Capgemini UK https://www.capgemini.com/gb-en/ Get the future you want Fri, 11 Jul 2025 12:33:42 +0000 en-GB hourly 1 https://wordpress.org/?v=6.8.1 https://www.capgemini.com/gb-en/wp-content/uploads/sites/5/2022/07/cropped-cropped-favicon-1.webp?w=32 Capgemini UK https://www.capgemini.com/gb-en/ 32 32 190431994 How to master data & AI to power the next generation of retail https://www.capgemini.com/gb-en/insights/expert-perspectives/master-data-ai-next-gen-retail/ Fri, 11 Jul 2025 12:30:37 +0000 https://www.capgemini.com/gb-en/?p=692506

How to master data & AI to power the next generation of retail

Conor McGovern
Jul 11, 2025

In today’s fast-evolving retail landscape, data and AI are no longer optional – they’re existential. In our recent POV, ‘Five tried and tested operational principles for retail resilience’ we briefly highlighted how AI can enable dynamic decision-making at scale and act as a co-pilot to commercial, supply chain, and store operations teams. AI is not the silver bullet, but it goes beyond traditional analytics by explaining, recommending, and acting in a way that maximises product profitability.

The most forward-thinking retailers are already years ahead, leveraging these technologies to drive efficiency, profitability, and customer satisfaction. They’ve made conscious decisions to master all things data & AI to remain competitive.

But for those whose data & AI strategies aren’t quite as mature, how can they catch up?

Let’s unpack the top use cases for data & AI in retail and learn how to put in place the critical foundations to get there.

Top use cases for data & AI in retail

  • AI-powered recommendation engines – Generative AI (Gen AI) can power commercial recommendation engines that automate millions of micro-decisions. These systems optimise product suggestions, pricing, and promotions in real time – boosting conversion rates and customer satisfaction.
  • Demand forecasting & inventory optimisation – AI models can predict demand with high accuracy, helping retailers reduce overstock and stockouts. This leads to better inventory turnover, lower costs, and improved customer experience.
  • Dynamic pricing – AI can be used to adjust prices dynamically based on demand, competition, and customer behaviour[CM1] . This ensures competitiveness while protecting margins.
  • Customer segmentation & personalisation – Advanced analytics enable hyper-personalized marketing by segmenting customers based on behaviour, preferences, and lifetime value.
  • Supply chain optimisation – AI helps streamline logistics, predict disruptions, and optimise delivery routes – making supply chains more resilient and cost-effective.

To get to these levels of sophisticated granularity and speed of response, you need highly automated data, analytics, and execution capabilities.

This means:

  • Solid, near real-time data foundations
  • As automated as possible data & AI sitting on top of those foundations
  • Considerations for where you might use agentic AI for decision-making and execution – for example, solving complex sales and customer service queries or deciding real-time pricing decisions in an online environment – with the right guardrails and human oversight

That’s the end goal. So, how do we get there?

  • Improving data literacy and culture across the organisation

First, success in data and AI starts with a top-down belief in its existential importance. Data transformation isn’t just technical – it’s cultural.

Many organisations choose to move in the data foundations direction first before trying to advance their culture and literacy. But one of the characteristics right alongside data foundations is concerted efforts to raise the level of data literacy and confidence and belief in the data.

In our ‘Data-powered enterprises’ research, we found 80% of surveyed data executives in our ‘data masters’ category had defined a strategy to become a data-powered organisation, compared with 61% of others. Also, 81% of data executives in the ‘data masters’ category stated that all business areas in their organisation had a defined data/analytics strategy and roadmap, compared with 64% of others. For example, for a large grocery retailer currently undergoing a data transformation programme, a significant pillar is a dedicated central organisation with 100+ people dedicated to driving data literacy and culture, and data & AI enablement.

Of course, getting to this point requires building trust in data – closing the gulf that often exists between IT and business execs with a combination of data foundations and data literacy and culture. There’s no point spending time and money cleaning your data, building models and tools, then putting them into the hands of end-users and decision-makers who choose not to use them.

Overall, organisations that focus more on behaviours (culture, change management, leadership) and foundations together reap the most benefits.

