Panel 1 – Accelerating Cable Repairs: Reducing Delays Through Smarter Processes
2 Feb 2026 15:00h - 16:30h
Panel 1 – Accelerating Cable Repairs: Reducing Delays Through Smarter Processes
Session at a glance
Summary
This panel discussion focused on accelerating submarine cable repairs and reducing delays, bringing together government, industry, and operator perspectives to explore best practices and regulatory solutions. The session examined key factors that cause repair delays and identified practical measures to improve response and recovery times globally.
Government representatives emphasized the importance of streamlined permitting processes, with examples from the UK showing how emergency repair exemptions allow operators to begin work immediately while notifying authorities within 24 hours. China’s representative highlighted the need for single-window contact points and transparent regulatory frameworks, drawing on recommendations from Working Group One that focus on reducing administrative barriers. Several panelists stressed that having repair vessels stationed nearby and maintaining skilled crews through regular operations is crucial for quick response times.
From an industry perspective, cable owners face significant challenges when repairs are delayed, including impacts on network resilience, commercial complications, and potential ripple effects on other scheduled repairs. The March 2024 West Africa cable outage was cited as an example where multiple cable breaks required unprecedented collaboration between operators, governments, and scientific experts to understand the underlying causes and coordinate repair priorities. Industry representatives emphasized that not all cables are part of maintenance agreements, which can slow repair responses, and called for regulations requiring such agreements.
The discussion revealed that the global repair ecosystem faces capacity constraints, with an aging fleet of approximately 20 repair vessels worldwide and increasing demand from new cable installations. Panelists agreed that while government funding for repair capabilities could help, the focus should first be on optimizing existing systems through better permitting processes, customs procedures, and international coordination. The session concluded with calls to implement the International Advisory Board’s recommendations at national levels and invest in modernizing repair fleets while developing skilled maritime personnel for the future.
Keypoints
Major Discussion Points:
– Streamlining regulatory frameworks and permitting processes: Multiple panelists emphasized the need for single-point-of-contact systems, emergency repair exemptions, and pre-authorized permits to reduce administrative delays. Examples from the UK, Singapore, and Ireland were highlighted as best practices for fast-track approval systems.
– Fleet modernization and maintenance capacity challenges: The aging repair vessel fleet (average 20 years old) and insufficient repair capacity were identified as critical bottlenecks. Panelists discussed the need for new vessels costing ~$100 million each, better business models for maintenance agreements, and regional investment strategies to address capacity gaps.
– Multi-stakeholder collaboration and coordination: The discussion emphasized the importance of cooperation between governments, industry, scientific communities, and international organizations. The West Africa cable breaks of 2024 were cited as examples of successful collaborative repair efforts, while highlighting the need for better coordination mechanisms.
– Regional resilience and infrastructure gaps: Panelists addressed the uneven distribution of repair resources globally, with some regions like Brazil having no local repair vessels despite 15+ submarine cables. The discussion covered the need for regional approaches (like SADC frameworks) and the critical role of terrestrial connectivity in overall resilience.
– Implementation of International Advisory Board recommendations: Throughout the discussion, there was focus on translating the working group recommendations into practical, country-specific policies and ensuring that best practices are operationalized rather than remaining theoretical.
Overall Purpose:
The discussion aimed to examine practical solutions for accelerating submarine cable repairs and reducing delays by bringing together government, industry, and operator perspectives to share best practices, identify regulatory improvements, and address operational challenges in the global cable repair ecosystem.
Overall Tone:
The tone was collaborative and constructive throughout, with panelists building on each other’s points and sharing practical experiences. There was a sense of urgency about addressing systemic challenges, but the discussion remained solution-focused and professional. The tone became slightly more technical and detailed as panelists delved into specific operational challenges, but maintained a cooperative spirit with participants acknowledging the complexity of balancing various stakeholder interests while working toward common goals.
Speakers
Speakers from the provided list:
– John Wrottesley – Panel moderator/chair
– Rui Faria – Executive Director from Angola Cables
– Kevin Adams – Director of Digital Infrastructure at the Department of Science and Innovation and Technology in the UK government
– Zhiguo Zhao – Leading expert on submarine cables in the Ministry of Interior and Information Technology for the People’s Republic of China; co-facilitator for Working Group One
– Kelly Donohue – Global Head of Network Infrastructure Policy at Meta
– Vincent Lemaire – Vice President of Special Projects for Alcatel Submarine Networks
– Audience – Various audience members asking questions during Q&A sessions
Additional speakers:
– Ben Roberts – Consultant from Kenya (audience member who asked a question)
– Nadia Ribeiro – Legal advisor/lawyer for telecoms (audience member who asked a question)
– Esther – Representative from Tanzania, Tanzanian Telecommunication Corporation (audience member who asked a question)
– Steve Song – Internet Society representative (audience member who asked a question)
Full session report
This comprehensive panel discussion on accelerating submarine cable repairs and reducing delays brought together diverse stakeholders from government, industry, and operations to examine the complex ecosystem of challenges affecting global submarine cable infrastructure resilience. Moderated by John Wrottesley, the session featured Zhiguo Zhao from China’s Ministry of Industry and Information Technology, Kevin Adams from the UK’s Department of Science and Innovation and Technology, Vincent Lemaire from Alcatel Submarine Networks, Kelly Donohue from Meta, and Rui Faria from Angola Cables. The panel provided an in-depth exploration of regulatory, technical, and operational barriers whilst identifying practical solutions to improve repair response and recovery times worldwide.
Current Challenges: Regulatory, Technical, and Operational Barriers
The discussion revealed that submarine cable repair delays stem from multiple interconnected challenges spanning regulatory complexity, industry accountability gaps, and capacity constraints. Rui Faria highlighted the particular complexity facing West Africa, which has “more than 20 countries” each with their own regulatory framework, creating significant coordination challenges when cables cross multiple jurisdictions.
Vincent Lemaire introduced a critical industry accountability issue that extends beyond external regulatory barriers: not all cables participate in maintenance agreements, and some cable owners fail to pay marine maintenance fees whilst still expecting rapid repair services. He argued that regulation should “impose the cable owner to pay the marine maintenance fees” as a direct regulatory requirement, emphasising that repair operations require highly technical expertise that can only be maintained through regular practice.
The industry faces severe capacity constraints with approximately 20 repair vessels worldwide averaging 20 years in age, while new cable construction significantly outpaces maintenance provisions. Lemaire detailed the economic challenges of fleet renewal, noting that new maintenance vessels cost approximately $100 million each and require sustainable business models to justify investment. Current three-year maintenance agreement terms provide insufficient business visibility for major capital investments.
Regulatory Framework Streamlining and Best Practices
Multiple panellists emphasised the transformative impact of single-window contact systems for regulatory streamlining. Zhiguo Zhao outlined successful examples from Singapore’s IMDA and Ireland’s maritime management agency, which have established systems that eliminate the need for operators to navigate multiple regulatory bodies during emergency repairs.
The UK’s approach, detailed by Kevin Adams, demonstrates practical effectiveness through legislative exemptions for emergency repairs. Under the Marine Coastal Act, cable operators can commence emergency repairs immediately whilst notifying relevant authorities within 24 hours, resulting in an average of eight days from break to repair vessel arrival. Adams noted that having vessels located “particularly in Portland and in Brest in France” contributes to quick response times, with repairs taking around 5 to 10 days.
Adams also shared insights from a recent joint parliamentary committee examining submarine cable challenges through a national security lens. The committee’s recommendations included reviewing the outdated Submarine Telegraph Act of 1885, enhancing industry-government collaboration, developing emergency response plans, and ensuring continued UK-based repair capability. The government’s response demonstrated commitment to maintaining repair vessels and skilled crews as strategic national assets.
Industry Collaboration and Complex Repair Scenarios
The March 2020 West Africa cable outage, presented by Rui Faria, illustrated the complexity of multi-cable break scenarios requiring unprecedented collaboration between consortium members, governments, and scientific experts. This incident highlighted the industry’s limited capability to handle simultaneous repairs in the same location, necessitating careful prioritisation decisions about which cables to repair first.
Vincent Lemaire recommended establishing “an authority who would be able to arbitrate the priorities between the different cables” when multiple cables are cut simultaneously. He also challenged conventional assumptions about capacity expansion, arguing that having too many maintenance vessels could actually harm the system by diluting expertise, explaining that if vessels only perform one repair annually, it becomes economically insufficient and technically inadequate for maintaining high-level expertise.
The collaborative response to the West Africa incident involved not only operational coordination but also scientific investigation to understand natural hazards, including extensive study of turbidity flows that affect cables deep in the Atlantic Ocean. This scientific approach provides predictability for maintenance planning, as understanding that cables break every one to two years in certain areas due to natural hazards allows operators to prepare mitigation strategies.
Impact Assessment and Network Resilience
Kelly Donohue from Meta provided crucial insights into the practical consequences of repair delays from a content network operator’s perspective. She outlined three primary impact categories: resilience effects that vary dramatically based on cable crowding and available redundancy, ripple effects on other scheduled repairs due to vessel scheduling constraints, and commercial complications requiring coordination with partners.
Donohue illustrated these impacts through specific examples, contrasting the Red Sea cable cuts, which caused significant capacity congestion from Europe to Asia due to cable crowding, with the Baltic Sea cuts, which had minimal impact due to robust redundancy. This contrast demonstrated how geographic concentration of cables creates single points of failure.
The discussion revealed the interconnected nature of installation and repair processes, with Donohue noting that fast installation permits are critical because they directly impact repair situations and overall network resilience. She emphasised the delicate balance of repair timing, noting that delays can force vessels to move to other projects, potentially creating weeks or months of additional delay due to weather windows and operational constraints.
Regional Capacity Gaps and Investment Approaches
Significant regional mismatches between cable infrastructure and repair resources create substantial response time challenges. Rui Faria highlighted that Brazil, despite having more than 15 submarine cables, has no local repair vessels and relies on ships based in Bermuda. Similarly, the entire West African coast has only two vessels stationed in South Africa and Cape Verde Island.
A nuanced discussion emerged regarding investment approaches to address these capacity gaps. Kelly Donohue argued against government funding for individual repair ships, warning that such investments could distort the well-functioning market-based maintenance zone system where resources are pooled globally. She emphasised that vessels must stay busy to maintain crew expertise and that idle ships represent both economic waste and skill degradation.
In contrast, Rui Faria and Vincent Lemaire advocated for increased investment in repair capabilities, with Faria suggesting regional joint investment approaches rather than relying solely on private operators. Donohue recommended that countries first optimise existing systems by implementing ICPC best practices covering customs procedures, visa requirements, and permit processes before considering major financial investments.
International Coordination and Regional Cooperation
Zhiguo Zhao provided comprehensive recommendations for international organisation involvement, categorising approaches into three types: UN system institutions like ITU that could incorporate working group recommendations into formal structures, inter-regional organisations that could harmonise governance structures across multiple countries, and industry associations that could facilitate public-private dialogue.
The discussion emphasised potential for regional cooperation frameworks, with examples from ASEAN’s preliminary work on submarine cable cooperation and suggestions for SADC to develop unified permitting procedures across member countries. Zhao also highlighted the need for international support to developing island nations and least developed countries, suggesting that ITU work with international financing institutions to address uneven distribution of repair resources.
Technology Innovation and Workforce Development
Zhao introduced technological solutions including AI-assisted repair technology and equipment modernisation as potential productivity enhancers for addressing supply-demand imbalances in repair resources. He also highlighted critical workforce challenges, noting talent shortages in submarine cable engineering and the need for systematic educational programme development.
The highly specialised nature of submarine cable repair requires rigorous training and continuous skill development, making workforce planning essential for maintaining repair capabilities as the industry expands. Speaking in Chinese with translation, Zhao emphasised that technology modernisation must be coupled with human resource development to achieve meaningful improvements in repair efficiency.
Audience Engagement and Additional Perspectives
The session included valuable audience questions that expanded the discussion scope. Ben Roberts asked about coordination between telecommunications operators and content networks during outages, highlighting the need for better integration between different types of network operators during repair situations.
