Making Waves: How Subsea Cables are Improving Global Connectivity

Erling Aronsveen


Subscribe Contact us

In 2011, the United Nations (UN) declared their Broadband Advocacy Targets, in which they promised to Make Broadband Policy Universal by 2025. Given that over 90% of all internet traffic passes through submarine cable systems, such networks have become a hugely influential factor in this goal, and thus a significant global and political force.


Since the inception of telegraph cables in the mid-to-late 19th century, the prevalence of geopolitics in the submarine cable industry has been intrinsic and impossible to ignore. It is no coincidence, after all, that the current network of cables traces the same lines as the original trade routes: both possess the shared purpose of connecting multiple regions across numerous continents in the shortest time – to boost economies and promote international directives. The telegraph cables of the British Empire were exactly that, a way to consolidate power and trade throughout vast geographical distances.


Thus, as we come rapidly closer to the UN’s 2025 target, this article will focus on the positive impacts which are created and accelerated by access to undersea connectivity. In doing so, we will explore different regions, how they are currently benefitting from the UN’s path toward a more connected globe, as well as opportunities for improvement on the horizon.



Repeatered Cables


Before going into greater detail on the regions that current subsea networks traverse, and the positive impacts they bring, it is worth hovering briefly on the technical make-up of these cables, particularly the component of ‘repeaters’. Also known as optical amplifiers, repeaters are present at intervals along submarine cables which are longer than several hundred kilometres (as opposed to those used within lakes or rivers, etc.) and are built within the ocean floors, often several kilometres deep. Given the length of these cables, repeaters are used to amplify information-carrying wavelengths to sustain the quality of received optic signals over such long distances.


However, given their housing in such a harsh and inaccessible environment, redundancy – the technical term for having a backup or recovery option for failed or damaged subsea cables – becomes crucial. Repairing repeatered submarine fibre cables can be incredibly capital intensive and complex, and thus it is important to ensure the strength and stability of subsea cable networks to protect the longevity of the benefits outlined below.

© Telegeography 2024


Africa


Africa is no stranger to the importance of subsea connection, nor the debilitating impacts of a lack thereof. In 2017, Somalia suffered three weeks of internet outage when its only international cable was severed by an anchor, costing the country $10m a day until its repair.


According to a 2023 report from Telegeography, international bandwidth has been doubling every two years, and much of this growth has been concentrated in Africa; the report reveals, ‘Africa experienced the most rapid growth of international internet bandwidth, growing at a compound annual rate of 44% between 2018 and 2022.’ Despite this, less than half of Sub-Saharan African regions – 36% to be exact – are connected to the internet. 


This leaves the majority of the region lacking many of the benefits provided by submarine connectivity, including global collaboration and cultural exchange facilitated by the flow of data, as well as more crucial factors such as economic growth and access to education and telemedicine.


As such, Meta has installed a 37,000km cable between Europe, Africa, and the Middle East, named the 2Africa cable. With 16 fibre pairs, this network will connect France, Spain, Portugal, and Italy with 18 countries across Africa and the Middle East. By their own admission, access to reliable connectivity of this kind catalyses entry and expansion into new markets, citing a World Bank Study which highlighted a 1.2% point increase in GDP initiated by a 10% rise in broadband penetration across 66 countries. Thus, the 2Africa cable presents unignorable opportunities and positive impact to the African continent.


It is not only Meta who is expanding their subsea connectivity to Africa, as Google has also extended their cable systems to the continent through two networks: Equiano, named after Nigerian-born writer and abolitionist, Olaudah Equiano, and Umoja, the Swahili word for unity. Equiano connects Westen Europe with the West Coast of Africa and is the first subsea cable system to incorporate optical switching at the fibre-pair level, as opposed to the traditional approach of wavelength-level switching. Similarly innovative, the Umoja subsea cable is the first fibre-optic route to directly connect Africa with Australua. Google’s subsea cable systems are all privately built, allowing them the freedom to choose routes with low latency, tailor bandwidth to their desired customers, and guarantee connectivity with a substantial longevity for them to plan ahead confidently and securely. 


Other privately-built subsea ventures traversing Africa include:


  • DARE1: Standing for the Djibouti African Regional Express 1, DARE1 connects Djibouti with Somalia and Kenya. Developed by SubCom, this amounts to nearly 5,000km, and supplies up to 36 Tbps of capacity to East Africa.


  • PEACE: The Pakistan & East African Connecting Europe (PEACE) cable system is a 15,000km cable spanning between Pakistan and France, as well as an additional 6,500km extending to Singapore. This is owned by Peace Cable International Network Co., as well as having numerous other privately-owned companies using PEACE to leverage their own connectivity from Africa to different regions. (A full list of which can be found here.)

© Telegeography 2024


Asia & the Asia Pacific


According to the same Telegeography report, Asia was a close second to Africa for experiencing the most rapid growth in international internet bandwidth, having risen at a compound annual rate of 35% between 2018-2022. However, similarly to Africa, this is not the case across the entire continent, as South Asian regions find themselves particularly lacking in connectivity. As of 2022, only 43% of users in this region had access to broadband, with Bangladesh and Pakistan home to only two landing stations each compared to Singapore’s 26, despite possessing far larger coastlines, populations, and bandwidth demands. 


With Singapore’s already substantial network of submarine cables expected to double by 2030, the country represents one of several highly developed hubs within the continent, accompanied by Japan and Hong Kong. As such, Meta has made it their mission to open these bottlenecks, diversify routes, and reach underserved communities, by developing eight new submarine cable systems with key regional and national partners throughout the Asia Pacific region. Two of these, Echo and Bifrost, will bypass the Luzon Strait – an area which, as aforementioned, is vulnerable to geological events – and are the first to directly connect Jakarta, Indonesia, with the US.


With Meta’s eight new routes set to be completed next year, these initiatives are expected to:


  • In Indonesia, increase GDP by $59bn cumulatively and create up to 1.8m new jobs in construction, telecommunications, finance, healthcare, IT, and education.