  • Strong end-to-end data & AI strategy framework

Without strong data foundations, AI cannot deliver value at scale, reliably or repeatedly. This strategy framework should include:

  • Clean, governed, and secure data
  • Fit-for-purpose data architecture
  • Scalable data platforms
  • Real-time data pipelines

Protecting your data as an asset is crucial. This covers all elements of your data foundations; protecting and securing data with your standards and governance, sufficiently good data quality and master data management processes. It’s implementing the right operating model, establishing structured approaches to data management and making sure that you’ve got modern fit for purpose, data architecture, and technology.

This is a key pillar in any data transformation. We see many of our clients getting stuck in the proof-of-concept (PoC) trap – spending vast amounts of money on ideas that they simply can’t scale. In fact, 75% of data executives surveyed by the Capgemini Research Institute cited large-scale deployment of generative AI PoCs as a major challenge.

Instead, we always recommend a proof-of-value (PoV) to demonstrate  that a solution not only works but also delivers measurable business benefits, such as increased efficiency, cost savings, or improved customer outcomes. Broader than a PoC, this will often include real data, user testing, and performance metrics.

Having good, consistent standard quality data foundations means you’re much more likely to be able to repeatedly and reliably scale more advanced analytics and AI applications that you build on top.

  • Building AI models that operate with independence

As customer expectations shift toward seamless, real-time digital experiences, retailers are under increasing pressure to deliver instant, personalised interactions – especially in areas like pricing and promotions. This evolution demands not only robust real-time data infrastructure but also advanced analytics and AI systems capable of making autonomous decisions at scale. After all, when rolling out dynamic pricing for millions of customers, keeping a human in the loop becomes impractical. Impossible, even.

Therefore, you need to design AI models that can operate with a high degree of independence. This requires a carefully architected operating model where automation is governed by clearly defined rules, ethical boundaries, and oversight mechanisms. Strong governance frameworks are essential to ensure that these autonomous systems make decisions that are not only fast and scalable but also aligned with business values and regulatory standards.

Partnering for the AI-powered future of retail

Mastering data and AI is no longer a competitive advantage, it’s a necessity[CM4] . But getting there requires more than just technology. It demands a cultural shift towards data-centricity, robust data foundations, and the ability to scale transformation across the enterprise. It pays to bring partners [CM5] on board to help you navigate these complexities.

As your business and technology transformation partner, Capgemini’s team of data & AI and retail experts can bring:

  • Deep retail industry expertise – With decades of experience working with global retailers, we understand the nuances of your business and the evolving expectations of your customers.
  • Leading data & AI capabilities – From real-time data platforms to advanced AI models and Gen AI applications, we help you unlock value at every stage of your data journey.
  • Scaled transformation delivery – We don’t just design strategies – we implement them at scale, embedding change across people, processes, and platforms.

Whether you’re just starting your data journey or looking to scale AI across your enterprise, Capgemini can help you build the foundations, culture, and capabilities to thrive in the AI-powered future of retail.

Get in touch to start that transformation today.

Meet our author

Conor McGovern

VP Analytics and Artificial Intelligence (A&AI) | Capgemini Invent
Conor McGovern leads the Analytics and Artificial Intelligence (A&AI) practice in Capgemini Invent UK and Invent’s global Enterprise Data & Analytics practice. Conor and his team use data, analytics and AI to tackle the toughest business challenges for clients. They help drive strategic, real-time decision-making, eliminate repetitive tasks and enable new levels of efficiency.
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    The Synergy of Capgemini and ServiceNow: Transforming Public Sector Operations with Agentic AI https://www.capgemini.com/gb-en/insights/expert-perspectives/capgemini-servicenow-agentic-ai/ Thu, 19 Jun 2025 05:30:20 +0000 https://www.capgemini.com/gb-en/?p=691000

    The Synergy of Capgemini and ServiceNow: Transforming Public Sector Operations with Agentic AI

    Jon Harriman
    Jun 18, 2025

    In the evolving landscape of public sector organisations, the need for efficient, transparent, and citizen-centric services is paramount. The partnership between Capgemini and ServiceNow offers a robust solution to these challenges, combining advanced technology with deep industry expertise to enhance public sector operations. This blog explores the benefits of leveraging Capgemini and ServiceNow together, with a focus on the transformative power of agentic artificial intelligence (AI) and its impact on employee experience.

    Introducing Agentic AI: The Next Frontier

    While traditional AI responds to commands, agentic AI takes initiative. It can plan, decide, and act autonomously to achieve a goal—without needing step-by-step instructions. For example, instead of simply responding to a service request, agentic AI could identify a recurring issue, initiate a resolution workflow, notify stakeholders, and follow up with a summary—all without human prompting.