Steve Song’s question about submarine cable resilience for landlocked countries like Uganda, Zambia, Rwanda, and Burundi revealed a significant gap in resilience planning. Rui Faria acknowledged that terrestrial connectivity is equally important as submarine cable diversity, noting that multiple landing stations within countries must be interconnected to provide true resilience. This expanded the scope beyond submarine infrastructure to encompass the entire connectivity ecosystem.
Future Priorities and Implementation Challenges
Looking toward 2026, panellists identified fleet modernisation as the most critical priority, with Vincent Lemaire emphasising the need for sustainable business models to support vessel renewal through longer agreement durations, reasonable pricing, and permission for vessels to perform additional work beyond direct repairs.
Kevin Adams advocated for continued focus on reducing regulatory barriers and testing emergency response plans, whilst Zhao highlighted the importance of technology modernisation and workforce development. The panel recognised that translating International Advisory Board recommendations into practical, country-specific implementations represents the primary challenge moving forward.
The discussion revealed that whilst significant consensus exists around core challenges and general solutions, different perspectives remain about implementation approaches, particularly regarding government investment, market intervention, and the balance between technological and regulatory solutions. Due to time constraints noted by the moderator, additional audience questions could not be accommodated, though the session successfully demonstrated that submarine cable repair acceleration requires coordinated action across multiple dimensions: regulatory streamlining, industry accountability, fleet modernisation, international cooperation, scientific research, workforce development, and integration with terrestrial infrastructure.
Session transcript
So, thank you all, and good afternoon, and welcome to this afternoon’s session. We’re going to talk about accelerating submarine cable repairs and reducing delays, and examining some of the factors that those might be caused by. Hopefully, also hearing about some good practices.
So, today’s panel brings together government, industry, and operator perspectives to explore best practices, regulatory approaches, and practical solutions to improve repair response and recovery times.
So, I’d like to invite our panelists up. So, I’d like to invite everyone to the stage first to join me, and then I will do some introductions. So, if everyone can come up to the stage.
Thank you. and take a seat. Okay.
So by way of introduction, coming from the left -hand side, we have Mr. Rui Faria, who’s the Executive Director from Angola Cables. Next, we have Mr.
Kevin Adams, who is the Director of Digital Infrastructure at the Department of Science and Innovation and Technology in the UK government. Then we have Vincent Lemaire, who is the Vice President of Special Projects for Alcatel Submarine Networks. and Mr.
Zhigu Zhao, who’s the leading expert on submarine cables in the Ministry of Interior and Information Technology for the People’s Republic of China. And he’s also the co -facilitator for Working Group One. And last but not least, we have Ms.
Kelly Donohue, who’s the Global Head of Network Infrastructure Policy at Meta. So just to let everyone know to begin with that Mr. Zhao will be responding in Chinese, so if you can have your headsets ready, that would be appreciated.
Okay. So in terms of the structure of the panel, we’ll hear first from each panelist on an individual question, and there will be one question each, followed by a common question to draw out the experience on challenges and priorities.
And we will have some opportunities to open the floor to the audience for questions as well. So to begin with, I’ll come to Mr. Zhao first.
In your view, how can governments actively reduce the time required to grant cable repair permits?
Very good question. I think we all pay attention to this issue, including governments. But of course, with regard to this issue, from what we understand, many countries have their own circumstances and have adopted some measures to improve permitting.
But in general, me personally… I think there are two aspects to this question. First, it’s about mechanism.
How to streamline permitting mechanism? Secondly, how to accelerate response time? So in terms of mechanism streamlining, what I understand is how can we have a one -stop shop or a single wing?
And I think this morning we also talked about this single window to deal with permitting. And we know Singapore, IMDA, we think they have this already, this one stop or a single window to deal with all kinds of maritime telecommunication aspects of the question. So that…
When companies apply for permits, they don’t have to deal with different bodies, but only one single window in Singapore. Secondly, Ireland also specified their agency of maritime management as the single window to deal with permits in terms of installation and repair. So this is about the first aspect, streamlining.
And second, about response time. So for China, for major incidents of cables, we also have a rapid approval system. So in emergencies, operators can apply for this fast -track approval.
And we also know that Malaysia, with regard to specific cables repaired, they also have some kind of exemption in terms of permitting. So, I think this can really reduce response time in terms of administration time before repair ships can commence or can leave their ports. So, many countries have many good best practices.
So, working group one, we have been working on these topics and we have completed with many recommendations. For example, three aspects, some three aspects of recommendations. For example, how to build a transparent regime.
For example, what kind of frameworks, what kind of guidelines. They have to be very clear and transparent. Secondly, how can we provide under – process or procedures, for example, national law, international law, under this framework, how can we reduce barriers or streamline approval process, for example, customs exemption?
So, second aspect in terms of streamlining process. And third aspect, so, as I said, a single point of contact, so governments can designate a single point of contact, this can really streamline the whole process. So, all these recommendations are actually responding to industry’s requests or expectations.
So, three aspects of recommendation. Thank you. they are very scientific.
They are also doable, feasible. And the key now is how to operationalize and how to really execute these recommendations so that we can really improve and streamline the whole process. Thank you.
Thank you, and there’s some very good practical steps there. And talking about accelerating response time and having a one -stop shop, I think is very relevant to the discussions and the recommendations too, which brings us nicely to Kevin Adams. So from the UK perspective, which has looked at some of these practices, what might other governments learn from the UK in terms of a model for repair permits, for example, where specific exemptions mean that there’s not a barrier for cable repair?
Repairs commencing in the first… first place.
Thanks. Good afternoon. Thank you for the opportunity to be with you today.
The key lesson from the UK is that it is possible to have a system that allows repairs to be done very, very quickly. And the key is to have as much as possible streamlined in advance and laid down what happened in what circumstances. I think Kent put up a really interesting slide before the coffee break which showed some of the repair times.
And in the UK, breaks are common. They’re becoming slightly less so, but we have in the past had amongst the sort of highest breaks anywhere in the world for reasons that are well known. We have a very busy marine environment, the nature of our coastal shelf, and so on.
So we have, although we’re very resilient, we have developed a system that has become very good at repairing breaks. extremely quickly and this is really important because we have we have a number we have a large number of international cables but we also have a number of sort of island communities around the UK that can be quite dependent on individual cable systems so it is really important to make sure they get repaired quickly when they when they do break so the key well I think the up the most important feature of the UK system is the exemption which is indoor not just in the regulations in the Marine Coastal Act which provides an exemption for emergency repairs so what this means is when there is a break or some things like less than a break that requires emergency repairs then cable operators can just get to work on that immediately and they need to notify the relevant authorities within within 24 hours but the key thing is they can just get straight on with it which again as the slides we saw before the break, I think that around 8 days or so is the average from a break to a repair vessel being at the location beginning work and depending on the circumstances repairs taking around 5 to 10 days so I flag up the legislation, I think it’s not just the legislation, so there’s a couple of other features of our system we have vessels nearby, particularly in Portland and in Brest in France so the response times can be very short because we have vessels in the locality and that’s important to us we work very closely with the operators so we have those relationships and we also have protocols and plans and processes for when things go wrong in an emergency and breaks need to be reported to the relevant authorities most of the time that just happens automatically and cables get fixed without it impacting on the UK’s connectivity but we do have those plans in place if it was a more serious incident.
Thanks Kevin. So coming to Kelly next so from an owner’s perspective for when submarine cable infrastructure is damaged can you explain in practical terms for the audience here what some of the challenges might be for a cable owner in the event of a repair being subject to delay, hopefully it doesn’t happen but when it does are there subsequent impacts for cable owners that might not be immediately obvious?
Sure, thanks John great question and thanks for the opportunity to to have me here today. I think that there are three impacts that I wanted to just highlight. Of course, there’s always surprises and there could be more downstream, but three that I think are a common trend are impacts on resilience.
You know, it really depends on the nature of the cut that needs repair. If it is in an area where their cables are crowded and serves as a single point of failure, then the impact can really be pretty material. Conversely, if there’s resilience, if there’s a vast, resilient, redundant, robust network of cables, the cuts happen, there can be very little impact because that capacity can be quickly rerouted.
And just two kind of interesting case studies highlighting the difference and the difference in impact. This is one in the Red Sea. because there were cables that were crowded together that got cut.
You could really feel, you could see the impacts from Europe to Asia capacity being congested as well as other parts of the world. Conversely, when the cuts were in the Baltic Sea, because there were many other cables that could pick up the capacity, the impact was fairly negligible from a capacity standpoint. So I think always mindful of where that capacity will be rerouted.
So I think going backwards a little bit and giving a plug for, you know, speed of installation of these cables is of critical importance because it actually then does have an impact on the repair situation.
So getting those fast permits for builds is also really critical. The other two that I, I would shine a light on are, you know, A delay in one repair can have a ripple effect downstream on other repairs. If a ship is waiting in the wings to do a repair but there’s a bottleneck or some kind of delay, we lose our slot, so to speak, and that ship has other things to do.
They’ll go and move on to the next project, which you think might not be impactful. Oh, it’s just a few days, a few weeks. Actually, there can be a lot of constraints around when a repair can happen.
There are weather windows. There are seasonal windows, fishing considerations. There’s just a lot of other things that make timing really quite a delicate balance.
So the faster we can get the repair permits, the better off and the more we can mitigate those downstream consequences. And then I think the third I would just touch on quickly is the commercial. The commercial impact.
You know, when we’re doing a repair, we’re doing it in a way that’s not going to be a problem. When a repair is necessary and there’s a delay, we need to look to our commercial partners and figure out the commercial ramifications. If there’s a bond requirement, for example, we look to our partners and say we have to figure out who’s responsible for paying.
And it’s not just about the money, it’s about the logistics and the extra time and resources it takes to address those additional issues.
Thanks, Kelly. So it’s interesting that you link not just about repair and the speed of repair, but also the importance of deployment and the intrinsic link between the two. So I’ll come to Rui next to talk about the multiple cable outage in West Africa from March 2020.
In your view, how has the industry responded to prevent a recurrence of a repair backlog in a similar way as has happened?
Thank you for the question thank you for having me thank you very much for being part of this great audience and being part of the international advisory body because it’s a basic a learning cycle okay so we have been in this industry for a long time but we have not been together all the time to discuss matters are really critical and the multi -cable break does not happen often but when it does you need to have all the consortium members for each cable working together because it requires what we just mentioned this morning it requires collaboration joint efforts and we need to basically speed up the process of repairing trying to secure the vessels trying to bring the vessels on site and making the repair as smoothly as possible because you need to decide which cable are we going to repair first because it’s not about just repairing all of the time because the industry does not have the capability of making multiple repairs at the same time on the same location.
In West Africa, it did happen something that did never occur in the past. It was a natural hazard that was not studied deeply in the past because nobody knew what was the cause of the breaks and basically we had to bring also into this discussion some scientific engineers and scientific people to help us to understand what was the natural cause that basically happened.
It brought us to that stage. What was good that it was a collaborative work, okay, that resulted in a very smooth, despite taking a few days to repair, but it was a smooth process. But the governments were involved as well, okay?
Cable operators and cable owners like ourselves, we had to do something that we are always prepared as part of our contingency plan. We need always to re -engineer the route of the traffic, okay? If that route is blocked, you need to look to the other cables.
That’s why resilient is a must. You cannot get resilient just by getting the cables. You need to use those cables.
And the other thing that’s important, we see a lot of cables being landed on the same beaches, but not on the same landing stations, okay? And those landing stations are not connected most of the time. So, what we as a cable operator promoted in both sides of the Atlantic, either in Angola, either in Brazil, is that we want our CLS connected to all the CLS in that same area, because that brings us the resilience that is mandatory.
Okay? So, if I cannot bring my traffic to this cable, I’m gonna reroute it to the other traffic. There might be some loss, latency could be affected, but in the end I’m working towards to find a solution immediately to make my customers happy, for my customers not to affect my revenue in the end of the day.
That’s the point. But, just to complement, it’s important that cable breaks is not just caused by, I would say, situations that has been raised very well by ICPC. but cable breaks most of the time are caused by natural hazards, and these we need to bring people that do understand this.
