Huawei’s dual-band Meta AAU product, already used both in China and in other markets, has the same specifications as a single band AAU, but the performance is doubled and has power savings of up to 30%”, explained Xu.

3. Extremely Large Antenna Array (ELAA)

Further to incorporating multicarrier functionality, 5.5G will also feature ELAA technology, where hundreds or thousands of antennae can leverage beamforming to enhance signal strength and coverage. This technology, native to 5.5G, is already being embedded in the latest RAN equipment.

“In future, this will support mmWave and sub-6Ghz spectrum,” explained Xu. “With ELAA we can multiply or add more elements to our AAU products; for example, supporting up to 2000+ antenna elements for mmWave, which will ensure continuous network coverage.”

4. Building an intelligent RAN

The process of making RAN equipment more intelligent has already been taking place for many years; for example, Huawei MetaAAU using intelligent beam tracking (Intelligent Beam) to help boost performance by between 20–30%. Now, as we enter the 5.5G era, this build in intelligence will be take even further, with what Huawei calls ‘harmonised MIMO’, allowing for even more intelligent automation of the RAN.

5. Greener networks

Finally, alongside all of these technological developments, the industry must be careful not to lose sight of another key concern: sustainability. Power consumption remains a major challenge for operators,

Here, Huawei has adopted a ‘0 Bit 0 Watt’ approach, focussing on using minimal power when radio sites are not in use. Through dynamic control, these sites consume less than 10 watts of power during idle hours while still being able to become fully operation in seconds.

Beyond the network: New experiences and new markets with 5.5G

With these network upgrades in place, operators’ path to monetising new services becomes much clearer. They can begin offering subscribers truly unique services, like ultrahigh definition video, 5G new calling services, and 3D video. FWA, too, will be further improved, reaching speeds of 300–500Mbps and enabling services like cloud gaming.

But it is not just consumer use cases that will see the benefits of 5.5G. With the introduction of 5G RedCap, IoT devices can be increasingly integrated with public wireless networks, offering up a wealth of additional data for both operators and their customers.

“This is the first time we will notice that the connection of things is far more than the connections of people,” said Xu. “With the evolution of 5.5G modules starting this year […], we’re going to see more mature and well-established technologies to support passive IoT. In the 5.5G era, we predict an exponential growth in the number of connected things.”

Perhaps one of the most exciting intersections of 5.5G with novel technology is in the automotive industry. Connected vehicles are already becoming increasingly available worldwide, with the ultralow latency and high reliability of 5G integral to ensuring safety and high-quality user experience.

Xu notes that this trend will only increase in the years to come, as connected vehicles become more integrated with the wireless infrastructure around them.

“There is a growing market segment for connected vehicles and road synergy that can make our transportation more efficient. With 5.5G, this coordination segment can be further facilitated to ensure that road and vehicles are safer, and services are more reliable,” he said.

Similar trends can be expected in other vertical industries, with 5.5G’s ultra large uplink and high precision positioning capabilities further improvement to Industry 4.0 applications, like asset tracking and autonomous vehicles. For Xu, the improvement will be so significant that industry’s not leveraging these improved wireless capabilities risk being left behind by competitors.

“With all these features and capabilities, 5.5G can better enable wireless networking in many different industries. Gradually wireless networks will be seen not just as an assisting technology but will widely be adopted for core production domains,” he explained.

A new horizon for wireless technology

It is worth remembering here the current environment in which this wireless evolution is taking place. The number of connected devices is booming, user applications are becoming more data-hungry, and, perhaps most notably. AI is also taking the world by storm. With AI-generated content becoming more commonplace, particularly video content from the likes of Open AI’s Sora, networks will need to be increasingly robust.

“In the AI era we see a lot of emerging services, like Sora and other AI-generated content,” said Xu. “When customers are uploading those videos, we will see a lot of high bitrate traffic. In order to guarantee a very good user experience given such a traffic surge, we’re going to need 5.5G.”

“For me personally, I’m very excited about this new user experience,” he added. “There are a lot of challenges imposed on the network by new technologies like AIGC and Sora, so we need quality assurance. But this is offering customers experiences never seen before and that is a very exciting opportunity for operators.”

Implementing Gold Standard Cellular Network Security

This Industry Viewpoint was authored by Luke Wilkinson, Managing Director at Mobile Tornado.

Telecommunications as an industry serves as the backbone of global communication, connecting people and organisations across the world – with global data consumption over telecoms networks expected to nearly triple from 2022 to 2027, according to PwC. From personal conversations to business interactions, communication plays an intrinsic role in our daily lives, often taken for granted. Whether through traditional phone lines, internet connections, or cellular networks, organisations across the globe rely on this business connectivity to provide secure, effective and clear communications between on-site and off-site workers. … [visit site to read more]

Microsoft announces $3.3bn Wisconsin AI investment  


News 

The move is Microsoft’s latest in a string of at investments aimed at expanding cloud computing and AI infrastructure 

This week, Microsoft has been joined by US President Joe Biden to announce plans to build a $3.3 billion data centre in Mount Pleasant, Wisconsin. The data centre will enable companies in Wisconsin and surrounding areas to develop, deploy, and use advanced cloud services and AI applications. 

Speaking at Gateway Technical College, Wisconsin, President Biden – who was joined by Microsoft President Brad Smith – announced that the investment will include cloud computing and AI infrastructure, the creation of the country’s first manufacturing-focused AI co-innovation lab, and an initiative to teach AI skills to 100,000 state residents. 

Microsoft will also work with Gateway Technical College to build a Data Center Academy that will train up around 1,000 students to work at the new data centre and related jobs within the next five years. 

The data centre investment, which will take place from now until 2026, is expected to create around 2,500 construction jobs by next year. 