    This shift is especially powerful in the public sector, where complexity, compliance, and scale often slow down service delivery. Agentic AI enables:

    • Proactive Service Delivery: Anticipating needs and resolving issues before they escalate.
    • Autonomous Task Management: Managing multi-step workflows across departments.
    • Enhanced Decision-Making: Synthesising data to support faster, more informed decisions.
    • Human-Centric Design: Freeing employees from administrative burden so they can focus on meaningful work.

    Synergy in the Public Sector

    The collaboration between ServiceNow and Capgemini brings together the best of both worlds: ServiceNow’s powerful digital workflow platform and Capgemini’s deep expertise in digital transformation. Together, they are empowering public sector organisations to create intelligent, efficient, and engaging employee experiences.

    • Automating Routine Tasks: ServiceNow’s AI capabilities automate repetitive processes. Capgemini tailors these automations to maximise impact.
    • Predictive Analytics: ServiceNow predicts incidents and disruptions. Capgemini’s data analytics expertise helps make informed decisions.
    • Personalised Experiences: ServiceNow analyses employee behaviour to deliver tailored support. Capgemini ensures these experiences are engaging and intuitive.
    • Enhanced Collaboration: ServiceNow’s AI-powered tools facilitate seamless communication and teamwork. Capgemini drives adoption and fosters a culture of collaboration.
    • Continuous Improvement: ServiceNow monitors performance and gathers feedback. Capgemini ensures organisations stay ahead of the curve.

    Enhanced Employee Engagement and Productivity

    Employee engagement is crucial for the success of public sector organisations. Studies have shown that engaged employees are more productive and provide better service. ServiceNow’s employee centre improves engagement by providing a unified experience for employees, managers, and support departments. This leads to increased employee satisfaction and a reduction in service desk calls related to internal issues.

    Capgemini’s people experience transformation approach further enhances this by addressing broader aspects of employee engagement, such as inclusivity, well-being, and work-life balance. By focusing on these areas, Capgemini helps create a positive and supportive work environment.

    Proactive Problem Management and Automation

    ServiceNow’s proactive problem management capabilities identify recurring issues, reducing the number of support requests and improving overall efficiency. The platform’s automation features streamline repetitive tasks, allowing public sector employees to focus on more strategic activities. This not only improves productivity but also enhances the overall employee and citizen experience.

    Capgemini’s expertise in operational change management, adoption strategies, and UX design ensures that these capabilities are effectively implemented and adopted. By providing tailored solutions that meet the unique needs of public sector organisations, Capgemini helps maximise the impact of ServiceNow’s automation and problem management features.

    AI-Driven Insights and Continuous Improvement

    ServiceNow’s robust analytics and reporting tools provide valuable insights into public sector processes, enabling organisations to make data-driven decisions. Capgemini enhances this by incorporating AI capabilities, which continuously analyse interactions and feedback to suggest enhancements and optimisations. AI-driven insights can identify patterns and trends that might not be immediately apparent, allowing for proactive adjustments and improvements.

    For example, AI can analyse citizen feedback to identify common issues and suggest solutions, improving service delivery and satisfaction. Additionally, AI can predict future service demands based on historical data, enabling public sector organisations to allocate resources more effectively.

    Real-World Impact: Case Studies

    • Healthcare: A major hospital system partnered with ServiceNow and Capgemini to enhance HR service delivery. By automating routine HR tasks and providing personalised support, the hospital improved engagement, reduced turnover, and enabled staff to focus on patient care.
    • Local Government: A council used ServiceNow’s AI to automate IT service management. With Capgemini’s support, the council reduced incident resolution times by 40%, improved employee satisfaction, and achieved significant cost savings.

    The Future of Employee Experiences in the Public Sector

    As AI evolves, agentic AI will play a pivotal role in transforming employee experiences. The collaboration between ServiceNow and Capgemini is at the forefront of this shift—empowering organisations to create workplaces that are not only efficient but also adaptive, intelligent, and human-centric.

    By embracing agentic AI, public sector organisations can unlock new levels of autonomy, innovation, and impact—ensuring their people are equipped to thrive in the digital age.