We, as an operator, we have been part of a project that took five years studying the Congo -Kenya turbidity. Congo -Kenya is the second biggest river in the world. It has a big turbidity flow that goes more than 120 kilometers deep in the Atlantic Ocean, and we need to understand why our cables were breaking almost every year or almost every two years.
So it’s important to understand this from the scientific point of view because then you can prepare yourself to mitigate the risk. So we’re talking about some level of predictability. Are cables being breaking two years?
One year? One year or five years? What should I do if that happens?
So what can I do to bring vessels and improve? the permitting and improve the authorizations for vessels to come. In all West Africa coasts from north to south, we only have two vessels that are always stationed in the same countries, South Africa and Cape Verde Island.
So we know the vessels, we know the crews, we know what they do. Well, why don’t we give a permit for the full year for them just to come here and repair wherever they want? But we are talking of more than 20 countries, unfortunately.
So each country has its own regulatory frame. But we think that there are some rooms to improve, and the recommendations from the International Advisory Board is a key point because we need to lecture most of the time regulators, the ministries of those countries to open their mind to see if there is benefits for the repair of the vessel.
But it’s not just the repair. Just a little fun. Now I’m going to finish.
It’s also for the installation, okay? and is also for the other industries that are coming nearby, like the oil and gas, for example. We need to be aware of this.
So it’s really important to understand that all this is part of the ecosystem and we need to address the ecosystem and not just the repairs.
Thank you, Rui. That’s such a good insight because we talk a lot about regulation and permitting and ships and spares, but actually the collaboration with other sectors, with the scientific community, to understand geohazards and the other things that damage cables is so important.
So I appreciate that. So I’ll come to Vincent next. So from your perspective, many countries face regulatory impediments to submarine cable maintenance.
From an industry and operational perspective, what changes in regulation, in your view, should be made to expedite repairs?
Thank you, John. So I will go a little bit further on regulation. Nevertheless, I do believe regulation should push cable owners to have the cable being part of a maintenance agreement.
It’s not the case for all the cables, and regularly we receive as a maintenance marine supplier that we are too slow to repair for cables which are not part of a maintenance agreement. So if you impose them to be part of a maintenance agreement, they will be repaired quicker. Second point, and I’m sorry for being rude there, but impose the cable owner to pay the marine maintenance fees.
There are some cable owners who don’t pay the marine maintenance fees. It doesn’t help to propose proper solution. Third, when cables are cut in territorial waters or EZs.
So if you have a cable, you have to pay the marine maintenance fees. So if you have a cable, you have to pay the marine maintenance fees. So if you have a cable, you have to pay the marine maintenance fees.
proposal of the working group one and identify a single point of contact but the single point of contact who knows what what he has to do and with having the authority on the custom on support and all the different activities that will have to be done prior to repair the cable we have example with UK or with Germany where we recently repair cables and we got a notification only 12 hours after the cable has been cut 12 hours at the time we need to mobilize so when you have a 12 hour notification your cable is repaired in one week or something like that fourth point and maybe something uneasy to to understand for people not being part of the marine mountain the repair operation of a cable is a very technical operation.
The expertise of the crew is needed to be able to repair the cable, and it will stay excellent and improve only if they practice on a regular basis. For that, we need vessels working and doing repairs regularly, not staying in port. If we have too much maintenance vessels, each one is going to do a single repair a year, and it is economically not enough, but also technically not enough to maintain high expertise in cable repair.
And I would like to add one point for the case where a lot of cables are cut in the same area. So we have that from time to time. In that case, the regulation should push the actors to work, the different maintenance agreements to work together on one side, and maybe we should define an authority who would be able to arbitrate the priorities between the different cables.
Today the rule is first in, first serve, but we could imagine to have slightly different rules where we have an arbitration done on priorities based on importance of cable.
Thank you. I think it’s a really interesting point that actually having repair vessels out and skilled people using those skills is important to retain that memory and not have losses. There’s a lot of loss of talent, so there’s a lot of discussion about more ships and more capacity, but actually that has to be balanced with making sure that that memory is kept within the…
system. So we have another question for each of the panellists, but I’m going to come to the audience first. And if anyone has a question, we have time for one or two after this first round of questions.
So there’s some roaming microphones somewhere. I can see there’s one question here in the middle, if we can bring a microphone. And if you can keep it relatively brief, that would be appreciated to keep to time.
Okay, good working. Hi. Hi, Ben Roberts from Kenya.
I’m a consultant in the industry. It’s a question actually for Meta, I think. I mean, you mentioned a submarine cut in the Red Sea last year, and then there was another one.
In southern Africa near Durban, a bit after that while that one. previous one wasn’t repaired and when that happened you know there’s a few networks you’re one of them who you know connecting to places with edge networks and supply a lot of content within a particular geography and one of the largest telecoms companies in the region in our in East Africa was it didn’t understand it when suddenly the the caching traffic they were getting the edge traffic they were getting from all of those content networks also you know that they didn’t have enough capacity and they were not getting any traffic from from these other networks so they had a double whammy right they had you know what they normally expected and relied upon coming from the content networks was gone and and also their subsea capacity was gone but in restoring like trying to get restoration capacity the telecoms companies are under a lot of pressure to get up and get their content back and get their up and running so I think my question really is how How can the restoration of telecoms networks traffic and also the content networks traffic, how can that be better coordinated as well, if that makes sense?
Thanks for the question. So I think if I understand where you’re going, it’s just how can we as multiple parts of industry coordinate and speak better in the event of an outage. And I think that venues like this and forums like this are a great place to just start the conversations and identify those opportunities where we can figure out, well, where are the spots where traffic has really been impacted or the content delivery has been impacted that maybe we don’t even see directly, but it’s further downstream.
I don’t think I’m going to solve Red Sea today, but I’m going to try to figure out where we can start the conversations and identify those opportunities. I know that having conversations about how to fix challenges like this is important and shouldn’t be. you know, it shouldn’t be limited to venues like this.
We should continue those conversations and work together to find the solutions. Thanks. Thanks for the question.
So I think if I understand where you’re going is just how can we as multiple parts of industry coordinate and speak better in the event of an outage. And I think that venues like this and forums like this are a great place to just start the conversations and identify those opportunities where we can figure out, well, where are the, you know, where are the spots where traffic has really been impacted or the content delivery has been impacted that maybe we don’t even see directly, but it’s further downstream.
I don’t think I’m going to solve Red Sea today, but I know that having conversations about how to fix challenges like this is important and shouldn’t be, you know, it shouldn’t be limited to venues like this.
We should continue those conversations. And work together to find those solutions.
Thanks Kelly. I think we’ve got time for one more if there’s any others now. There’s one in the middle.
Hello, my name is Nadia Ribeiro. I’m a legal advisor or lawyer for telecoms. My question, it could be addressed to Meta or Angola Cables.
And I’m curious, do you think that from the commercial side, has it been easy for the industry to solve in commercially reasonable terms the rerouting of traffic when we have cable cuts like we saw the cable cut in March 2020?
Yes, we have 24 with all three cables in the western coast going down and this being solved in a way that has helped all the players or stakeholders. Do you think that all operators are ready and have in place the guardrails to effectively reroute traffic in an efficient manner?
Maybe we’ll come to Rui first.
Okay, thank you for the question. Well, in our case, we try to have the best plan in place to minimize the impact to the customer. The customer is our first priority, okay?
Every time there is a cable break or cable tie, it’s an issue for us because it increases our costs, okay? Definitely. We have to pay for the repair.
Even if you are part of a consortium, the members of the consortium, they still have… Basically, to pay for some part of the repairing. it’s something that is not planning on in our budget of course we have in our budget always a reserve amount just for repairs but we don’t want that to happen but so we need to balance those scenarios okay going fast to repair the cable and make the the service up and running as fast as we can when this situation does not happen we need to reroute the traffic we need to use our alternatives infrastructure but of course with the cost and sometimes you have to buy capacity temporary capacity on other submarine cable so it’s always the question of should we do that or not we have to do because we have the SLS in the contract we have obligation with the customers but at the same time we have to increase our costs operational costs because this was not planning and therefore we need to minimize the operation costs by reducing the time of the break of the cable but sometimes situations are not the way we are planning it’s always out of our hands and we have to deal with the situation as it does exist.
ok, thank you so I think we’ll come back to my questions and hopefully we’ll have time for some more questions at the end as well so I’ll come back to Mr. Zhao next, so if everybody would like to prepare their headsets so in your opinion how can international organizations support governments in addressing the challenges which are faced by the submarine cable repair sector
Thank you for this question indeed this is a very timely and very representative challenge in terms of international organizations I think how they support governments in addressing the challenges in addressing the challenges market entities and industries, how they can address challenges in repairing submarine cables.
Of course, international organizations play an important role. In my opinion, different types of international organizations must take advantage of their own functionality and expertise and coordinate amongst them so as to leverage their synergy to contribute to addressing these issues.
Let’s look at three types of international organizations. Firstly, under the UN system, they could enhance their attention to the issues related to submarine cable repair. Our meeting today is a great reflection of that type of effort.
So China, for example, Chinese government, Chinese industry, we have attached great importance to the issue of submarine cable repair. We have also attached great importance to meetings like these. and we have participated and engaged actively.
So we also want to share our understanding and love of each other. So far, for example, institutions like IAB, advisory boards, they have had some very concrete output and outcome for our considerations, just as the outcomes listed this morning, including the working group recommendations from the three working groups, with excellent results.
Of course, they should also translate that into real work. In the future, how do we connect different systems? We believe that all their works must be incorporated under the current mechanisms of the ITU, just as we mentioned before, and this morning, some of the members have mentioned, I’m going wrong now.
how do we implement the recommendations from our working groups? Under the ITU mechanism, can we have some structure? So under the ITUD structure or framework, so that we could, amongst all the member states, we could raise awareness of all the member states in this regard, with regards to submarine cable.
I would like to also recommend ITU, together with other international financing entities and institutions, to provide support to underdeveloped island countries and developing markets. We shall also think about investments and financing mechanisms so that to address the uneven distribution, of resources in repairment. We believe that the least or less developed countries as well as island countries, they may need this help even more.
So repairment, the repair resources distribution could help them become more autonomous in terms of repairing their submarine cables. Of course, ITU has done a great deal of work and we believe that more work can be done and we are working towards a very positive direction. Secondly, let me talk about the inter -regional and inter -governmental organizations.
How do we harmonize governance structures? For example, African Union and the island states could be incorporated into regional cooperation frameworks so that multiple countries and multilateral reviews could be done together amongst these countries because we know that sometimes these cables are shared by many countries.
So the approval and coordination can be shared amongst them. How do we allow the repair boats and cable ships to sail through more smoothly and expedite the repair? And they should also promote cooperation framework amongst different governments.
We understand, for example, ASEAN, in terms of the cooperation in submarine cables, they have started some explorations and achieved a preliminary report on the results. So we think this could be further promoted. Thirdly, my last observation is that in terms of the industry associations and international level organizations, for example, we support ICPC in its work.
And regional telecom associations as well as submarine industry associations could work together also with ship owners so as to achieve more coordinated efforts in terms of repair and maintenance, so as to break down the silos and address the pain points currently existing in the system.
They could also contribute to policy input. And we shall also have a permanent and more periodical mechanism to facilitate public -private dialogue so that industry could… convey their new directions, new technologies, as well as new demands to the public sector so as to optimize regulatory framework, enhancing efficiency in the system.
We believe that in our industry, at the international level, there is great work to be done and there is great potential to be unleashed. So this is my observation. Thank you.
Thank you, and particularly for sharing some of the practical applications of the things which have been listed within Working Group 1 recommendations. So I’ll come to Kevin again next. So last year, there was a parliamentary inquiry in the UK which held public hearings to examine current challenges affecting submarine cables.
and I understand there’s been a government response to those. Are you able to share any key findings from those discussions and any measures which are being considered to be adopted that could address challenges with cable repair?
Yes, thanks. Indeed, there was a parliamentary hearing and I remember it well because I had the honour of appearing before it myself. It was the first time I’d done that, so I remember it very well.