“We will use the power of AI to help advance the next generation of manufacturing companies, skills and jobs in Wisconsin and across the country,” said Smith. 

“This is what a big company can do to build a strong foundation for every medium, small and start-up company and non-profit everywhere,” he continued. 

The facility is set to be built in the same location that Presidential rival Donald Trump once announced a similar investment. Back in 2017, Taiwanese multinational electronics manufacturing company Foxconn Technology announced plans to build a $10 billion 20-million-square-foot manufacturing facility in Mount Pleasant.  

The project was expected to create 13,000 jobs and the state legislature passed a $3 billion tax incentive package to support the project, which included $150 million in tax breaks for the company. 

Despite these large promises, however, the investment plans have diminished significantly. The original $10 billion investment has dwindled to $672.8 million, while the job creation target has decreased from 13,000 statewide to just 1,454, and the incentive package reduced to $80 million. 

“My predecessor made promises, which he broke,” said President Biden at the Microsoft announcement. “On my watch, we make promises and we keep promises.” 

Microsoft has been making continual investments in the AI and data centre space for some time in both domestic and international markets, aiming to keep ahead of rivals such as AWS and Google.  

Earlier last week, for example, Microsoft partnered with asset management company Brookfield to invest $10 billion in renewable energy to supply their data centre assets. The agreement is the first of its kind and is almost eight times larger than the largest single corporate power purchase agreement ever signed. 

Additionally, last month, the company unveiled an AI hub in London, following Microsoft’s 2023 pledge to invest £2.5 billion over the next three years to expand its UK data centre infrastructure.  

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Also in the news:
US govt allocates $285m for chip-focussed digital twins institute
US chip companies have licenses to sell to Huawei revoked
German U-Bahn completes high speed 4G deployment 

Starlink gets the nod in Indonesia

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Verizon Business and Cummins deal combines private 5G and neutral host tech


Press Release

Verizon Business and Cummins Inc have announced an agreement to implement Verizon’s all-new Neutral Host Network product at Cummins’ Jamestown Engine Plant (JEP) in Lakewood, NY. The deal combines a Neutral Host Network with a Verizon Private 5G Network to cover distinct public-network and private-network use cases onsite at JEP. Cummins views the network’s technological capabilities as integral to enhancing operations across the site and improving the already best-in-class quality of the engines it produces for its customers.

Cummins can use the Neutral Host Network for connecting phones and tablets to the public networks of all major U.S. carriers who opt-in to joining the Neutral Host Network, and the Private 5G Network on Verizon licensed spectrum for business-critical applications that require enhanced onsite security or capability.

The combined network implementation will provide mobile connectivity for the site’s 1 million square feet of industrial space, 1 million square feet of outdoor space, and for its 1,500 employees who work at the site to produce approximately 500 heavy-duty truck engines each day. Ericsson is the sole platform provider to Verizon Business for the network buildout.

The Verizon Neutral Host Network allows employees and visitors to enjoy a strengthened mobile signal on the grounds of the plant, and the Verizon Private 5G Network will help transform the facility to adopt additional industrial use cases now or as needed in the future. These uses include autonomous mobile robots (AMRs) for handling and transporting materials, computer vision for defect detection, AR/VR for training and troubleshooting, sensors for machine health monitoring, and proprietary applications governing secure onsite operations.

Cellular connectivity on Private 5G can help improve the performance of mobile AMRs by providing consistent signal strength throughout the site. In addition, the use of machine-health monitoring sensors with the Private 5G network eliminates the need for long runs of Ethernet infrastructure cabling, providing Cummins a substantial cost savings.

Executive and Analyst Statements:

“I am thrilled for the potential that the Neutral host and Private 5G Networks will provide at JEP to expand our communications using wireless technologies,” said Shawn Hricko, Plant Manager at Cummins Jamestown Engine Plant. “These increased capabilities will allow us to implement Industry 4.0 strategies more quickly and more reliably. The improved functionality will enable team members to communicate with one another more effectively, allow us to share more data across equipment and enable our ability to implement mobile Industrial robots (MIRs). Collectively, these improvements will enable us to produce our engines more safely, more efficiently and with improved quality, which is a win for Cummins and our customers who rely on our products on a daily basis.”

“The deployment of a Private 5G Network at our Jamestown facility is very exciting as we evaluate new digital capabilities that will transform our manufacturing operations and help to create a world class workplace for our employees,” said Ron Fleetwood, Executive Director of Cummins IT Business Services. “This is another milestone in our digital manufacturing journey that allows us to validate private cellular for additional sites in the future and to accelerate i4.0 use cases for Jamestown in the near term.”

“Cummins’ technology- and innovation-focused approach to doing business allows them to get the most out of this dynamic Neutral Host and Private 5G combination,” said Jennifer Artley, Senior Vice President of 5G Acceleration, Verizon Business. “All the connectivity bases are covered with this solution, and the efficient architecture makes it cost-effective, easy to maintain, and easy to add onto as operations grow and evolve. Plus, employees and guests onsite can keep their normal cellular connectivity without any headaches or extra steps. It’s a truly holistic solution.”

“By offering Neutral Host and Private 5G network capabilities together, Verizon can deliver a solution that supports both multi-carrier public connectivity and specialized private network use cases on a customer’s campus or worksite. The network types share common elements, so implementation is streamlined and both public and private uses are covered,” said Brian Partridge, Head of Research, 451 Research, a unit of S&P Global Market Intelligence.

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Also in the news:
T-Mobile and EQT form JV to buy Lumos
Korean Air shows off comprehensive urban air mobility system backed by 5G
Virgin Media O2 reaches plastic waste milestone

Libya’s Almadar teams with WideBot to deploy AI chatbot

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