    Conclusion

    The partnership between Capgemini and ServiceNow offers a comprehensive solution for transforming public sector operations. By combining ServiceNow’s powerful technology with Capgemini’s deep industry expertise, public sector organisations can create a unified, efficient, and engaging work environment that drives productivity and satisfaction. Whether it’s through improved operational efficiency, enhanced employee engagement, proactive problem management, AI-driven insights, agentic AI for decision-making, seamless integration, scalability, enhanced security, cost efficiency, or improved citizen satisfaction, the synergy of Capgemini and ServiceNow delivers significant benefits for public sector organisations looking to thrive in today’s dynamic landscape.

    Meet our author

    Jon Harriman

    Vice President and Group Portfolio Executive at Capgemini
    Jon Harriman is Vice President and Group Portfolio Executive at Capgemini, where he focuses on advancing people and customer experience strategies through integrated delivery and enablement capabilities. He brings deep sector and industry insight to his work, with a particular emphasis on how platforms like ServiceNow and Microsoft can be applied to improve employee experience, operational resilience, and digital service delivery. Jon’s experience spans IT infrastructure transformation and the design of scalable, human-centered solutions that align technology with business outcomes.
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      Data Storytelling: The Underrated Skill in Analytics https://www.capgemini.com/gb-en/insights/expert-perspectives/data-storytelling-the-underrated-skill-in-analytics/ Tue, 17 Jun 2025 08:02:07 +0000 https://www.capgemini.com/gb-en/?p=689244

      Data Storytelling
      The Underrated Skill in Analytics

      Olivia Rennison
      Jun 17, 2025

      Transform your analytics with compelling data storytelling, where the magic lies not just in the numbers, but in how you present them to drive impactful decisions.

      Have you ever sat through a meeting where someone is explaining a report that is so busy and packed with numbers, but you leave without learning a thing?

      Maybe the content was solid, but the delivery just didn’t land. You’ve probably experienced it – monotone voice, no structure, no spark. And let’s be honest, in analytics and tech, that happens more than we’d like to admit. We’re often so focused on the accuracy of what we’re saying that we forget to think about how we’re saying it.

      In my own career, I’ve learned that it’s not just about technical ability. Storytelling, communication and confidence when speaking can completely change how your message is received. That’s why I believe soft skills are just as important as technical skills in AI and analytics.

      Why Storytelling Matters in Analytics

      Analytics is about uncovering insight. But if you can’t explain your findings in a way that people connect with and understand, then it doesn’t matter how complex your model is or how clean your data is. It just won’t stick.

      When we present dashboards, reports or analysis, we’re often hoping to drive change or make decisions. Data doesn’t speak for itself, you do. And the way you present that data is the bridge between insight and action.

      I do a lot of personal development around building communication skills, especially public speaking and presenting. It’s something I genuinely enjoy and try to pass on to others in my team and community. But it’s not about becoming a TED speaker overnight. It’s about understanding that presenting is a skill you can build over time, and that small changes can make a big difference.

      The Science of How People Take In Information

      Here’s something that always stuck with me: when people take in information, only 7 percent comes from the actual words we say. The rest? Around 23 percent is from how we say it – our tone, pitch and pace. And 70 percent is body language.

      So, when we present analysis and insights, it’s not just about being factually correct, it’s about being engaging, confident and human. Are you making eye contact? Do you sound like you care about what you’re saying? Are you giving your audience a reason to care?

      The most effective analysts I’ve worked with aren’t just great with Python or Power BI. They know how to read the room, connect with people, and tell the story behind the numbers.

      Making Your Presentations More Engaging

      There are so many practical things we can do to improve how we present data. A few that have worked for me:

      • Use analogies and metaphors – Help people relate data to something they already understand. It makes the complex feel simple.
      • Give structure – Start with the ‘so what’, then walk through the supporting points. Avoid drowning people in detail too early.
      • Visual storytelling – Don’t just show a graph. Explain what it means, why it matters, and what you recommend.
      • Vary your tone and pace – If you sound bored, your audience will be too. Pause to let key points land. Emphasise what matters.
      • Practice out loud – It sounds simple, but reading a presentation in your head isn’t the same as saying it aloud. You’ll quickly spot what’s clunky or unclear.

      Sharing What You Know

      What’s been most rewarding for me is not just developing these skills myself, but helping others grow in this space too. Whether that’s through speaking clubs, mentoring or informal coaching, I’ve found that everyone benefits from learning how to tell a better story with their work.

      Soft skills often get labelled as “nice to have” in technical roles, but I would argue they are essential. A technically brilliant piece of work that no one understands or acts on is a missed opportunity.