Yes, and they did a very good job. It’s one of our very well -respected committee, a joint committee, which means it brings together both of our chambers to look at serious issues. And I’d say the context is the Committee for the National Security Strategy.
So it was looking at this through a national security focus, which meant that there was quite a lot of focus on what we consider sort of low likelihood but high impact risk. risks. So they were coming at it from a particular angle based around a sort of worst case scenario.
So it’s out there and it’s published and it’s a good read, but just bear in mind it has that particular context. It’s slightly different from a lot of the context we’re talking about here. But yeah, the committee found a number of things.
Just again, it found that the UK agreed that we have overall a good level of resilience and good connectivity. I was thinking about this again, Ken showed the sort of cable and just how vulnerable an individual cable is. And of course, that’s completely true.
But a country’s connectivity can be resilient overall. And we think we have that through the sort of multiplicity of cables, the repair capabilities we’ve been talking about. Our plans.
but even though we think we have a pretty good system the committee found that and recommended that the government do better in a number of areas and fortunately we were already working on most of those areas so we were able to by and large welcome the report and continue working on those recommendations and again we have published online a response so people can read that if they want to there’s just a few areas I’ll just sort of rattle through in particular where they focused so firstly it recommended a review of the relevant legislation in the UK and the main act we have the Submarine Telegraph Act dates from 1885 so it’s quite difficult to claim that the Submarine Telegraph Act the law probably doesn’t need a little bit of updating in light of the changing threats and technologies so we are doing that they recommended that the government work with industry even more than we are already to enhance security of cable infrastructure which we’re doing they focus quite a lot on again through this worst case scenario lens developing and crucially exercising emergency response plans so that in a very serious instance of the sort for example that Ruru is describing earlier you’re not making it up for the first time, people know who to contact, they know and have those relationships already so we’re doing more of our work in that regard.
Contingency plans I think is one of the questions we’re getting to, they recommended that we take our understanding to the next level and work with other sectors that are involved in that. would be impacted potentially by some of the more serious cable breaks, so understanding what your sort of sectoral impact and what are those contingency plans for rerouting. Finally, and perhaps very pertinently to your question, the committee also flagged up the importance of repair capability and recommended, well, made several recommendations, but really flagged the importance of that.
And as I mentioned when I spoke earlier, in the UK there is UK -based, UK -flagged repair capability, which is one of the reasons why our repair, our sort of business -as -usual repairs are so prompt, but it’s also an important capability in an emergency.
so the government completely agrees that it is important to have that capability for the foreseeable future and and we’re currently working now with industry on sort of options to make sure that continues to be in place for the future
Thanks Kevin and that’s very very relevant particularly to vincent’s points of some of the complexities around the repair ecosystem and government investment government support and that sort of thing which brings me nicely to kelly’s question which with with all the dialogue around government investment or funding from your perspectives uh or your perspective is funding one of the right solutions or are there other things which governments can do to also improve repair response times around the world and if you can highlight some some region examples that’d be very helpful.
sure um you know over the years uh i’ve heard a lot of countries uh discussing the potential potential of funding their own repair ships and having repair capacity. I think that I would just encourage countries to be very thoughtful when doing so because from our perspective, I think the market is working pretty well. Industry, as Kent flagged earlier, has maintenance zone agreements where resources are pooled and kind of the globe is sliced and diced so that regions have dedicated resources for repairs when needed.
Now there is a recognition that cuts in the Atlantic have gone down while APAC, they’ve gone up. So there might need to be a recalibration of allocating those resources, but we are actively working on that. I think the danger in having each country have their own ship is it could potentially distort the market.
and you don’t want these ships sitting idle. They are highly technical ships. They have highly technical crews.
These crews need to stay busy to keep their skills, so you want them traveling and repairing with frequency just to keep the skills sharp. So while I think that governments can invest in, you know, forensically after a full determination has been made on the need for it and any gaps, I think there are other means that governments could be looking at filling those gaps, such as using their naval capacity or emergency requisition authority for high conflict and truly emergency situations.
And then I think pivoting, you know, before anything about financing is done, we can just really shore up current systems. We don’t really know where the inefficiencies or gaps are until the situation is resolved. And so I think these systems for repair are really addressed.
So just I’d encourage every country to go back with the homework assignment of reading, you know, great bedside reading the ICPC best practices and going through it, you know, and saying, okay, how are our customs treating cable repair ships?
How are we treating crews with the visa entry requirements? How are we handling permits? Are they preauthorized or do we have to get a fresh permit for every repair?
Is there a better way to do that? Once we’ve done that, then I think we can take a look at, you know, how the current system is. Is it optimized?
Is it efficient? Or are there still gaps? But I think that’s like kind of table setting before we go into the more macro question of, you know, is financial
Thanks. That’s a really interesting point that funding can be part of the solution, but it’s not necessarily the whole thing. It needs to be treated.
Very carefully. so we’re running a little bit behind time so I’m going to come to Rui next so significant new cable construction seems to have outpaced in region maintenance provisions in some areas and maintenance resources how should the industry address capacity gaps in such regions to improve resilience and response times.
yes indeed the new cables came for the last two years up and running they are going to use the same resource they are there in the regions so nothing has been done to improve the resources time to sell to the repairing areas is still high it’s not just about permitting regulatory it’s just the time when you call a vessel to go to a certain area to repair is still very high the type of vessels that we have is still old there is a lot of time to repair there is not much new vessels and if you look at for example for the picture that has been shown by Tom on the ICPC that belongs to telegeography just the Atlantic itself as a single maintenance agreement well to a private and consortium but they they have to handle a huge region and this region the number of cables has doubled in the last 10 or 20 years okay so we need to have more vessels we need to invest more vessels but there is a problem that as mentioned here before it’s related with the high cost and how we going to recover that along the way but at same time we need to look also for new depots there’s no way for us to deal with the cable repairs with the existing cable depot We need to find intermediary cable labels.
It could be regional, very located. Mr. Zona expressed very well when it comes to using regions and using the entities that handle the regions.
And I was thinking this morning when I heard the South African lady talking in the meeting this morning about the regions, I was thinking about SADC, okay? So SADC should have a whole framework, a whole permitting procedures for all the countries, because it would simplify very much. But we also need to look at it in terms of new depots and new vessels.
But it requires a certain level of investment, okay? So I’m not seeing cable operators or cable owners investing in vessels, okay, that are there for… for a long, long time without doing no activity at all.
but we need to think as a community, as regions, okay, or as a continent, that maybe it’s time for us to consider a joint investment on new vessels and not just laying these for the private companies. And I’m thinking, for example, Brazil. Brazil is bigger than Europe, right?
How many airports do you have in Brazil or cable vessels in Brazil? None. How many submarine cables do you have there?
More than 15. 15. One five.
So it’s critical, okay? It’s really critical. They rely on the vessel that is based in Bermuda to calm down.
It’s good that nothing big and nothing strong has happened in terms of cable breaks in Brazil because most of the cables are landing in Fortaleza, which is a nice place to lay down the cables because you don’t have a big problem there on that area.
But we never know. Climate change. Climate change.
is a risk and we have to consider so it’s an example so we need to look at and we need to see and we need to take decisions quickly as regions as governments, private entities all together to change the model that we have which is a model that lasts for how many years 15 years.
Super and so fortunately we have a vessel operator here from Vincent can then give us his perspective on exactly this challenge with the average age of submarine cable maintenance ships being 20 years do you have a view as to Rui’s points on what incentives or policy measures could help modernize the fleet
So thank you John, I will give an answer from a private marine maintenance entity so the first point to renew the fleet is to ensure the marine maintenance is reasonably profitable with limited financial risk.
As you said, a new maintenance vessel is quite expensive. Has a very rough order of magnitude, $100 million. It’s a lot of money.
So the one who puts the money expects a return at some point. So for that, first, we need all the cable to be in marine maintenance agreement so that they are done. And we need cable owners and telecom operators not to rely only on cost reduction, which is the main driver for maintenance.
Your price are too high, you need to reduce your price. Okay, we can reduce our price, but if we reduce our price, we are not going to renew the fleet. In several areas of the world, the prices do not permit to replace vessels and even push the vessel marine maintenance owners to remove vessels.
This has been the case of Subcom a few years ago. Their vessels were not profitable, they removed all of them. So, the second point is that the visibility on business is not clear.
The marine maintenance agreement has three years. Compared to the profitability or the rentability of a vessel, three years is very short. So we should increase the duration and go on a foot push for increasing the duration.
The third point. Is that we should avoid to threaten marine maintenance vessels with new taxis. this will reduce again the profitability if these nuke taxes are existing this is not good for investment, it is increasing risk third point is that a vessel staying in the port is losing money so if there are too much vessels in the area and if there is no repair to be done, the vessel is going to lose money, so you are not going to invest in vessels if there are too much in the area then the vessel can’t do repair the fifth point is that we also need to authorize marine maintenance vessels to do external work so work which is not only marine maintenance but which is what we call outside works which are works related to submarine cable but which are not directly repairing cable it can be doing survey it can be doing it can be doing it can be doing PLIB activities, it can be doing a lot of other activities which are not directly marine maintenance activities.
And I believe that maybe we can imagine that to increase marine maintenance fees, some countries where a lot of cables are existing are contributing to the fees to the cable owner fees. So that countries provide grants to the cable owners to increase the price of the marine maintenance in order to renew the vessels and to get cash to renew the vessels. That’s my point for this subject.
Sure. I’m going to sound like a broken record, but I think really finding a pathway to reduce the permitting and regulatory challenges and getting those timelines just down. I think it’s within every government’s ability to do it.
We just need to put our heads down and do the work. And I would say, please partner with industry. We’ve been doing this for a long time and would welcome conversations on how we can do this in a way that benefits everybody.
We all want connectivity. Thank you.
And the same question to Mr. Zhang.
So as you said, in 2026, in terms of report, we have a very different ecosystem. So it’s challenges and issues. So my own personal observations, I think there are two challenges.
First, the ecosystem is facing an efficiency bottleneck. I think it’s a very important issue. Currently, global repair relies on maintenance areas, as you just said.
But according to studies by the industry, more than 60 % of stakeholders are not satisfied with response time of the green situation. So the industry generally said, as more countries are connected to cables, so the policy environment will become more and more complicated. The coordination costs will continue to rise, of course.
Often, different funders… …have different… management in terms of customs, maintenance, environment issues, and approval systems.
So this tendency, this timeline are very hard to predict. So the administration process is most important issue that results in delay in repairs. So the bottleneck in terms of administrative efficiency is about the unbalance between supply and demand in terms of repair resources.
And globally, repair ships are very limited, as you just said. And you all mentioned about how many repair ships in the world, and but anyway, there is an imbalance in terms of ship repair. So out of the 20 that are available, there are 20 on standby.
Whenever there is a natural hazard or any false event, current resources cannot satisfy multiple points in repair simultaneously. And many of the repair ships will be decommissioned by 2024 because of the end of life. And also the total kilometers of the submarine sea cable will increase by 40%.
So this disbalance in supply demand is going to shape the future of submarine cable repair. I believe these are the tremendous challenges we’re facing by 2026. In order to address these challenges, we’ll have to continue to optimize.
the regulatory environment, increase investment in repair. In addition, I also recommend to expedite the modernization of our equipment, R &D and repair ships in depth, and also AI -assisted repair technology. So we have to enhance our technology to increase productivity and to increase our repair capacity.
Technology is going to define and help us satisfy the demand, increase and address those challenges. We are also faced with an important issue in terms of talent development. As all of you here understand, talent engineers in maintenance repair is in fact in shortage.
They have to go through very stringent and rigorous education and development. So we must think about how we develop them. We have to enlarge our efforts in terms of developing educational programs related to engineers in sea cable repair and maintenance so as to systematically enhance the quality of our system.
Thank you.
Thank you very much. And Vincent, from your perspective, what’s the most important consideration for submarine cable repair in 2026?
So for me, the main point is renew the fleet. for sure and for that make sure that there is a business model for that.