  • In the Philippines, increase GDP by $34bn cumulatively and create 380,000 new jobs.


  • Create up to 3.7m new jobs in total across the APAC region.


As these initiatives facilitate the rapid expansion of cloud infrastructure and deployment of artificial intelligence, countries within the Asia Pacific including China, India, and Australia are emerging as epicentres within our technologically transformative age.


Latin America


As with other continents, countries within Latin America are increasingly in demand for stronger and more improved bandwidth. As their largest country, Brazil is in particular need of the connectivity which subsea cable networks provide and is positioned to benefit greatly from its positive impacts, including reduced latency – a prescient concern since the COVID-19 pandemic moved many businesses and their operations online – and access to disaster recovery, given that subsea cables provide redundancy and backup sources of communication in the event of network failures.


As such, EllaLink is working to improve connectivity between Latin America and Europe, positioning Brazil as an epicentre within this network. According to EllaLink, this directive is designed to support ‘economic growth, technological advancement, and social development’, and benefit various sectors including ‘finance, education, healthcare, and entertainment, fostering greater innovation and collaboration across continents.’


As part of this project, Brazil has agreed to remain a neutral partner in the way they control and delegate this connectivity, ‘ensuring that [they do] not favour any particular nation or political agenda’. This underscores the political currency that subsea cables and their connectivity can hold and ensures a step in the right direction that Brazil is committed to wielding it equally and judiciously.


Google has also extended its portfolio of privately-owned subsea cables to Latin America, through the development of Firmina and Curie. Continuing their theme of naming their cables after world-changing visionaries like Equiano, Firmina is named after Maria Firmina dos Reis, a Brazilian abolitionist and author, and runs from the East Coast of the United States to Las Toninas, Argentina – the longest cable in the world capable of running entirely from a single power source if its other power source(s) become temporarily unavailable.


Curie, named after scientist Marie Curie, is the first subsea cable to land in Chile in nearly two decades. Being privately owned allows Google to tailor Curie’s deployment and routing for the optimal latency and availability, including a further branch delivered to Panama, as well as an added layer of security. Continuing to expand on this connectivity, Chile is also planning the build of a subsea cable to connect to Antarctica, the last remaining unconnected continent. The feasibility study for this project was funded in early 2024, and it is now developing the tender process and related requirements. This planned cable system will enable real-time collaboration by scientists and researchers in Antarctica and their global counterparts, removing the delay in the massive amounts of information sourced in the continent which is currently being transported on airplanes.

© Telegeography 2024


Europe


As well as working to enhance Latin America’s burgeoning connectivity, EllaLink’s subsea cable network is designed to improve Europe’s much-needed access to global connectivity, given that much of the world’s traffic does not yet pass through the continent. To achieve this, EllaLink’s cable will pass through Portugal, one of the more strategic locations within Europe’s geography due to its safety, position, and advanced infrastructure. This relationship will prove to be symbiotic, facilitating cross-continent connectivity while equipping Portugal to attract major technology players and evolve it into a technological hub. 


It is not only Portugal in which the benefits of increased connectivity are being concentrated, as Meta’s transatlantic cable system, Marea, has seen an increase of $18bn to Europe’s GDP each year since 2019, equating to roughly 6% of its current average annual growth. Furthermore, they are set to expand these efforts, planning the delivery of two new cables throughout Europe by 2027 which will contribute ~$65bn annually to the European economy.


These subsea cable systems represent several of a portfolio of ongoing and impending network projects being disseminated throughout Europe, with others including:


  • Finland: In Finland, the domestic data centre industry is facilitated by the C-Lion1 submarine cable system which connects their capital, Helsinki, with Rostock in Germany. This has the potential to enable an annual economic contribution of €2.3bn and support 33,000 jobs through its data centre industry and supply chain impacts.


  • England: A study by the ECB revealed that a large number of the international cables positioned in the UK increased the number of financial transactions by as much as one third, strengthening its position as a financial centre.


  • Ireland: Ireland’s existing portfolio of data centres, which are supported by a network of subsea cables, have already generated €7bn between 2010 and 2018, and created 5,700 jobs in construction and operations. Further to this, Meta’s cables in Ireland are estimated to contribute $2.78bn to the Irish economy each year, contributing an impact roughly equivalent to 15% of their typical GDP growth.


  • Norway: A report commissioned of Copenhagen Economics by NORDUnet concluded that an Arctic cable could boost GDP in the Nordic region by more than €1bn, not only to investors but more widely to society as a whole. This is enhanced by Norway’s unique conditions, of which its low temperatures and access to renewable energy sources make data centres more energy effective and they emit less CO2 than in other European regions.


  • Plans to capitalise on these conditions include Far North Fibers’ delivery of the first ever long-haul submarine fibre route through the Arctic Ocean, connecting Asia to Europe via the Northwest Passage. This is partly fuelled by the increasing demand for international data transmission and Internet of Things (IoT) adoption, as well as the approaching expiry date of current trans-ocean fibre optic systems, which are gradually reaching the end of their design lives – an important consideration given the repair difficulties outlined previously. Also, while the Arctic, in terms of ice, creates a challenge, the planned cable is very secure as the ice protects the cable for most of the year.


  • Furthermore, Space Norway is preparing to implement a new fibre cable connecting mainland Norway to Svalbard by 2028, after one of the previous two cables was damaged in 2022.


North America & the North Atlantic


As well as this array of subsea projects designed to boost connectivity within Europe, there are several further ventures seeking to enhance this through connection with North America specifically, as well as neighbouring geographies in the North Atlantic. 


One such network is the Anjana cable system, another Meta-led endeavour which will connect Myrtle Beach in South Carolina to Santander in Spain via over 7,000km of transatlantic fibre-optics. Expected to be delivered by the close of this year, the Anjana cable is set to be the highest-capacity subsea cable in the world, overtaking Google’s UK to US Grace Hopper cable, and providing the first landing station in Santander. As such, it will respond to both Spain and South Carolina’s growing need for geographic diversity and network resilience through improved user experience, redundancy, and scalability.