      If we want to influence, lead and make an impact with our data, we need to bring it to life.

      So next time you are building a presentation or walking someone through a dashboard, ask yourself – what story am I telling? And how can I make it land?

      Bringing It All Together: The Capgemini Approach

      Here at Capgemini, we recognise that being a great consultant goes far beyond technical expertise. That’s why we invest time and energy into helping our people become well-rounded consultants – those who cannot only solve the complex data problems but communicate the insight in a way that lands with impact.

      Because at the end of the day, we know it’s not just about delivering dashboards or building models, it’s about adding value to our clients. And that happens when we combine the power of data with the power of communication.

      We’re hiring for a number of roles across SAP, Data and Analytics. Rewrite your future with Capgemini.

      Author

      Olivia Rennison

      SAP AI & Analytics
      Olivia has extensive experience across a wide rang of SAP areas. They specialise in delivering innovative solutions and supporting clients through data-driven decision making within the SAP landscape.

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        “It’s time to rethink how we build, design, and deliver.” – Key takeaways from What’s NOW | Constructing Tomorrow https://www.capgemini.com/gb-en/insights/expert-perspectives/whats-now-constructing-tomorrow-capgemini/ Mon, 09 Jun 2025 09:45:26 +0000 https://www.capgemini.com/gb-en/?p=689686

        “It’s time to rethink how we build, design, and deliver.” – Key takeaways from What’s NOW | Constructing Tomorrow

        Paul Haggerty
        Paul Haggerty
        Jun 9, 2025

        The way in which we construct must undergo a fundamental transformation. Traditional methods won’t solve today’s challenges; what we need is a radical reset. Rethinking outdated models is essential to deliver faster and more cost-effectively, with greater resilience, lower carbon emissions, and infrastructure built for the future. But how?

        Part of Capgemini’s ‘Future of Energy Transition and Utilities’ series

        Capgemini’s What’s NOW | Constructing Tomorrow event – hosted by our Applied Innovation Exchange – united leaders across energy, utilities, transport, mobility, manufacturing, and engineering to discuss just that. Together, we explored how to reimagine infrastructure delivery, embrace digital innovation, and create a resilient, future-proof foundation.

        Read on for our key takeaways from the event.

        The old ways are obsolete

        The UK’s infrastructure sector is at a tipping point. Ageing assets, a growing population, and mounting sustainability demands persist despite record investments. Projects face an average 20-month delay and cost overruns of up to 80%. With major investments like BlackRock’s acquisition of Global Infrastructure Partners and Ofwat’s £88 billion water initiative, innovation is no longer optional – it’s critical.

        However, according to Capgemini partner Autodesk’s Construction Disconnected report, we’re starting from a place of fragmentation:

        • Teams – 35% of time is wasted on non-optimal activity. E.g. waiting for info on a construction site
        • Projects – £280 billion is spent on annual re-work costs created by poor project data and communication
        • Business – 95.5% of all data is wasted. The average AEC firm uses 26 TB of storage space on data but almost all of it goes unused as it passes down the chain. O&M teams reproduce all the same data again and again
        • Legacy collaboration – manual workflows lead to ineffectiveness and time wasting

        We’re also up against massive challenges:

        • More expenditure – an increase of £ 1.2 trillion from 2021 to 2030, with most sectors experiencing 1.7x increase from previous cycles.
        • Limited resources – workforces are moving to other growing industries/geographies and supply chains are stretched thin.
        • Shifting targets – an increased focus on the natural environment and building resilience.
        • Regulatory requirements – the complexity and frequency of regulatory changes necessitate robust systems for monitoring and implementing compliance measures

        Without adopting a digital-first mindset, progress is impossible. It’s critical to rethink how we build, design, and deliver in the face of these challenges.

        Digital must be part of the construction process

        Construction is trailing behind other industries in realising the benefit of digital advancements. Integrating digital delivery with physical engineering can significantly boost capital delivery productivity, enhancing project outcomes and performance across all lifecycle stages by:

        • Ensuring your workforce can adapt to this changing landscape
        • Aligning unconnected processes through a complex supply chain

        Our perspective is that we need a step change in strategies to drive a fundamental shift in construction performance:

        • Digital engineering and AI maturity. The growth and capability in Digital Engineering platforms & AI solutions today vs. three years ago is game changing. The opportunity is here and now, not three years away – digital business strategies should be planned across multiple horizons.
        • The business case is compelling. Speed, productivity, lower overheads, reduction in overruns, and reduced variances all positively impact the bottom line, as well as investment and delivery plans.
        • Status quo, incremental change will fail. We need disruption and bold ambition to drive change. History suggests the same outcome five years from now, where incremental adjustments are the norm, planning horizons are too long, and too “tomorrow” biased.
        • Delivery models must evolve. There needs to be a core shift in intelligent owner/operator models, more deeply integrated with delivery vehicles and supply chains. We also see the requirement for a Digital Delivery Partner model as well as new internal digital engineering skills. Read more about our thoughts on this shift here.