I agree with much of what has been said, I think the key thing as the recommendations from the working groups that we published today say reduce barriers to resolving this when it goes wrong, sort of 9 -meh scenario, you can imagine a sort of complex break affecting multiple countries, multiple regulatory regimes being engaged and just delay upon delay that’s basically unnecessary so I urge everyone to have a look at their regimes, think about when it goes wrong, test it, plan it and then sort of improve and remove those barriers.
Thank you, and Rui
I agree with my panel colleagues, everything that has been said I agree with my panel colleagues, everything that has been said But I think also, and I have to underline that, translate the recommendations from IAB into practical scenarios is going to be the big challenge.
How can we translate what we recommended on each country? Because we are not talking about everybody. We’re talking about country by country, and that is the challenge.
I’m happy that I’m having the chairman of my regulator here because I’m already starting to lecture him to provide the support that I need. Thank you.
Superb. Thank you all. So I think we’ve got time for maybe one or two questions if they’re short.
So please, if you can raise your hands, just in the middle here. Thank you.
I’m Esther from Tanzania, Tanzanian Telecommunication Corporation. From a national resilience point of view, we’ve heard a lot about having resilience, multiple cables for diversity, and also having the best mechanism for repairs. What do you think the countries should mostly invest in?
The best mechanisms or more cable landing stations? And also, how can a country strike a balance between the two?
That’s a very good question. And who would like to take it? I’m looking maybe at Rui or…
I’ll have the others. Okay. Anybody else like to talk about it?
I’d say there’s no… I mean, I think there’s no kind of quick one -sentence answer. I think different countries have to…
look at their own individual circumstances and all will be different and make those sort of choices. I think there’s a lot of common understanding and there’s a lot of good information out there about what the features of a resilient connectivity looks like with we’ve discussed diversity of supply access to repair capability contingency planning for when things go wrong and I think the sort of the right balance on where you choose to invest depends on your starting point and the individual circumstances.
Thank you. And I think one more question and then we’ll have to wrap up in the middle here please.
Hi, Steve Song, Internet Society. During the cable break off the coast of West Africa in 2024, a key part of the restoration of services was actually finding a terrestrial route across West Africa. And so my question is really, is it reasonable to talk about undersea cable resilience without actually bringing terrestrial infrastructure into the picture?
What does undersea cable resilience look like for Uganda, for Zambia, for Rwanda, or Burundi? Are we missing – do we have only one half of the coin?
It’s a good question. It might be one for the third panel, I think, talking about those types of situations.
I think it’s a really good question because most of us tend to forget the terrestrial part. Terrestrial part is the part that is most important. It has to be part of the solution of the resilience of the submarine cable.
There’s no other way to do it, okay? Particularly when you have multiple landing stations in a country, if you don’t have tourist connectivity between the landing stations, cables are not going to be protected one to the other or resilient.
So it’s important. There’s a lot of initiatives, for example, I would say in Africa, some operators trying to connect the East Coast with the West Coast. It’s a big challenge because you’re talking about countries that have their own frameworks.
In some cases, you have civil wars going on in some regions, so it’s not easy, but it’s a good alternative, okay? Because if cables are breaking that goes along the South Africa Coast, by using the tourist coast, you’re still connecting the submarine cables that serve those areas as well. So for us, as a cable operator, we always consider the tourist part as a key.
And we always use as much as we can. Of course, submarine cables has a different quality of service, okay, reliability, and SLA than the terrestrial part. Terrestrial part, we are dealing with the multiple operators in most of the cases because each one owns one portion of the terrestrial fiber.
But it’s a good question. Thanks for that.
Great. Well, thank you all. Thank you for staying with us to the end, and thank you very much to all of our panelists.
A round of applause for them, please. Thank you.
Zhiguo Zhao
Speech speed
99 words per minute
Speech length
1633 words
Speech time
985 seconds
International organizations should coordinate efforts and provide support to developing island nations
Explanation
Zhao argues that different types of international organizations should leverage their expertise and coordinate to address submarine cable repair challenges. He specifically recommends that ITU work with financing institutions to support underdeveloped island countries and developing markets with uneven repair resource distribution.
Evidence
ITU should incorporate working group recommendations into member state frameworks; need for investment and financing mechanisms; less developed and island countries need more help with repair resource distribution; ASEAN has started submarine cable cooperation explorations
Major discussion point
Government Investment and Support Strategies
Topics
Financial mechanisms | Closing all digital divides | The development of the WSIS framework
Regional cooperation frameworks could harmonize governance structures across multiple countries
Explanation
Zhao advocates for regional and inter-governmental organizations to harmonize governance structures, particularly for cables shared by multiple countries. He suggests that regional bodies like African Union and ASEAN can facilitate multilateral coordination for smoother repair operations.
Evidence
African Union and island states could be incorporated into regional cooperation frameworks; ASEAN has achieved preliminary results in submarine cable cooperation; cables are often shared by many countries requiring multilateral coordination
Major discussion point
Government Investment and Support Strategies
Topics
The enabling environment for digital development | The development of the WSIS framework
Agreed with
– Rui Faria
Agreed on
Regional cooperation frameworks could significantly improve repair coordination
AI-assisted repair technology and equipment modernization could enhance productivity
Explanation
Zhao recommends expediting modernization of repair equipment and developing AI-assisted repair technology to increase productivity and repair capacity. He sees technology as key to addressing the supply-demand imbalance in repair resources and meeting growing demands.
Evidence
Technology can help satisfy demand increases and address supply-demand challenges; need for R&D in repair ships and AI-assisted repair technology; technology will define future repair capacity
Major discussion point
Technical and Scientific Considerations
Topics
Artificial intelligence | The enabling environment for digital development
Disagreed with
– Kelly Donohue
– Kevin Adams
Disagreed on
Role of technology versus administrative solutions
Talent shortage in submarine cable engineering requires systematic educational program development
Explanation
Zhao identifies talent shortage as a critical issue, noting that submarine cable maintenance and repair engineers require rigorous education and development. He calls for enlarged efforts in developing educational programs to systematically enhance the quality of the repair system.
Evidence
Talent engineers in maintenance repair are in shortage; engineers require stringent and rigorous education and development; need to develop educational programs related to sea cable repair and maintenance
Major discussion point
Technical and Scientific Considerations
Topics
Capacity development | The enabling environment for digital development
Kevin Adams
Speech speed
138 words per minute
Speech length
1358 words
Speech time
587 seconds
UK’s exemption system allows immediate emergency repairs with 24-hour notification requirement
Explanation
Adams explains that the UK’s Marine Coastal Act provides an exemption for emergency repairs, allowing cable operators to begin work immediately while only requiring notification within 24 hours. This system has proven effective given the UK’s high frequency of cable breaks.
Evidence
UK averages 8 days from break to repair vessel on location; repairs take 5-10 days; UK has vessels nearby in Portland and Brest; close relationships with operators and established protocols
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development | Building confidence and security in the use of ICTs
Disagreed with
– Zhiguo Zhao
– Kelly Donohue
Disagreed on
Role of technology versus administrative solutions
Parliamentary inquiry recommended reviewing outdated legislation and enhancing emergency response plans
Explanation
A UK parliamentary committee examined submarine cable challenges through a national security lens, finding that while the UK has good overall resilience, improvements are needed in legislation, industry collaboration, and emergency planning. The committee focused on worst-case scenarios and low-likelihood but high-impact risks.
Evidence
Submarine Telegraph Act dates from 1885; committee recommended legislation review, enhanced security collaboration with industry, developing and exercising emergency response plans, and maintaining UK-based repair capability
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development | Building confidence and security in the use of ICTs
Vincent Lemaire
Speech speed
131 words per minute
Speech length
1010 words
Speech time
462 seconds
Multiple regulatory frameworks across countries create coordination challenges and unpredictable timelines
Explanation
Lemaire argues that dealing with different regulatory bodies across multiple countries creates administrative delays and unpredictable timelines for cable repairs. He advocates for single points of contact with proper authority and knowledge to streamline the process.
Evidence
Examples of UK and Germany providing 12-hour notifications enabling one-week repairs; need for single point of contact with authority over customs and support activities
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development
Agreed with
– Zhiguo Zhao
– Kevin Adams
– Kelly Donohue
Agreed on
Streamlined permitting and regulatory processes are critical for faster repairs
Regulation should mandate all cables be part of maintenance agreements and require payment of maintenance fees
Explanation
Lemaire argues that regulations should require all cables to be part of maintenance agreements and ensure cable owners pay maintenance fees. He notes that some cable owners don’t pay fees, which hinders proper repair solutions, and that regular practice is essential for maintaining crew expertise.
Evidence
Some cable owners don’t pay marine maintenance fees; crews need regular practice to maintain expertise; vessels need to work regularly rather than staying in port
Major discussion point
Industry Collaboration and Maintenance Agreements
Topics
The enabling environment for digital development | Financial mechanisms
Agreed with
– Rui Faria
Agreed on
Maintenance agreements and fee payment should be mandatory for all cables
Disagreed with
– Kelly Donohue
Disagreed on
Prioritization approach for repair optimization
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
Explanation
Lemaire explains that renewing the repair fleet requires significant investment (around $100 million per vessel) and reasonable profitability with limited financial risk. He argues that cost reduction pressures prevent fleet renewal and that longer maintenance agreements are needed for better business visibility.
Evidence
New maintenance vessel costs approximately $100 million; current maintenance agreements only last three years; Subcom removed all vessels due to unprofitability; need for longer agreement durations and authorization for external work
Major discussion point
Vessel Capacity and Fleet Modernization
Topics
Financial mechanisms | The enabling environment for digital development
Agreed with
– Rui Faria
– Zhiguo Zhao
Agreed on
Fleet modernization and adequate vessel capacity are urgent priorities
Disagreed with
– Kelly Donohue
– Rui Faria
Disagreed on
Government funding for repair ships
Kelly Donohue
Speech speed
0 words per minute
Speech length
0 words
Speech time
1 seconds
Delays affect network resilience differently depending on cable crowding and available redundancy
Explanation
Donohue explains that the impact of cable cuts varies significantly based on whether cables are crowded together creating single points of failure, or if there’s sufficient redundancy to reroute capacity. The location and nature of cuts determine the severity of impact on network resilience.
Evidence
Red Sea cuts caused congestion from Europe to Asia due to cable crowding; Baltic Sea cuts had negligible impact due to available redundant cables for capacity rerouting
Major discussion point
Impact and Consequences of Cable Repair Delays
Topics
Building confidence and security in the use of ICTs | Information and communication technologies for development
Repair delays create ripple effects on other repairs due to vessel scheduling constraints and seasonal windows
Explanation
Donohue highlights that delays in one repair can have downstream consequences on other repairs because repair ships have other commitments and will move on to the next project. There are multiple constraints including weather windows, seasonal considerations, and fishing activities that make timing critical.
Evidence
Weather windows, seasonal windows, and fishing considerations create timing constraints; ships will move to next project if delayed, causing potential weeks or months of additional delay
Major discussion point
Impact and Consequences of Cable Repair Delays
Topics
Building confidence and security in the use of ICTs
Government funding for repair ships should be carefully considered to avoid market distortion
Explanation
Donohue argues that while countries discuss funding their own repair ships, the current market system with maintenance zone agreements works well and government investment could distort the market. She emphasizes that highly technical ships and crews need to stay busy to maintain skills.
Evidence
Industry has maintenance zone agreements that pool resources and divide the globe into regions; cuts in Atlantic have decreased while APAC cuts have increased, requiring recalibration; ships need to stay busy to keep crews skilled
Major discussion point
Government Investment and Support Strategies
Topics
Financial mechanisms | The enabling environment for digital development
Disagreed with
– Rui Faria
– Vincent Lemaire
Disagreed on
Government funding for repair ships
Countries should first optimize existing systems through improved customs, visa, and permitting processes
Explanation
Donohue recommends that before considering major investments like funding repair ships, countries should focus on optimizing current systems by reviewing and improving their customs treatment, visa requirements, and permitting processes. She suggests using ICPC best practices as a guide for this optimization.