As well as this, Google is seeking to connect the US with Bermuda, the Azores, and Portugal, through a subsea cable network named ‘Nuvem’ – the Portuguese word for ‘cloud’. Nuvem will be the first cable of its kind to connect Bermuda with Europe, following the Government of Bermuda’s work to encourage investment in subsea cable infrastructure, including the introduction of legislation to create cable corridors and simplify the permitting process. This highlights the desirability of subsea cables, and Nuvem will respond to Bermuda’s objectives through the creation of trade, investment, and productivity.

© Telegeography 2024



Cambridge Management Consulting's Subsea Projects


It is clear from this top-down view of the subsea network industry that the power and importance held by cables which are often no thicker than a hosepipe cannot be overstated. Transmitting over 90% of all data traffic, their influence on the economies, infrastructure, and opportunities for collaboration is present in the significant growth they create in each region they connect. In short, though they may be hidden deep below sea level, their presence is felt palpably in the fabric of every society.


This presence is something we at Cambridge Management Consulting are striving to amplify. Our Subsea Infrastructure team, within our Telecoms, Media, and Technology service, is equipped with combined decades of experience in the planning, research, and delivery of subsea infrastructure. Examples of this work include:


  • Aki Uljas, C-LION1 & C-LION2: Senior Partner and lead for Subsea, Aki Uljas, was engaged by Cinia to be responsible for the technical and commercial development of their implementation of the C-LION1 submarine cable system in the Baltic sea. For this project, Aki led the site selection and design of cable landing stations, as well as the overall network design. Following this, Aki is currently providing advisory services to Cinia’s subsequent subsea project, C-LION2, which is similarly providing connectivity to the Baltic Sea region. In addition, Aki Uljas has developed a cable system between Europe and Japan, via the Arctic Sea, now called Far North Fiber.


  • Erling Aronsveen, Celtic Norse: From 2018 until present, Erling Aronsveen, Senior Partner for Nordics, has been developing the Celtic Norse submarine fibre-optic cable system, planned to extend from Killala Bay, County Mayo, Ireland, to Trondheim, Norway. This cable system is a joint venture between three Norwegian Energy Companies, also including Eidsiva and Aqua Comms Ltd., Ireland. This is the first system of its kind connecting Norway and Ireland, and provides further connectivity to the US, allowing Norway to break into the hyperscale and enterprise data centre market.


  • Andy Bax, Seabras-1: In 2007, Andy Bax, Senior Partner for Digital Infrastructure, began leading the development, design, and implementation of a new 1,240km submarine fibre optic cable system linking Trinidad, Guyana, and Suriname, providing the first direct submarine cable connections to the latter two regions. Further to this, in 2010, Andy led the design, construction, and implementation of Seaborn Networks’ Seabras-1 submarine cable system from New York to Brazil.


  • Turks & Caicos: In 2023, Cambridge MC was awarded a contract to prepare the final Strategic Outline Business Case (SOBC) for their proposed domestic submarine telecommunications cable system for the Turks & Caicos Islands (TCI). The primary object of this is to replace the current microwave links with high-capacity fibre optic cables, ensuring resilience connectivity in adverse weather, and offering low latency digital access to underserved TCI communities.


  • Cayman Islands: In 2023, Cambridge MC entered into a strategic partnership with the Cayman Islands’ Government’s Ministry of Planning, Agriculture, Housing and Infrastructure to support a critical initiative of submarine cable modernisation. This followed a study which revealed the importance of the Cayman Islands’ existing infrastructure in the context of global connectivity. Cambridge MC’s role in this directive includes project planning, system procurement, and project execution.


Visit our dedicated Subsea Infrastructure page to read more and learn about how they can support your organisation.