        Exploiting digital isn’t just limited to building – there are scores of benefits to drive from introducing digital into your operations. Gen AI can enhance your material specifications, design documentation, quality checking, business cases, and much more. It’s a win/win for CapEx, OpEx, and fundamental business performance.

        AI can transform your construction and operations

        At What’s NOW | Constructing Tomorrow, some of Capgemini’s most innovative AI partners showcased their digital construction solutions. Including:

        • Autodesk’s Autodesk Docs – a Common Data Environment that enables everyone to access the same repository of information. Supporting all types of file formats, including PDFs, data, drawings, and info models, it provides fundamental collaboration capabilities, connecting people, processes, and data to improve performance.
        • BlackShark.ai’s AI-driven geospatial platform that converts sensor and pixel inputs into scalable, intelligence-ready data for GIS and 3D environments. Within construction, this software can rapidly create large scale 3D terrains to be used for:
          • Logistics planning and simulation
          • Presentations
          • Proposal submission
          • Virtual design
        • Siemens’ Xcelerator platform that connects multiple buildings of any size, and of any connectivity under one unified platform approach. Giving the building owner full transparency of the construction progress; the engineering consultant management of design reviews with multiple disciplines/stakeholders; the builder and contractor management of information during production with a frictionless handover; and the facilities manager a complete handover that meets operational requirements.

        Change is a journey; change is a mindset

        In a wrap-up panel discussion, led by Paul Haggerty, Vice President, UK Market Head for Energy Transition and Utilities at Capgemini, we explored the cultural shift needed to drive construction forward in the digital age.

        Key insights included:

        • Legacy mentality vs. digital mindset –Addressing the key challenge of moving from an analogue to a digital approach requires a fundamental shift in thinking, led by leadership. For example, starting afresh by digitising only the essentials rather than absolutely everything.
        • Balancing digital and analogue –Integrating digital advancements with existing analogue systems is challenging, particularly in large utilities. A harmonious blend is needed to ensure efficiency and effectiveness.
        • Driving change through people –Bringing people along on the digital journey is crucial. Blockchain can play a role in ensuring payment confidence within the supply chain, but collective buy-in is essential for successful change.
        • Addressing AI/human workforce concerns – AI can significantly enhance job performance when properly integrated. Leaders need to guide their teams through the transformation and show them their place in the digital workforce to alleviate anxiety about AI replacing human jobs.
        • Involving procurement teams – Including procurement teams in the digital transformation – not just focusing on those connected to digital or the asset – is vital to avoid safety and risk issues. Resistance to change due to safety concerns with new processes can create significant obstacles.

        Get in touch

        Across industries, construction stands at a pivotal moment. The challenges of outdated methods, fragmented data, and increasing demands necessitate a radical shift towards operational change and digital integration. The journey towards a digitally driven sector is not without its hurdles, but the opportunity is immense. By leveraging advanced digital tools and fostering a culture of operational excellence in delivery methods coupled with disruptive innovation, we can transform the way we build and operate. It’s time to move beyond incremental changes and adopt bold, disruptive strategies that will drive significant improvements in performance and sustainability.

        The insights shared at What’s NOW | Constructing Tomorrow event underscore the urgency of embracing digital innovation to enhance productivity, reduce costs, and build resilient infrastructure for the future. We must act now.

        If you’re ready to explore how digital solutions can revolutionise your construction projects, our team of digital experts is here to help. Get in touch with us today to learn more about how we can support your journey towards a smarter, more efficient future.

        The Future of Energy Transition & Utilities.

        Capgemini’s ‘Future of’ series explores the challenges facing global energy and utilities businesses today and the opportunities these challenges create. Discover how, with vision and ingenuity, you can accelerate the pace of digital adoption across the value chain, delivering both quick wins and long-term dividends in the future. For your business, your consumers, and the environment.