Evidence
ICPC best practices provide guidance on customs treatment, crew visa entry requirements, and permit processes; suggests checking if permits are preauthorized or require fresh permits for every repair
Major discussion point
Government Investment and Support Strategies
Topics
The enabling environment for digital development | Capacity development
Disagreed with
– Zhiguo Zhao
– Kevin Adams
Disagreed on
Role of technology versus administrative solutions
Commercial impacts include bond requirements and additional resource allocation for addressing repair delays
Explanation
Donohue explains that repair delays create commercial ramifications beyond just the repair costs, including bond requirements and the need to work with commercial partners to determine responsibility for additional costs. The impact extends beyond money to include logistics and resource allocation.
Evidence
Bond requirements need to be addressed; commercial partners must figure out who’s responsible for paying; involves logistics and extra time and resources beyond just money
Major discussion point
Impact and Consequences of Cable Repair Delays
Topics
The digital economy | Financial mechanisms
Fast installation permits are critical because they impact repair situations and overall network resilience
Explanation
Donohue links the speed of cable installation permits to repair effectiveness, arguing that getting fast permits for builds is critical because it affects the repair situation later. More cables provide better redundancy and resilience when repairs are needed.
Evidence
Speed of installation permits affects repair situation; getting fast permits for builds is critical; more cables provide redundancy for when cuts happen
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development | Building confidence and security in the use of ICTs
Industry partnerships and ongoing dialogue are essential for addressing content delivery coordination challenges
Explanation
Donohue responds to questions about coordination between content networks and telecoms during outages by emphasizing the importance of venues like the current forum for starting conversations and identifying opportunities for better coordination. She advocates for continuing these conversations beyond formal venues.
Evidence
Venues like this forum are great places to start conversations; need to identify opportunities where traffic or content delivery has been impacted downstream; conversations shouldn’t be limited to formal venues
Major discussion point
Industry Collaboration and Maintenance Agreements
Topics
The digital economy | Building confidence and security in the use of ICTs
Governments should consider using naval capacity or emergency requisition authority for high-conflict situations
Explanation
Donohue suggests that instead of each country investing in their own repair ships, governments could utilize existing naval capacity or emergency requisition authority during truly emergency situations or high-conflict scenarios. This approach would avoid market distortion while still providing emergency response capability.
Evidence
Naval capacity or emergency requisition authority for high conflict and truly emergency situations; alternative to each country having own ship
Major discussion point
Government Investment and Support Strategies
Topics
Building confidence and security in the use of ICTs | The enabling environment for digital development
Reducing permitting and regulatory timelines is within every government’s capability
Explanation
Donohue emphasizes that finding pathways to reduce permitting and regulatory challenges and getting timelines down is achievable for every government. She advocates for governments to partner with industry, which has extensive experience in submarine cable operations, to develop solutions that benefit all stakeholders.
Evidence
Within every government’s ability to reduce permitting timelines; industry has been doing this for a long time and welcomes conversations; all want connectivity
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development | Capacity development
Agreed with
– Zhiguo Zhao
– Kevin Adams
– Vincent Lemaire
Agreed on
Streamlined permitting and regulatory processes are critical for faster repairs
Rui Faria
Speech speed
145 words per minute
Speech length
889 words
Speech time
366 seconds
Multi-cable breaks require consortium collaboration and prioritization decisions since industry cannot handle simultaneous repairs
Explanation
Faria explains that when multiple cables break simultaneously, it requires collaboration among consortium members to coordinate repairs and decide priorities, as the industry lacks capacity for multiple simultaneous repairs in the same location. The West Africa incident required bringing in scientific experts to understand the natural causes.
Evidence
West Africa multi-cable break was caused by natural hazards not previously studied; required collaborative work among consortium members; scientific engineers helped understand the natural causes; industry cannot make multiple repairs simultaneously in same location
Major discussion point
Industry Collaboration and Maintenance Agreements
Topics
Building confidence and security in the use of ICTs | Information and communication technologies for development
Agreed with
– Vincent Lemaire
Agreed on
Maintenance agreements and fee payment should be mandatory for all cables
Cable breaks increase operational costs through rerouting traffic and purchasing temporary capacity
Explanation
Faria describes how cable breaks create unplanned operational costs including repair expenses, traffic rerouting, and purchasing temporary capacity on other cables. Operators must balance speed of repair against these mounting costs while meeting service level agreements with customers.
Evidence
Consortium members must pay for repair portions; need budget reserves for repairs; must buy temporary capacity on other submarine cables; have SLA obligations with customers requiring service maintenance
Major discussion point
Impact and Consequences of Cable Repair Delays
Topics
The digital economy | Financial mechanisms
Understanding natural hazards like turbidity flows is crucial for predictable maintenance planning
Explanation
Faria emphasizes the importance of scientific understanding of natural hazards that cause cable breaks, citing a five-year study of Congo-Kenya turbidity flows. This scientific approach enables better risk mitigation and predictable maintenance planning rather than just reactive repairs.
Evidence
Five-year project studying Congo-Kenya turbidity; Congo-Kenya is second biggest river with turbidity flow extending 120+ kilometers deep in Atlantic; cables were breaking almost every year or two years; scientific understanding enables predictability
Major discussion point
Technical and Scientific Considerations
Topics
Environmental impacts | Building confidence and security in the use of ICTs
Agreed with
– John Wrottesley
Agreed on
Scientific understanding of natural hazards is crucial for cable protection
New cable construction has outpaced maintenance provisions, requiring more vessels and regional depots
Explanation
Faria argues that the doubling of cables in regions like the Atlantic over 10-20 years has not been matched by increased maintenance resources. He advocates for regional joint investment in vessels and new depot locations rather than relying solely on private operators.
Evidence
Atlantic region cables have doubled in 10-20 years but maintenance resources haven’t increased; Brazil has 15+ submarine cables but no cable vessels, relying on Bermuda-based vessel; time to reach repair areas is still very high
Major discussion point
Vessel Capacity and Fleet Modernization
Topics
Financial mechanisms | The enabling environment for digital development
Agreed with
– Vincent Lemaire
– Zhiguo Zhao
Agreed on
Fleet modernization and adequate vessel capacity are urgent priorities
Disagreed with
– Kelly Donohue
– Vincent Lemaire
Disagreed on
Government funding for repair ships
Resilience requires both multiple cables and interconnected landing stations within countries
Explanation
Faria stresses that true resilience requires not just multiple cables but also connectivity between landing stations within the same area. He advocates for connecting all cable landing stations in the same region to enable traffic rerouting when one cable fails.
Evidence
Angola Cables promoted CLS connections on both sides of Atlantic in Angola and Brazil; multiple cables landing on same beaches but not same landing stations; landing stations often not connected; enables traffic rerouting between cables
Major discussion point
Infrastructure Resilience and Connectivity
Topics
Information and communication technologies for development | Building confidence and security in the use of ICTs
Terrestrial infrastructure connectivity is essential for true submarine cable resilience
Explanation
Faria argues that submarine cable resilience cannot be achieved without considering terrestrial infrastructure, particularly for landlocked countries. He notes the importance of terrestrial connectivity between landing stations and cross-continental routes, despite challenges with multiple operators and varying service quality.
Evidence
Initiatives to connect East Coast with West Coast in Africa; challenges include different frameworks across countries and civil wars in some regions; terrestrial fiber involves multiple operators with different SLA quality than submarine cables
Major discussion point
Infrastructure Resilience and Connectivity
Topics
Information and communication technologies for development | Closing all digital divides
Regional frameworks like SADC could simplify permitting procedures across multiple countries
Explanation
Faria suggests that regional organizations like SADC should develop unified frameworks and permitting procedures for all member countries to simplify the repair process. This would reduce the complexity of dealing with different regulatory frameworks across the region.
Evidence
SADC could have whole framework and permitting procedures for all countries; would simplify processes significantly; currently dealing with more than 20 countries each with own regulatory frame
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development | The development of the WSIS framework
Agreed with
– Zhiguo Zhao
Agreed on
Regional cooperation frameworks could significantly improve repair coordination
Translating IAB recommendations into practical country-specific scenarios is the biggest challenge
Explanation
Faria emphasizes that while the International Advisory Board has developed good recommendations, the real challenge lies in implementing these recommendations at the individual country level. Each country has its own specific circumstances and regulatory frameworks that need to be addressed.
Evidence
Need to translate recommendations country by country; not talking about everybody but specific countries; mentions having regulator chairman present to start providing needed support
Major discussion point
Implementation of International Recommendations
Topics
The enabling environment for digital development | The development of the WSIS framework
West Africa has limited repair vessel coverage with only two vessels stationed across more than 20 countries
Explanation
Faria highlights the inadequate repair vessel coverage in West Africa, where only two vessels are stationed in South Africa and Cape Verde Island to serve the entire West African coast spanning more than 20 countries. He suggests that these vessels should receive annual permits to operate across the region rather than dealing with individual country regulations.
Evidence
Only two vessels stationed in South Africa and Cape Verde Island; serve entire West Africa coast; more than 20 countries each with own regulatory framework; vessels and crews are known entities
Major discussion point
Vessel Capacity and Fleet Modernization
Topics
The enabling environment for digital development | Financial mechanisms
Regulatory frameworks should consider the broader ecosystem including oil and gas industries
Explanation
Faria argues that submarine cable repair regulations should not be developed in isolation but should consider the broader marine ecosystem, including other industries like oil and gas. This ecosystem approach would create more comprehensive and effective regulatory frameworks that benefit multiple marine industries.
Evidence
Need to address the ecosystem not just repairs; includes installation and other industries like oil and gas; all part of the same marine ecosystem
Major discussion point
Regulatory and Permitting Challenges for Cable Repairs
Topics
The enabling environment for digital development | Environmental impacts
Climate change represents an emerging risk factor for submarine cable infrastructure
Explanation
Faria identifies climate change as a new risk factor that must be considered in submarine cable planning and repair strategies. He uses Brazil as an example, noting that while current cable landing areas like Fortaleza have been relatively safe, climate change introduces unpredictable new risks that require preparation.
Evidence
Climate change is a risk that needs consideration; Brazil example where cables land in Fortaleza which has been a safe area; ‘we never know’ what climate change might bring
Major discussion point
Technical and Scientific Considerations
Topics
Environmental impacts | Building confidence and security in the use of ICTs
Audience
Speech speed
128 words per minute
Speech length
518 words
Speech time
241 seconds
Content delivery networks and telecoms need better coordination during outages
Explanation
An audience member from Kenya highlighted coordination challenges between content networks and telecoms during cable outages, where telecoms companies faced a double impact of losing both their submarine capacity and expected content delivery traffic. The question focused on how restoration of telecoms and content networks traffic could be better coordinated.
Evidence
Red Sea cable cut example where telecom company lost both submarine capacity and content delivery traffic; content networks’ edge traffic disappeared when submarine capacity was lost; telecoms under pressure to restore both connectivity and content
Major discussion point
Impact and Consequences of Cable Repair Delays
Topics
The digital economy | Building confidence and security in the use of ICTs
John Wrottesley
Speech speed
124 words per minute
Speech length
1389 words
Speech time
666 seconds
Collaboration with scientific community and other sectors is crucial for understanding cable damage causes
Explanation
Wrottesley emphasizes that beyond regulation, permitting, ships and spares, collaboration with the scientific community and other sectors is essential to understand geohazards and other factors that damage cables. This broader ecosystem approach is important for comprehensive cable protection.
Evidence
Need to understand geohazards and other things that damage cables; collaboration with scientific community is important; other sectors involvement needed
Major discussion point
Technical and Scientific Considerations
Topics
Environmental impacts | Building confidence and security in the use of ICTs
Agreed with
– Rui Faria
Agreed on
Scientific understanding of natural hazards is crucial for cable protection
Retaining skilled repair vessel crews requires regular practice and operational experience
Explanation
Wrottesley highlights the importance of keeping repair vessels active and crews skilled through regular use rather than having ships idle. He notes that while there’s discussion about more ships and capacity, this must be balanced with maintaining institutional memory and expertise within the repair system.