Contact - NIS2 Article

Subscribe to our insights

Blog Subscribe

A modern office building on a wireframe floor with lava raining from the sky in the background
by Tom Burton 29 July 2025
What’s your organisation’s type when it comes to cyber security? Is everything justified by the business risks, or are you hoping for the best? Over the decades, I have found that no two businesses or organisations have taken the same approach to cybersecurity. This is neither a criticism nor a surprise. No two businesses are the same, so why would their approach to digital risk be? However, I have found that there are some trends or clusters. In this article, I’ve distilled those observations, my understanding of the forces that drive each approach, and some indicators that may help you recognise it. I have also suggested potential advantages and disadvantages. Ad Hoc Let’s start with the ad hoc approach, where the organisation does what it thinks needs to be done, but without any clear rationale to determine “How much is enough?” The Bucket of Sand Approach At the extreme end of the spectrum is the 'Bucket of Sand' option which is characterised by the belief that 'It will never happen to us'. Your organisation may feel that it is too small to be worth attacking or has nothing of any real value. However, if an organisation has nothing of value, one wonders what purpose it serves. At the very least, it is likely to have money. But it is rare now that an organisation will not hold data and information worth stealing. Whether this data is its own or belongs to a third party, it will be a target. I’ve also come across businesses that hold a rather more fatalistic perspective. Most of us are aware of the regular reports of nation-state attacks that are attempting to steal intellectual property, causing economic damage, or just simply stealing money. Recognising that you might face the full force of a cyber-capable foreign state is undoubtedly daunting and may encourage the view that 'We’re all doomed regardless'. If a cyber-capable nation-state is determined to have a go at you, the odds are not great, and countering it will require eye-watering investments in protection, detection and response. But the fact is that they are rare events, even if they receive disproportionate amounts of media coverage. The majority of threats that most organisations face are not national state actors. They are petty criminals, organised criminal bodies, opportunistic amateur hackers or other lower-level actors. And they will follow the path of least resistance. So, while you can’t eliminate the risk, you can reduce it by applying good security and making yourself a more challenging target than the competition. Following Best Practice Thankfully, these 'Bucket of Sand' adopters are less common than ten or fifteen years ago. Most in the Ad Hoc zone will do some things but without clear logic or rationale to justify why they are doing X rather than Y. They may follow the latest industry trends and implement a new shiny technology (because doing the business change bit is hard and unpopular). This type of organisation will frequently operate security on a feast or famine basis, deferring investments to next year when there is something more interesting to prioritise, because without business strategy guiding security it will be hard to justify. And 'next year' frequently remains next year on an ongoing basis. At the more advanced end of the Ad Hoc zone, you will find those organisations that choose a framework and aim to achieve a specific benchmark of Security Maturity. This approach ensures that capabilities are balanced and encourages progressive improvement. However, 'How much is enough?' remains unanswered; hence, the security budget will frequently struggle for airtime when budgets are challenged. It may also encourage a one-size-fits-all approach rather than prioritising the assets at greatest risk, which would cause the most significant damage if compromised. Regulatory-Led The Regulatory-Led organisation is the one I’ve come across most frequently. A market regulator, such as the FCA in the UK, may set regulations. Or the regulator may be market agnostic but have responsibility for a particular type of data, such as the Information Commissioner’s Office’s interest in personal data privacy. If regulatory compliance questions dominate most senior conversations about cyber security, the organisation is probably in this zone. Frequently, this issue of compliance is not a trivial challenge. Most regulations don’t tend to be detailed recipes to follow. Instead, they outline the broad expectations or the principles to be applied. There will frequently be a tapestry of regulations that need to be met rather than a single target to aim for. Businesses operating in multiple countries will likely have different regulations across those regions. Even within one country, there may be market-specific and data-specific regulations that both need to be applied. This tapestry is growing year after year as jurisdictions apply additional regulations to better protect their citizens and economies in the face of proliferating and intensifying threats. In the last year alone, EU countries have had to implement both the Digital Operational Resilience Act (DORA) and Network and Infrastructure Security Directive (NIS2) , which regulate financial services businesses and critical infrastructure providers respectively. Superficially, it appears sensible and straightforward, but in execution the complexities and limitations become clear. Some of the nuances include: Not Everything Is Regulated The absence of regulation doesn’t mean there is no risk. It just means that the powers that be are not overly concerned. Your business will still be exposed to risk, but the regulators or government may be untroubled by it. Regulations Move Slowly Cyber threats are constantly changing and evolving. As organisations improve their defences, the opposition changes their tactics and tools to ensure their attacks can continue to be effective. In response, organisations need to adjust and enhance their defences to stay ahead. Regulations do not respond at this pace. So, relying on regulatory compliance risks preparing to 'Fight the last war'. The Tapestry Becomes Increasingly Unwieldy It may initially appear simple. You review the limited regulations for a single region, take your direction, and apply controls that will make you compliant. Then, you expand into a new region. And later, one of your existing jurisdictions introduces an additional set of regulations that apply to you. Before you know it, you must first normalise and consolidate the requirements from a litany of different sets of rules, each with its own structure, before you can update your security/compliance strategy. Most Regulations Talk about Appropriateness As mentioned before, regulations rarely provide a recipe to follow. They talk about applying appropriate controls in a particular context. The business still needs to decide what is appropriate. And if there is a breach or a pre-emptive audit, the business will need to justify that decision. The most rational justification will be based on an asset’s sensitivity and the threats it is exposed to — ergo, a risk-based rather than a compliance-based argument. Opportunity-Led Many businesses don’t exist in heavily regulated industries but may wish to trade in markets or with customers with certain expectations about their suppliers’ security and resilience. These present barriers to entry, but if overcome, they also offer obstacles to competition. The expectations may be well defined for a specific customer, such as DEF STAN 05-138 , which details the standards that the UK Ministry of Defence expects its suppliers to meet according to a project’s risk profile. Sometimes, an entire market will set the entry rules. The UK Government has set Cyber Essentials as the minimum standard to be eligible to compete for government contracts. The US has published NIST 800-171 to detail what government suppliers must meet to process Controlled Unclassified Information (CUI). Businesses should conduct due diligence on their suppliers, particularly when they provide technology, interface with their systems or process