        Explore the rest of our ‘Future of’ series here.

        Meet our expert

        Paul Haggerty

        Paul Haggerty

        Vice President Head of UK ET&U Sector | Capgemini UK
        Paul is Head of our Energy Transition & Utilities (ET&U) sector for Capgemini in the UK and leads the sector across all business service lines including Consulting, Applications, Infrastructure, BPO and Engineering Services. Paul was originally a mechanical engineer in the Oil and Gas industry and has over 20 years of consulting experience, leading major transformation programmes in the utility sector. Paul specialises in delivering combined consulting and technology capabilities, supporting clients to maximise the potential of next-generation digital solutions. He has line responsibility for Capgemini’s Applied Innovation Exchange capability for Energy and Utilities and has worked at an account and delivery level in a number of major clients. He has been with Capgemini for over 23 years, prior to joining Capgemini, Paul worked for Ernst & Young, PricewaterhouseCoopers and FMC Technologies. Paul holds an MSc in Manufacturing, Management and Technology through the Open University.
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          Data & AI can lead the way in identifying and supporting vulnerable energy customers https://www.capgemini.com/gb-en/insights/expert-perspectives/data-driven-energy-support-vulnerable-households/ Fri, 06 Jun 2025 14:01:11 +0000 https://www.capgemini.com/gb-en/?p=690311

          Data & AI can lead the way in identifying and supporting vulnerable energy customers

          Iain Murray
          Jun 6, 2025

          Tackling vulnerability requires a united approach backed by technology 

          The UK’s Energy sector is under increasing pressure to do more for those who need it most. In its refreshed Customer Vulnerability Strategy, Ofgem made its expectations clear: companies must improve how they identify vulnerable customers, use data more intelligently, and deliver meaningful, inclusive support. This includes helping those struggling with bills, enhancing customer service for at-risk groups, and driving innovation that leaves no one behind.

          But meeting these expectations is no small feat – especially in a landscape shaped by rising inflation, surging energy prices, and a growing number of people facing financial, physical, and digital vulnerabilities. Today, nearly one-third of the UK population is considered financially vulnerable, and an estimated 6.1 million households are living in fuel poverty, according to National Energy Action*. From pensioners and people with disabilities to those facing language barriers or living in non-traditional housing, the definition of vulnerability is evolving. It is no longer a static label but dynamic, multifaceted, and often hidden.

          As the energy transition accelerates, vulnerable customers risk being left behind – unable or unwilling to engage with new technologies or benefit from flexibility schemes designed to lower energy bills. When the decision is between heating or eating, the choice for vulnerable people is clear.

          How can we, as an industry, tackle these challenges for those that need our help?

          We know that identifying and supporting these vulnerable customers isn’t just a regulatory requirement, it’s a passion driven by many in individual organisations across the industry.

          Each of the challenges facing the Energy sector – rising fuel poverty, hidden vulnerabilities, digital exclusion, and the complexity of the energy transition – requires tailored, thoughtful responses. But underpinning all of these is a common thread: the need for better data and smarter systems to pave the way for the sector to provide stronger support for vulnerable customers.

          Here’s how:

          1. Identifying vulnerable customers with precision

          For a long time, we’ve relied on the Priority Services Register (PSR) as a proxy for identifying consumers in vulnerable situations. But this traditional method of identifying vulnerability – based on age, income, or disability – is no longer sufficient. Because vulnerability is shifting and hard to pin down, and many circumstances or characteristics aren’t captured by the existing codes included in the PSR.

          In its refresh strategy, Ofgem recognises that some suppliers operate their own ‘PSR+’ which goes above and beyond the industry agreed needs codes. However, it’s not a common or standardised mechanism.

          With the right data strategy, you can go beyond surface-level indicators to build a more complete, real-time picture of who needs support. By integrating diverse data sources – such as payment history, PSR enrolment, housing type, and even weather data – AI models can detect patterns and flag customers who may be at risk before they reach crisis point. This enables proactive outreach, not just reactive response.

          2. Planning for vulnerability, not just reacting to it

          Once vulnerable customers are identified, the next step is to plan for their needs. This means embedding vulnerability into operational planning, by:

          • Ensuring customer service agents know a customer is vulnerable from the second a call/chat is connected and how to tailor advice to that customer’s specific vulnerability
          • Making available appropriate advice based on a customer’s specific circumstances
          • Outage responses
          • Infrastructure investment

          For example, if a power cut is forecast in a certain area, AI can instantly identify which customers in that zone are vulnerable and trigger automated workflows to ensure they receive timely support—whether that’s a welfare check, backup power, or alternative accommodation.