Evidence
Loss of talent is a concern; repair vessels need to be out and skilled people using those skills; memory must be kept within the system; balance needed between more ships and maintaining expertise
Major discussion point
Vessel Capacity and Fleet Modernization
Topics
Capacity development | The enabling environment for digital development
Agreements
Agreement points
Single point of contact/one-stop shop for permitting is essential
Speakers
– Zhiguo Zhao
– Vincent Lemaire
Arguments
Governments can designate a single point of contact, this can really streamline the whole process
Single point of contact who knows what what he has to do and with having the authority on the custom on support and all the different activities that will have to be done prior to repair the cable
Summary
Both speakers agree that establishing a single point of contact with proper authority over customs, support, and all repair-related activities is crucial for streamlining the permitting process and reducing administrative delays.
Topics
The enabling environment for digital development
Streamlined permitting and regulatory processes are critical for faster repairs
Speakers
– Zhiguo Zhao
– Kevin Adams
– Vincent Lemaire
– Kelly Donohue
Arguments
How to streamline permitting mechanism? Secondly, how to accelerate response time?
The key is to have as much as possible streamlined in advance and laid down what happened in what circumstances
Multiple regulatory frameworks across countries create coordination challenges and unpredictable timelines
Reducing permitting and regulatory timelines is within every government’s capability
Summary
All speakers emphasize the need for streamlined, predictable permitting processes with clear frameworks established in advance to reduce repair delays.
Topics
The enabling environment for digital development
Fleet modernization and adequate vessel capacity are urgent priorities
Speakers
– Vincent Lemaire
– Rui Faria
– Zhiguo Zhao
Arguments
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
New cable construction has outpaced maintenance provisions, requiring more vessels and regional depots
Unbalance between supply and demand in terms of repair resources
Summary
All three speakers agree that the current repair fleet is inadequate for the growing number of cables, with aging vessels and insufficient capacity creating bottlenecks in repair response.
Topics
Financial mechanisms | The enabling environment for digital development
Maintenance agreements and fee payment should be mandatory for all cables
Speakers
– Vincent Lemaire
– Rui Faria
Arguments
Regulation should mandate all cables be part of maintenance agreements and require payment of maintenance fees
Multi-cable breaks require consortium collaboration and prioritization decisions since industry cannot handle simultaneous repairs
Summary
Both speakers agree that all cables should be required to participate in maintenance agreements and pay associated fees to ensure proper repair capabilities and coordination.
Topics
The enabling environment for digital development | Financial mechanisms
Regional cooperation frameworks could significantly improve repair coordination
Speakers
– Zhiguo Zhao
– Rui Faria
Arguments
Regional cooperation frameworks could harmonize governance structures across multiple countries
Regional frameworks like SADC could simplify permitting procedures across multiple countries
Summary
Both speakers advocate for regional organizations to develop unified frameworks that would simplify permitting and coordination across multiple countries sharing cable infrastructure.
Topics
The enabling environment for digital development | The development of the WSIS framework
Scientific understanding of natural hazards is crucial for cable protection
Speakers
– Rui Faria
– John Wrottesley
Arguments
Understanding natural hazards like turbidity flows is crucial for predictable maintenance planning
Collaboration with scientific community and other sectors is crucial for understanding cable damage causes
Summary
Both speakers emphasize the importance of scientific research and collaboration to understand natural causes of cable breaks, enabling better risk mitigation and predictable maintenance planning.
Topics
Environmental impacts | Building confidence and security in the use of ICTs
Similar viewpoints
Both speakers acknowledge the need for more repair capacity but emphasize that market-based solutions through maintenance agreements are preferable to government investment in individual repair ships, which could distort the market.
Speakers
– Kelly Donohue
– Vincent Lemaire
Arguments
Government funding for repair ships should be carefully considered to avoid market distortion
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
Topics
Financial mechanisms | The enabling environment for digital development
Both speakers link installation and repair processes, emphasizing that true resilience requires not just multiple cables but also proper infrastructure connectivity and fast permitting for both installation and repairs.
Speakers
– Rui Faria
– Kelly Donohue
Arguments
Resilience requires both multiple cables and interconnected landing stations within countries
Fast installation permits are critical because they impact repair situations and overall network resilience
Topics
Information and communication technologies for development | Building confidence and security in the use of ICTs
Both speakers emphasize that repair expertise requires continuous practice and that vessels and crews must stay active to maintain their technical capabilities.
Speakers
– Vincent Lemaire
– John Wrottesley
Arguments
Crews need regular practice to maintain expertise; vessels need to work regularly rather than staying in port
Retaining skilled repair vessel crews requires regular practice and operational experience
Topics
Capacity development | The enabling environment for digital development
Both speakers advocate for modernizing both technology and regulatory frameworks, with Zhao focusing on AI and equipment modernization while Adams emphasizes updating outdated legislation and emergency planning.
Speakers
– Zhiguo Zhao
– Kevin Adams
Arguments
AI-assisted repair technology and equipment modernization could enhance productivity
Parliamentary inquiry recommended reviewing outdated legislation and enhancing emergency response plans
Topics
Artificial intelligence | The enabling environment for digital development
Unexpected consensus
Terrestrial infrastructure is essential for submarine cable resilience
Speakers
– Rui Faria
– Audience
Arguments
Terrestrial infrastructure connectivity is essential for true submarine cable resilience
Content delivery networks and telecoms need better coordination during outages
Explanation
There was unexpected consensus that submarine cable discussions cannot be separated from terrestrial infrastructure considerations, with both operator and user perspectives highlighting the critical importance of land-based connectivity for overall resilience.
Topics
Information and communication technologies for development | Closing all digital divides
Climate change as an emerging risk factor
Speakers
– Rui Faria
Arguments
Climate change represents an emerging risk factor for submarine cable infrastructure
Explanation
The explicit recognition of climate change as a new risk factor for submarine cables was unexpected in a technical infrastructure discussion, showing growing awareness of environmental impacts on digital infrastructure.
Topics
Environmental impacts | Building confidence and security in the use of ICTs
Cross-industry ecosystem approach needed
Speakers
– Rui Faria
Arguments
Regulatory frameworks should consider the broader ecosystem including oil and gas industries
Explanation
The call for submarine cable regulations to consider other marine industries like oil and gas represents an unexpected consensus on the need for holistic ecosystem approaches rather than sector-specific solutions.
Topics
The enabling environment for digital development | Environmental impacts
Overall assessment
Summary
Strong consensus emerged around the need for streamlined permitting processes, single points of contact, fleet modernization, mandatory maintenance agreements, regional cooperation frameworks, and scientific understanding of natural hazards. There was also agreement on the importance of keeping repair crews active and the interconnection between installation and repair processes.
Consensus level
High level of consensus across government, industry, and operator perspectives on core challenges and solutions. The agreement spans regulatory, technical, and operational aspects, suggesting a mature understanding of the submarine cable repair ecosystem. This consensus provides a strong foundation for implementing the International Advisory Board recommendations and developing coordinated international approaches to submarine cable repair challenges.
Differences
Different viewpoints
Government funding for repair ships
Speakers
– Kelly Donohue
– Rui Faria
– Vincent Lemaire
Arguments
Government funding for repair ships should be carefully considered to avoid market distortion
New cable construction has outpaced maintenance provisions, requiring more vessels and regional depots
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
Summary
Kelly Donohue argues against government funding for repair ships, warning it could distort the well-functioning market system with maintenance zone agreements. In contrast, Rui Faria and Vincent Lemaire advocate for increased investment in repair vessels, with Faria suggesting regional joint investment and Lemaire emphasizing the need for fleet renewal with reasonable profitability.
Topics
Financial mechanisms | The enabling environment for digital development
Prioritization approach for repair optimization
Speakers
– Kelly Donohue
– Vincent Lemaire
Arguments
Countries should first optimize existing systems through improved customs, visa, and permitting processes
Regulation should mandate all cables be part of maintenance agreements and require payment of maintenance fees
Summary
Kelly Donohue emphasizes optimizing existing regulatory and administrative processes first before considering major investments, while Vincent Lemaire focuses on regulatory mandates to ensure all cables participate in maintenance agreements and pay fees as the primary solution.
Topics
The enabling environment for digital development | Financial mechanisms
Role of technology versus administrative solutions
Speakers
– Zhiguo Zhao
– Kelly Donohue
– Kevin Adams
Arguments
AI-assisted repair technology and equipment modernization could enhance productivity
Countries should first optimize existing systems through improved customs, visa, and permitting processes
UK’s exemption system allows immediate emergency repairs with 24-hour notification requirement
Summary
Zhao emphasizes technological solutions like AI-assisted repair technology to address capacity challenges, while Donohue and Adams focus primarily on administrative and regulatory improvements as the key solutions.
Topics
Artificial intelligence | The enabling environment for digital development
Unexpected differences
Market intervention philosophy
Speakers
– Kelly Donohue
– Rui Faria
– Vincent Lemaire
Arguments
Government funding for repair ships should be carefully considered to avoid market distortion
New cable construction has outpaced maintenance provisions, requiring more vessels and regional depots
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
Explanation
Unexpectedly, the content network operator (Meta) advocates for minimal market intervention, while the cable operator and vessel supplier argue for more government involvement. This reverses typical expectations where content companies might seek more government support and infrastructure providers might prefer market solutions.
Topics
Financial mechanisms | The enabling environment for digital development
Technology versus process focus
Speakers
– Zhiguo Zhao
– Other speakers
Arguments
AI-assisted repair technology and equipment modernization could enhance productivity
Various arguments focused on regulatory and administrative improvements
Explanation
While most speakers focused on regulatory, administrative, and financial solutions, only Zhao emphasized technological innovation like AI-assisted repair technology as a key solution. This technological focus was unexpected given the predominant discussion around policy and regulatory improvements.
Topics
Artificial intelligence | The enabling environment for digital development
Overall assessment
Summary
The main disagreements centered on funding mechanisms for repair capacity, with fundamental philosophical differences about market intervention versus optimization of existing systems. There were also disagreements about whether to prioritize technological solutions versus administrative/regulatory improvements.
Disagreement level
Moderate disagreement with significant implications. While all speakers agreed on core problems (insufficient repair capacity, need for streamlined permitting), their proposed solutions reflect different philosophies about government role, market intervention, and technology adoption. These differences could lead to conflicting policy recommendations and implementation challenges, particularly regarding international coordination and funding mechanisms.
Partial agreements
Partial agreements
All speakers agree on the need for streamlined permitting and improved repair capacity, but disagree on implementation methods. Zhao advocates for international organization coordination and regional frameworks, Adams emphasizes legislative exemptions, Donohue focuses on optimizing existing processes, Vincent wants regulatory mandates, and Faria suggests regional joint investments.
Speakers
– All speakers
Arguments
Single points of contact and streamlined permitting are essential
Repair vessel capacity is insufficient for current needs
Regional cooperation frameworks could improve coordination
Topics
The enabling environment for digital development | Financial mechanisms
Both agree that resilience requires multiple infrastructure elements, but Faria emphasizes physical connectivity between landing stations and terrestrial links, while Donohue focuses on the permitting process for building more cables to create redundancy.
Speakers
– Rui Faria
– Kelly Donohue
Arguments
Resilience requires both multiple cables and interconnected landing stations within countries
Fast installation permits are critical because they impact repair situations and overall network resilience
Topics
Information and communication technologies for development | Building confidence and security in the use of ICTs
Both agree that repair capacity is inadequate for current cable infrastructure growth, but Vincent focuses on making marine maintenance profitable to incentivize fleet renewal, while Rui advocates for regional joint investment approaches rather than relying solely on private operators.
Speakers
– Vincent Lemaire
– Rui Faria
Arguments
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
New cable construction has outpaced maintenance provisions, requiring more vessels and regional depots
Topics
Financial mechanisms | Vessel Capacity and Fleet Modernization
Similar viewpoints
Both speakers acknowledge the need for more repair capacity but emphasize that market-based solutions through maintenance agreements are preferable to government investment in individual repair ships, which could distort the market.