their data. Regulations, such as NIS2, are increasingly demanding this level of Third Party Risk Management because of the number of breaches and compromises originating from the supply chain. Businesses may detail a certain level of certification that they consider adequate, such as ISO 27001 or a System & Organization Controls (SOC) report. By achieving one or more of these standards, new markets may open up to a business. Good security becomes a growth enabler. But just like with regulations, if the security strategy starts with one of these standards, it can rapidly become unwieldy as a patchwork quilt of different entry requirements builds up for other markets. Risk-Led The final zone is where actions are defined by the risk the business is exposed to. Being led by risk in this way should be natural and intuitive. Most of us might secure our garden shed with a simple padlock but would have several more secure locks on the doors to our house. We would probably also have locks on the windows and may add CCTV cameras and a burglar alarm if we were sufficiently concerned about the threats in our area. We may even install a secure safe inside the house if we have some particularly valuable possessions. These decisions and the application of defences are all informed by our understanding of the risks to which different groups of assets are exposed. The security decisions you make at home are relatively trivial compared to the complexity most businesses face with digital risk. Over the decades, technology infrastructures have grown, often becoming a sprawling landscape where the boundaries between one system and another are hard to determine. In the face of this complexity, many organisations talk about being risk-led but, in reality, operate in one of the other zones. There is no reason why an organisation can’t progressively transform from an Ad Hoc, Regulatory-Led or Opportunity-Led posture into a Risk-Led one. This transformation may need to include a strategy to enhance segmentation and reduce the sprawling landscape described above. Risk-Led also doesn’t mean applying decentralised, bespoke controls on a system-by-system basis. The risk may be assessed against the asset or a category of assets, but most organisations usually have a framework of standard controls and policies to apply or choose from. The test to tell whether an organisation genuinely operates in the Risk-Led zone is whether they have a well-defined Risk Appetite. This policy is more than just the one-liner stating that they have a very low appetite for risk. It should typically be broken down into different categories of risk or asset types; for instance, it might detail the different appetites for personal data risk compared to corporate intellectual property marked as 'In Strict Confidence'. Each category should clarify the tolerance, the circumstances under which risk will be accepted, and who is authorised to sign off. I’ve seen some exceptionally well-drafted risk appetite policies that provide clear direction. Once in place, any risk review can easily understand the boundaries within which they can operate and determine whether the controls for a particular context are adequate. I’ve also seen many that are so loose as to be unactionable or, on as many occasions, have not been able to find a risk appetite defined at all. In these situations, there is no clear way of determining 'How much security is enough'. Organisations operating in this zone will frequently still have to meet regulatory requirements and individual customer or market expectations. However, this regulatory or commercial risk assessment can take the existing strategy as the starting point and review the relevant controls for compliance. That may prompt an adjustment to security in certain places. But when challenged, you can defend your strategy because you can trace decisions back to the negative outcomes you are attempting to prevent — and this intent is in everyone’s common interest. Conclusions Which zone does your business occupy? It may exist in more than one — for instance, mainly aiming for a specific security maturity in the Ad Hoc zone but reinforced for a particular customer. But which is the dominant zone that drives plans and behaviour? And why is that? It may be the right place for today, but is it the best approach for the future? Apart from the 'Bucket of Sand' approach, each has pros and cons. I’ve sought to stay balanced in how I’ve described them. However, the most sustainable approach is one driven by business risk, with controls that mitigate those risks to a defined appetite. Regulatory compliance will probably constitute some of those risks, and when controls are reviewed against the regulatory requirements, there may be a need to reinforce them. Also, some customers may have specific standards to meet in a particular context. However, the starting point will be the security you believe the business needs and can justify before reviewing it through a regulatory or market lens. If you want to discuss how you can improve your security, reduce your digital risk, and face the future with confidence, get in touch with Tom Burton, Senior Partner - Cyber Security, using the below form.
AI co-pilot
by Jason Jennings 28 July 2025
Jason Jennings | Elevate your project management with AI. This guide for senior leaders explains how AI tools can enhance project performance through predictive foresight, cognitive collaboration, and portfolio intelligence. Unlock the potential of AI in your organisation and avoid the common pitfalls.
St Pauls Cathedral
by Craig Cheney 24 July 2025
A New Era of Local Power: What’s in the English Devolution Bill? The UK Government has taken a major step forward in reshaping local governance in England with the publication of the English Devolution and Community Empowerment Bill. This is more than a policy shift — it’s a structural rethink that sets out to make devolution the norm, not the exception. This is a welcome change in direction. This framework could unlock new potential for place-based leadership, community decision-making, and joined-up regional delivery. But as with any big reform, the opportunity lies in the detail — and in how we respond. Key Changes Introduced by the Bill Standardised Framework for Strategic Authorities: Combined Authorities, the GLA, and County Combined Authorities will all fall under a new, consistent legal model — making future devolution smoother and more transparent. Mayors Gain More Leverage: Elected mayors now have a legal right to request further powers, with the Government required to respond. This could pave the way for greater local control over transport, housing, energy, and skills. Neighbourhood Governance Becomes a Duty: Councils will be required to introduce or enhance neighbourhood governance models, supporting community voices and hyper-local decision-making. Simplified Local Government Reorganisation: The Bill makes it easier to create unitary authorities and restructure Strategic Authorities, while mandating the leader-and-cabinet model across councils. Expanded Local Powers: Local authorities will gain new tools to manage shared transport (e.g. e-scooters), protect community assets, and take greater ownership of local planning and infrastructure decisions. Financial Oversight with New Audit Body: A dedicated Local Audit Office will strengthen transparency and public trust in the financial performance of devolved authorities. Why This Matters This legislation has the potential to reshape the relationship between central and local government. It provides: Greater clarity for local leaders navigating the devolution journey Stronger alignment between regional planning, investment, and delivery Formalised community empowerment as a core part of local governance Faster implementation of reforms, removing historical friction with Whitehall If implemented well, it could accelerate levelling up, boost public confidence, and enable councils to better serve their communities. Things to Watch While the ambitions are clear, some areas need close attention: Will funding follow the powers? Without sustained financial backing, councils risk being given responsibilities without the means to deliver. Can neighbourhood structures scale inclusively? Capacity and engagement are key. Local authorities will need support to build neighbourhood governance that is truly representative and impactful. Is the framework flexible enough? A standardised model may reduce complexity, but different places have different needs. Will the new system allow enough room for local variation? Politics, Patchworks and Practicalities: Navigating the Real World of Devolution While the Bill sets out a bold framework, turning that into action won’t be straightforward. Key challenges include: 1. Political Variation Across England Party control differs widely across councils and combined authorities. Some areas will embrace the model enthusiastically; others may resist due to local politics, institutional inertia, or differing visions of place-based governance. The perception of centralisation vs. genuine empowerment may vary depending on the colour of national vs. local government. 