Speakers
– Kelly Donohue
– Vincent Lemaire
Arguments
Government funding for repair ships should be carefully considered to avoid market distortion
Current repair resources are insufficient for growing cable infrastructure, with vessels averaging 20 years old
Topics
Financial mechanisms | The enabling environment for digital development
Both speakers link installation and repair processes, emphasizing that true resilience requires not just multiple cables but also proper infrastructure connectivity and fast permitting for both installation and repairs.
Speakers
– Rui Faria
– Kelly Donohue
Arguments
Resilience requires both multiple cables and interconnected landing stations within countries
Fast installation permits are critical because they impact repair situations and overall network resilience
Topics
Information and communication technologies for development | Building confidence and security in the use of ICTs
Both speakers emphasize that repair expertise requires continuous practice and that vessels and crews must stay active to maintain their technical capabilities.
Speakers
– Vincent Lemaire
– John Wrottesley
Arguments
Crews need regular practice to maintain expertise; vessels need to work regularly rather than staying in port
Retaining skilled repair vessel crews requires regular practice and operational experience
Topics
Capacity development | The enabling environment for digital development
Both speakers advocate for modernizing both technology and regulatory frameworks, with Zhao focusing on AI and equipment modernization while Adams emphasizes updating outdated legislation and emergency planning.
Speakers
– Zhiguo Zhao
– Kevin Adams
Arguments
AI-assisted repair technology and equipment modernization could enhance productivity
Parliamentary inquiry recommended reviewing outdated legislation and enhancing emergency response plans
Topics
Artificial intelligence | The enabling environment for digital development
Takeaways
Key takeaways
Regulatory streamlining through single-window systems and emergency exemptions (like the UK’s 24-hour notification system) can significantly reduce cable repair response times
Industry collaboration through maintenance agreements and consortium coordination is essential, especially for multi-cable breaks where repair prioritization decisions are critical
The submarine cable repair ecosystem faces a capacity crisis with aging vessels (average 20 years old), insufficient resources for growing cable infrastructure, and talent shortages in specialized engineering
Cable repair delays have cascading effects including network resilience impacts, ripple effects on other repairs due to vessel scheduling constraints, and increased operational costs from traffic rerouting
Terrestrial infrastructure connectivity is equally important as submarine cable diversity for true network resilience, particularly for landlocked countries
International organizations should coordinate efforts to support developing nations and island states, while regional cooperation frameworks could harmonize governance structures
Technology modernization including AI-assisted repair systems and fleet renewal requires sustainable business models with longer maintenance agreements and reasonable pricing structures
Resolutions and action items
Countries should review and implement ICPC best practices as ‘homework assignments’ covering customs procedures, visa requirements, and permit processes
Working Group recommendations from the International Advisory Board need to be translated into practical country-by-country implementation
ITU should incorporate working group recommendations into its formal structure to raise member state awareness
Industry should continue conversations beyond formal venues to coordinate content delivery and telecommunications restoration during outages
Governments should partner with industry to optimize existing systems before considering major financial investments in repair capabilities
Regional bodies like SADC and ASEAN should develop unified permitting frameworks for submarine cable repairs across member countries
Unresolved issues
How to balance government investment in repair ships without distorting the existing market-based maintenance system
Specific mechanisms for coordinating content delivery network restoration with telecommunications infrastructure during multi-cable outages
Optimal allocation of repair resources between Atlantic (decreasing cuts) and APAC regions (increasing cuts)
Sustainable financing models for fleet modernization given the high cost ($100 million per vessel) and short maintenance agreement terms (3 years)
How landlocked countries like Uganda, Zambia, Rwanda, and Burundi can achieve meaningful submarine cable resilience
Standardization of repair prioritization rules beyond the current ‘first in, first served’ system for multiple simultaneous cable breaks
Development of systematic educational programs to address the shortage of specialized submarine cable repair engineers
Suggested compromises
Regional joint investment in repair vessels rather than individual country or private company ownership to share costs and ensure utilization
Allowing marine maintenance vessels to perform external work (surveys, PLIB activities) beyond direct repairs to improve vessel profitability
Government grants to cable owners to increase maintenance fees, supporting fleet renewal while maintaining private operation
Longer maintenance agreement terms to provide better business visibility for vessel investment decisions
Hybrid approach combining market-based maintenance zones with government emergency requisition authority for high-conflict situations
Phased implementation of working group recommendations starting with most feasible measures like customs exemptions before moving to more complex regulatory harmonization
Thought provoking comments
Cable breaks most of the time are caused by natural hazards, and these we need to bring people that do understand this… we have been part of a project that took five years studying the Congo-Kenya turbidity… So it’s important to understand this from the scientific point of view because then you can prepare yourself to mitigate the risk.
Speaker
Rui Faria
Reason
This comment was insightful because it shifted the discussion beyond just regulatory and operational fixes to address the root causes of cable breaks. It introduced the critical role of scientific research and geohazard understanding in preventing breaks, rather than just responding to them faster.
Impact
This comment broadened the scope of the discussion significantly. It led John Wrottesley to specifically acknowledge this insight, noting ‘we talk a lot about regulation and permitting and ships and spares, but actually the collaboration with other sectors, with the scientific community, to understand geohazards… is so important.’ It established that effective cable repair strategy must include predictive and preventive elements.
I do believe regulation should push cable owners to have the cable being part of a maintenance agreement… impose the cable owner to pay the marine maintenance fees. There are some cable owners who don’t pay the marine maintenance fees.
Speaker
Vincent Lemaire
Reason
This was a provocative comment that challenged the industry by exposing a fundamental problem – some cable owners are not properly participating in or funding maintenance systems, yet expect rapid repairs. It introduced accountability as a key issue in repair delays.
Impact
This comment introduced a new dimension to the discussion about industry responsibility and created a more critical examination of the repair ecosystem. It shifted focus from external barriers (government permits) to internal industry problems, influencing later discussions about business models and fleet renewal funding.
The repair operation of a cable is a very technical operation. The expertise of the crew is needed… and it will stay excellent and improve only if they practice on a regular basis… If we have too much maintenance vessels, each one is going to do a single repair a year, and it is economically not enough, but also technically not enough to maintain high expertise.
Speaker
Vincent Lemaire
Reason
This comment was thought-provoking because it revealed a counterintuitive insight – that having too many repair ships could actually harm the system by diluting expertise. It challenged the simple assumption that ‘more ships = better repairs.’
Impact
This insight significantly influenced the moderator’s thinking, who noted ‘having repair vessels out and skilled people using those skills is important to retain that memory.’ It also shaped Kelly Donohue’s later response about government funding, where she cautioned against countries having their own ships because ‘you don’t want these ships sitting idle’ and crews ‘need to stay busy to keep their skills.’
I think the danger in having each country have their own ship is it could potentially distort the market… you don’t want these ships sitting idle. They are highly technical ships. They have highly technical crews. These crews need to stay busy to keep their skills sharp.
Speaker
Kelly Donohue
Reason
This comment was insightful because it challenged the intuitive government response of ‘buying our own ship’ by explaining the complex economics and skill maintenance requirements of the repair ecosystem. It demonstrated sophisticated understanding of market dynamics.
Impact
This comment provided a crucial counterbalance to calls for more government investment in ships, steering the discussion toward optimizing existing systems first. It influenced the conversation to focus on regulatory improvements and system efficiency rather than just adding capacity.
Is it reasonable to talk about undersea cable resilience without actually bringing terrestrial infrastructure into the picture? What does undersea cable resilience look like for Uganda, for Zambia, for Rwanda, or Burundi?
Speaker
Steve Song (audience)
Reason
This question was thought-provoking because it challenged the entire framing of the discussion by pointing out that submarine cable resilience is meaningless for landlocked countries without considering terrestrial connectivity. It exposed a blind spot in the discussion.
Impact
This question prompted Rui Faria to acknowledge ‘most of us tend to forget the terrestrial part. Terrestrial part is the part that is most important.’ It revealed that the panel had been discussing only half of the resilience equation, highlighting the interconnected nature of global connectivity infrastructure.
But according to studies by the industry, more than 60% of stakeholders are not satisfied with response time of the green situation… And globally, repair ships are very limited… And many of the repair ships will be decommissioned by 2024 because of the end of life. And also the total kilometers of the submarine sea cable will increase by 40%.
Speaker
Zhiguo Zhao
Reason
This comment was impactful because it provided concrete data that quantified the scale of the problem – majority dissatisfaction with current systems, aging fleet, and dramatically increasing demand. It transformed abstract concerns into measurable challenges.
Impact
These statistics provided a factual foundation that elevated the urgency of the discussion. The data helped frame the 2026 timeline as critical and influenced other panelists to focus on immediate, practical solutions rather than long-term aspirational goals.
Overall assessment
These key comments fundamentally shaped the discussion by expanding its scope beyond simple regulatory fixes to encompass scientific research, industry accountability, market economics, skill preservation, and infrastructure interconnectedness. The most impactful insights challenged conventional thinking – that more ships automatically mean better repairs, that government funding is always helpful, and that submarine cables can be considered in isolation from terrestrial networks. These comments created a more nuanced understanding of the repair ecosystem as a complex, interconnected system requiring holistic solutions rather than piecemeal fixes. The discussion evolved from focusing primarily on government permitting delays to recognizing the multifaceted nature of repair challenges, including industry behavior, technical expertise preservation, and the critical role of terrestrial connectivity in overall resilience.
Follow-up questions
How can the restoration of telecoms networks traffic and content networks traffic be better coordinated during outages?
Speaker
Ben Roberts (audience member from Kenya)
Explanation
This addresses the coordination gap between submarine cable operators and content delivery networks during repairs, which can create compounding impacts for end users
How to implement Working Group recommendations under ITU mechanisms and create appropriate structures within ITU-D framework?
Speaker
Zhiguo Zhao
Explanation
This is critical for translating advisory recommendations into actionable international standards and ensuring global implementation
How can countries determine the right balance between investing in repair mechanisms versus building more cable landing stations for resilience?
Speaker
Esther (audience member from Tanzania)
Explanation
This addresses a fundamental strategic question for developing countries about optimal investment allocation for submarine cable resilience
How can submarine cable resilience be properly addressed without incorporating terrestrial infrastructure, particularly for landlocked countries?
Speaker
Steve Song (audience member from Internet Society)
Explanation
This highlights the interconnected nature of submarine and terrestrial infrastructure and the need for holistic resilience planning
How to translate IAB recommendations into practical scenarios on a country-by-country basis?
Speaker
Rui Faria
Explanation
This addresses the implementation challenge of adapting international best practices to diverse national regulatory and operational contexts
How to develop sustainable business models for marine maintenance vessel renewal and fleet modernization?
Speaker
Vincent Lemaire
Explanation
This is essential for addressing the aging fleet problem and ensuring adequate repair capacity for growing cable infrastructure
How to address the talent shortage in submarine cable repair and maintenance engineering?
Speaker
Zhiguo Zhao
Explanation
This addresses a critical human resources challenge that could limit repair capabilities regardless of vessel availability
How can AI-assisted repair technology and equipment modernization enhance repair capacity and productivity?
Speaker
Zhiguo Zhao
Explanation
This explores technological solutions to address the supply-demand imbalance in repair resources
How can regional organizations like SADC, ASEAN, and African Union develop harmonized governance structures for multi-country cable repairs?
Speaker
Zhiguo Zhao and Rui Faria
Explanation
This addresses the complexity of coordinating repairs across multiple jurisdictions and the potential for regional cooperation frameworks
How to establish authority mechanisms for arbitrating repair priorities when multiple cables are cut in the same area?
Speaker
Vincent Lemaire
Explanation
This addresses the need for coordinated decision-making during major incidents affecting multiple cable systems
Disclaimer: This is not an official session record. DiploAI generates these resources from audiovisual recordings, and they are presented as-is, including potential errors. Due to logistical challenges, such as discrepancies in audio/video or transcripts, names may be misspelled. We strive for accuracy to the best of our ability.
Related event

International Submarine Cable Resilience Summit 2026
2 Feb 2026 13:00h - 3 Feb 2026 16:00h
Porto, Portugal