2. Tension Between Standardisation and Local Identity The Bill’s aim to simplify and harmonise structures may clash with deeply rooted local differences. Places with strong local identities (e.g. Cornwall, Yorkshire) may be wary of “off-the-shelf” devolution deals or generic governance templates. 3. Differing Appetite for Mayoral Leadership Not all areas want or have elected mayors. Extending powers to Strategic Authorities with mayors may widen the gap between those “inside” and “outside” the model. This could reinforce a two-speed devolution system unless flexibility is built in. 4. Election Cycles and Political Continuity Leadership turnover, locally and nationally can stall momentum, undo hard-won consensus, or shift priorities mid-implementation. Cross-party collaboration will be essential, but not always easy in contested regions. The advantages will need to be sold well. 5. Capacity and Capability Gaps Even with strong local political will, some councils may struggle with resourcing, skills, or institutional readiness to implement new duties or governance changes. What Should Local Leaders Do Now? Start preparing governance structures in anticipation of new duties Identify gaps or priorities where additional powers could unlock outcomes Engage partners early—from VCS organisations to universities to SMEs — to co-design delivery models Assess audit and performance frameworks to ensure compliance and transparency Final Thoughts This Bill is a welcome statement of trust in local institutions. It’s now up to councils, combined authorities, and delivery partners to turn this framework into lasting, meaningful change.
by Faye Holland 11 July 2025
Today, we are proud to be spotlighting Faye Holland, who became Managing Partner at Cambridge Management Consulting for Client PR & Marketing as well as for our presence in the city of Cambridge and the East of England at the start of this year, following our acquisition of her award-winning PR firm, cofinitive. Faye is a prominent entrepreneur and a dynamic force within the city of Cambridge’s renowned technology sector. Known for her ability to influence, inspire, and connect on multiple fronts, Faye plays a vital role in bolstering Cambridge’s global reputation as the UK’s hub for technology, innovation, and science. With over three decades of experience spanning diverse business ventures, including the UK’s first ISP, working in emerging business practices within IBM, leading European and Asia-Pacific operations for a global tech media company, and founding her own business, Faye brings unparalleled expertise to every endeavour. Faye’s value in the industry is further underscored by her extensive network of influential contacts. As the founder of cofinitive, an award-winning PR and communications agency focused on supporting cutting-edge start-ups and scale-ups in tech and innovation, Faye has earned a reputation as one of the UK’s foremost marketing strategists. Over the course of a decade, she built cofinitive into a recognised leader in the communications industry. The firm has since been featured in PR Weekly’s 150 Top Agencies outside London, and has been named year-on-year as the No. 1 PR & Communications agency in East Anglia. cofinitive is also acknowledged as one of the 130 most influential businesses in Cambridge, celebrated for its distinctive, edge, yet polished approach to storytelling for groundbreaking companies, and for its support of the broader ecosystem. Additionally, Faye is widely recognised across the East of England for her leadership in initiatives such as the #21toWatch Technology Innovation Awards, which celebrates innovation and entrepreneurship, and as the co-host of the Cambridge Tech Podcast. Individually, Faye has earned numerous accolades. She is listed among the 25 most influential people in Cambridge, and serves as Chair of the Cambridgeshire Chambers of Commerce. Her advocacy for women in technology has seen her regularly featured in Computer Weekly’s Women in Tech lists, and recognised as one of the most influential women in UK tech during London Tech Week 2024 via the #InspiringFifty listing. Faye is also a dedicated mentor for aspiring technology entrepreneurs, having contributed to leading entrepreneurial programs in Cambridge and internationally, further solidifying her role as a driving force for innovation and growth in the tech ecosystem. If you would like to discuss future opportunities with Faye, you can reach out to her here .
Cambridge MC Falklands team standing with Polly Marsh, CEO of the Ulysses Trust, holding a cheque
by Lucas Lefley 10 July 2025
From left to right: Tim Passingham, Tom Burton, Erling Aronsveen, Polly Marsh, and Clive Quantrill.
Long curving glass walkway looking out on a city. Image has a deep red tint and high contrast
30 June 2025
Cambridge Management Consulting is delighted to announce that we have been recognised as a Platinum-level telecommunications consultancy in Consultancy.uk’s 2025 ‘Top Consulting Firms in the UK’ ranking. This achievement places us among an upper tier of telecommunications consultancies across the UK, reflecting our continued commitment to delivering exceptional expertise and results for our clients in this rapidly evolving sector. A Rigorous Assessment The Consultancy.uk ranking represents one of the most comprehensive evaluations of the UK’s consulting landscape, assessing over 1,400 firms across the country. This methodology combines extensive client feedback from more than 800 clients and peer reviews from over 3,000 consultants, alongside detailed capabilities assessments that examine the reputation of each firm, project track records, analyst benchmarks, industry recognitions, and thought leadership. Within the telecommunications sector specifically, over 500 consulting firms were evaluated, with only 50 qualifying as top players. The ranking system operates across five distinct levels – Diamond, Platinum, Gold, Silver, and Bronze; thus, Platinum status cements Cambridge MC as one of the most trusted, expert, and influential telecommunications consultancies in the UK. This recognition is particularly meaningful given the competitive nature of the UK’s telecommunications consulting market, where established global firms compete alongside specialist independents. Our Platinum ranking demonstrates that Cambridge MC has successfully established itself as a leading authority in telecommunications strategy, transformation, and innovation. Building on a Foundation of Success This latest accolade adds to Cambridge MC’s impressive collection of recent achievements and industry recognition. At The Consultancy Awards 2024, we were honoured to receive three awards, winning in every category for which we were nominated. These included: Digital Transformation: Acknowledging our project management of a multinational oil and gas company’s EV charging hub portfolio. Productivity Improvement & Cost Reduction: Celebrating our delivery of over £10m in savings for a major UK online retailer. Fastest Growing: Recognising our remarkable 30% revenue growth and expansion across new geographies. Beyond organisational achievements, our individual team members continue to earn recognition for their expertise and contributions. Zoë Webster, expert at Cambridge Management Consulting for AI, Digital & Innovation, was named among AI Magazine’s Top 10 AI Leaders in the UK & Europe. Furthermore, Craig Cheney, Managing Partner for Public Sector & Education, was made an Alderman of the City of Bristol, and Marvin Rees OBE, a member of our advisory board, was introduced to the House of Lords. Craig and Marvin were also co-founders of the Bristol City LEAP project, which recently received the World Economic Forum’s 2024 Award of Distinction for Public-Private Collaboration in Cities. This £1bn partnership between Bristol City Council and Ameresco UK represents a world-first initiative in sustainable urban development, demonstrating our capacity to deliver transformational projects with genuine societal impact. At the Forefront of Digital Infrastructure and TMT Our Platinum ranking in telecommunications specifically reflects Cambridge MC’s deep expertise across the full spectrum of Telecoms, Media & Technology (TMT) challenges. We work alongside TMT companies to optimise digital infrastructure and estates while delivering integrated cost reduction services that enhance procurement and contract management functions. Our capabilities span from digital transformation, procurement and network transformation to data centre optimisation and emerging technology integration. The telecommunications landscape continues to evolve rapidly, with exponential data growth, IoT deployment, and the infrastructure demands of generative AI driving substantial transformation in both virtual and physical infrastructure. Our team support organisations to stay afloat in this changing market, with a proven track record including managing over $5bn in client revenues, saving organisations over $2bn, and driving procurement transactions exceeding $5bn. Recent case studies demonstrate the breadth of our telecommunications expertise, from conducting technical due diligence for major investment decisions, to designing and procuring modern network solutions for leading academic institutions. Our work with the University of Bristol, helping them to complete their progressive Modern Network transformation, exemplifies our ability to navigate complex technical and commercial requirements, while delivering measurable outcomes. Looking Ahead As we celebrate this Platinum recognition, Cambridge MC remains committed to pushing the boundaries of what’s possible in telecommunications consulting. Ever since Tim Passingham founded Cambridge Management Consulting, to support telecommunications startups in the city of Cambridge, UK, our purpose has been to help clients make a better impact on the world. This mission drives everything we do, from individual product delivery to industry-wide transformation initiatives. This achievement belongs to our entire team of specialist practitioners who bring decades of hands-on experience to every engagement. As we continue to expand our capabilities and global reach, this recognition serves as both validation of our progress and motivation for the challenges ahead. Thank you to everyone who has joined us on this journey.
Wide angle photo of Pemrboke College on a sunny day
27 June 2025
Disclaimer: The text below was originally published on the Pembroke College website. Read the original post here to read the full article, including coverage of the award's other recipients, Duncan Rule and Ian Carry. 2025 Volunteers of the Year Announced Congratulations to Duncan Rule, Ian Carry and Tim Passingham (2022) whose contributions to Pembroke have been recognised in Pembroke’s Volunteer of the Year Awards for 2025. The award was introduced in 2022 to recognise not only the particular individuals who contribute their time and expertise for the benefit of the College and its community but also the value of volunteering itself. Duncan and Tim received their awards from the Master, Lord Smith of Finsbury, last week, with Ian set to receive his at the LEAP celebration event next term. Tim Passingham Since joining Pembroke as a William Pitt Fellow in 2022, Tim Passingham has become a highly valued member of the College community. A consistent supporter of the Corporate Partnership Programme, Tim has played a pivotal role in connecting students with real-world opportunities. Through his companies—Cambridge Management Consulting and partner firm edenseven—Tim has offered numerous internships to students on the LEAP programme, helping them build professional confidence and practical skills. Beyond internships, Tim and his team have supported LEAP students through reflective post-programme interviews, offering valuable feedback for both participants and the LEAP team. His impact is visible in many aspects of College life: from advisory work on the Milstein House sub-committee to generous support for Pembroke’s musicians, including the donation of a drum kit. Tim has also brought significant visibility to Pembroke within the wider Cambridge community. Under his leadership, the College was a key host during Cambridge Tech Week 2024, welcoming visitors for lectures, panels, and a Deep Tech Gala Dinner. Regularly using College spaces for high-profile meetings and team retreats, Tim has become a recognisable and influential figure around Pembroke—embodying the spirit of collaboration and innovation that the Corporate Partnership Programme aims to foster. On receiving this award, Tim said "when I was invested as a William Pitt Fellow in 2022, I stated that my desire was to give to the College and work hard to bring the worlds of Academia and Industry closer together. Since then, me and some of my team at Cambridge Management Consulting have supported numerous LEAP interns, sponsored our first PhD student at Pembroke, supported the CARA charity and initiative, supported the Mill Lane site programme, and given as much time and money as we have been able to support the Development Team and the growth of the College. I feel enormously honoured to receive this award which, for me, represents very much the beginning of a partnership which I hope will deepen and grow over many years to come. I look forward to the years ahead and to serving the College as we seek to continue to build on the incredible legacy of Pembroke by having a disproportionate impact for good on the world around us.”
A series of neon cubes in a line
by Mauro Mortali 23 June 2025
Disruption now occurs with unprecedented regularity, as industries are upended not by traditional competitors but by unexpected entrants wielding innovative technologies and business models.  The difference between thriving and becoming obsolete increasingly hinges on your organisation's ability to anticipate and adapt to disruption before it's too late. The Ur-case of this was Blockbuster, who ignored the threat of streaming technologies, and specifically Netflix (which it could have bought), until it was far too late to pivot and catch up. Our article explores how businesses can develop strategies that offer predictions and agility, embedding creativity and insight into frameworks and actionable steps that plot a course through the disruptive landscapes of the next few years and beyond. Understanding the Nature of Disruption Disruption is no longer just a buzzword — or the philosophy of ‘break things and move fast’ that drove the early tech start-ups that now dominate our waking lives. The theory of disruptive innovation, popularised by Harvard Business School professor Clayton Christensen, explains how new technologies, products, or services can start small but eventually surpass established offerings in existing markets[1]. This process typically begins when smaller companies with fewer resources challenge established or traditional businesses by addressing underserved market needs[5] in new ways; usually with business models that bypass normal routes to market and allow these companies to scale at pace. Recent examples include: fintech banks that challenge the need for brick-and-mortar; online over-the-top media applications that replace the need for print media and traditional broadcast television; digital media and the success of subscription models, replacing physical media for music, films and other forms of entertainment; and platform apps like Uber, which connect us to a fleet of independent drivers who are paid per ‘gig’ and regulated by a ratings system. Today's notion of disruption is characterised by several key features: Accelerated Pace of Change The pace of disruption has accelerated beyond anything previously seen, with transformative technologies reaching mainstream adoption faster than ever[15]. While it took decades for technologies like electricity and telephones to achieve mass adoption, modern innovations like smartphones and AI have transformed entire industries in just a few years. Cross-Industry Disruption Disruptive threats increasingly come from outside traditional industry boundaries. Companies must now monitor not only direct competitors but also adjacent industries and completely unrelated sectors where transferable innovations might emerge[15]. For example, tech giants have disrupted financial services, retail, healthcare, and automotive industries without prior experience in these sectors. Technology-Enabled Business Models Today's most powerful disruptions combine technological innovation with business model innovation. Examples include: Platform models: Uber revolutionised transportation by connecting riders and drivers through a user-friendly mobile app, utilising independent drivers who pay for their own vehicles for rapid scalability[1]. Subscription services: Netflix and Spotify transformed entertainment consumption by shifting from physical media to on-demand streaming with personalised algorithmic content recommendations[1]. Direct-to-consumer approaches: Tesla's direct sales model bypassed traditional dealership networks while integrating advanced electric vehicle technology and autonomous capabilities[1]. From Traditional to Adaptive Strategy Traditional strategic planning approaches — characterised by multi-year roadmaps and rigid implementation plans — have become increasingly inadequate in today's fast-moving business environment. We look at some of the challenges businesses now face below. The Limitations of Traditional Strategy Conventional strategies often fail because they: Assume relative stability in market conditions Take too long to develop and implement Lack flexibility to respond to unexpected changes Rely heavily on historical data to predict future outcomes The Adaptive Strategy Advantage Adaptive strategy, often described as the "Be Fast" approach, emphasises agility, experimentation, and continuous evolution[3]. This approach thrives in fluid industries with high uncertainty and a fast pace of change, such as technology, fashion, entertainment, and start-ups[3]. Organisations that embrace adaptive strategies gain significant advantages: Higher profitability: Companies ranking high in adaptability enjoy up to 75% higher profitability than their less adaptive counterparts[10]. Faster market response: Adaptive firms achieve approximately 60% faster time-to-market compared to traditional competitors[10]. Innovation capacity: The ability to experiment boldly and rapidly iterate creates an environment where breakthrough innovations are more likely to emerge[10]. Real-World Adaptive Strategy Success Consider Netflix's journey from DVD rental service to streaming giant to content producer. Rather than creating a 10-year plan, Netflix constantly evolved based on emerging technologies, customer preferences, and market opportunities. This adaptive approach allowed them to pivot whenever necessary while maintaining their core value proposition of convenient entertainment access[1]. A New Framework for Ensuring Strategy Relevance To maintain strategic relevance amid disruptive trends, companies need a systematic framework that balances stability with flexibility. Anticipate Disruption Through Trend Analysis Successful businesses identify potential disruptions before they manifest fully by monitoring Hard Trends — future certainties based on measurable facts[15]. These include demographic shifts, technological advancements, and regulatory changes that provide predictable directional guidance. For example, financial services firms that recognised the Hard Trend of increasing digital connectivity were better positioned to respond to the rise of mobile banking and fintech disruption. Build your Agility Organisational structures and processes must be designed to support rapid adaptation: Decentralised decision-making: Empower teams closest to customers and market changes to make decisions without lengthy approval chains[3]. Cross-functional collaboration: Break down silos between departments to enable faster information sharing and coordinated responses to change[3]. Agile methodologies: Adapt software development approaches like sprints, continuous integration, and iterative testing to broader business strategy[3]. Foster a Culture of Innovation Innovation cannot be an isolated function — it must permeate your entire organisation: Encourage experimentation: Create safe spaces for testing new ideas with minimal bureaucracy and fear of failure[3]. Customer-centric innovation: Ground innovation efforts in a deep understanding of customer needs rather than internal assumptions[14]. Structured innovation processes: Establish clear pathways for moving ideas from conception to implementation while maintaining flexibility[14]. KPIs that support innovation: For example, looking at the value of a portfolio of innovations rather than a specific innovation project. Leverage Data & Technology Data-driven insights provide a vital competitive advantage in your disruption response: Real-time market intelligence: Deploy advanced analytics to detect weak signals of change before they emerge fully-formed[3]. Predictive modelling: Use Agentic AI to identify patterns and forecast potential disruptions[2]. Digital transformation lifecycle: Invest in the necessary expertise and infrastructure to undertake on-going programmes of transformation — a big step, and potentially expensive, but it can help immunise your business against disruptive technologies and new models. Practical Implementation Steps Translating disruption awareness into effective action requires specific tactical approaches.
Neon 'Open' sign in business window
by Tom Burton 19 June 2025
SMEs make up 99% of UK businesses, three fifths of employment, over 50% of all business revenue, are in everyone's supply chain, and are exposed to largely the same threats as large enterprises. How should they get started with cyber security? Small and Medium sized Enterprises (SME) are not immune to the threat of cyber attacks. At the very least, if your business has money then it will be attractive to criminals. And even if you don’t have anything of value, you may still get caught up in a ransomware campaign with all of your data and systems made inaccessible. Unfortunately many SMEs do not have an IT team let alone a cyber security team. It may not be obvious where to start, but inaction can have significant impact on your business by both increasing risk and reducing the confidence to address new opportunities. In this article we outline 5 key questions that can help SMEs to understand what they need to do. Even if you outsource your IT to a supplier these questions are still relevant. Some can’t be delegated, and others are topics for discussion so that you can ensure your service provider is doing the right things, as well as understanding where their responsibilities stop and yours start. Q1: What's Important & Worth Defending Not everything needs protecting equally. In your personal life you will have some possessions that are dear to you and others that you are more laissez-faire about. The same applies to your digital assets, and the start point for any security plan needs to be an audit of the things you own and their importance to your business. Those ‘things’, or assets, may be particular types of data or information. For instance, you may have sensitive intellectual property or trade secrets; you may hold information about your customers that is governed by privacy regulations; or your financial data may be of particular concern. Some of this information needs to be protected from theft, while it may be more important to prevent other types of data from being modified or deleted. It is helpful to build a list of these assets, and their characteristics like the table below:
More posts