          3. Delivering personalised, scalable support

          AI-powered segmentation allows companies to tailor communications and services to different types of vulnerability. Someone with limited digital access may need a phone call, while another customer with low financial resilience might benefit from targeted payment support or energy efficiency advice.

          This is where platforms like Salesforce come in. As the leading CRM in the energy and utilities sector, Salesforce enables organisations to:

          • Unify customer data across systems for a 360° view
          • Automate workflows for proactive support
          • Track and report on vulnerability metrics
          • Coordinate across teams and partners to deliver joined-up services

          4. Driving behavioural change during the toughest times

          Data and AI can play a pivotal role in designing more effective campaigns, especially during critical periods like winter. By analysing past campaign performance and customer behaviour, organisations can refine their messaging, target the right audiences, and shift the focus from heating homes to heating people. Additionally, AI can help identify and align with key trigger points – ensuring that timely, relevant advice reaches customers exactly when they need it, increasing engagement and uptake. This approach also builds long-term resilience by helping customers reduce energy use and access support earlier.

          5. Embedding vulnerability into the energy transition

          As the energy system evolves, we must ensure vulnerable customers, and their needs, are adequately considered. Climate change impacts us all but the people who are vulnerable are impacted the most by it and they might not be able to move to escape it. Companies must ensure sustainability and suitability for everyone in the networks they build.

          Keep an eye out for our next blog, in which we’ll take a closer look at vulnerability in the energy transition.

          Let’s collaborate to drive the change

          No single organisation in the Energy sector can tackle the complex challenge of vulnerability. It requires a united effort across suppliers, networks, regulators, tech providers, and community groups to ensure no one is left behind.

          Initiatives like shared data trusts, vulnerability registers, and partnerships with local services can accelerate progress. Especially when grounded in trust and community connection.

          Data and AI are key enablers. When used ethically and collaboratively, they offer a fuller picture of customer needs, enabling smarter, faster, and fairer supply.

          By working together, we can pool insights, co-develop solutions, and align standards – from data-sharing protocols to definitions of vulnerability. Together, we can drive long-term change.

          We’re working with Salesforce to build solutions that do exactly this – combining world-class technology with deep sector expertise to support those who need it most. If you’re facing similar challenges and are driven by the same passion for your customers, we’d love to collaborate.

          *National Energy Action defines fuel poverty as a household spending 10% or more of their income on energy bills.

          Meet our experts

          Iain Murray

          Senior Manager – Energy Networks
          Iain Murray is a Senior Manager at Capgemini Invent UK, where he leads on customer vulnerability and inclusive energy transition strategies within the Energy Networks sector. With over a decade of experience across consulting, government, and regulatory roles, Iain is recognised for his deep expertise in supporting vulnerable consumers through the evolving energy landscape. He has worked with leading UK Distribution Network Operators, helping them design and deliver socially responsible solutions that align with regulatory obligations and net-zero goals. His work spans inclusive decarbonisation strategies, social value measurement using SROI frameworks, and ensuring equitable access to low-carbon technologies such as EVs and smart systems.

          Mark Thompson

          Client Director – Energy Transition & Utilities
          Mark is a respected leader in the Energy Transition and Utilities sectors, with over 30 years of experience. He is recognised for his deep expertise in energy retail, networks, smart metering, and new energy, including water and oil & gas. Mark has a strong track record of delivering innovative, customer-focused solutions by leveraging AI, data, and emerging technologies. Throughout his career, Mark has played a pivotal role in shaping strategy and delivering value at organisations such as National Grid, RWE npower, Iberdrola (Scottish Power), Mighty River Power, AMT-SYBEX, CGI, and Capgemini. His collaborative approach and ability to align business and technology goals have consistently led to successful outcomes for both clients and partners.

          Mark Dunn

          Senior Consultant
          Mark is a Senior Consultant at Capgemini, specialising in digital customer experience within the UK energy retail sector. With over 22 years of industry experience, Mark has worked with a wide range of leading energy organisations including Centrica, npower, EDF, Corella, UK Power Networks, and Corona Energy. His expertise spans critical energy retail functions such as pricing, registrations, metering operations, smart metering, collections, customer service, and field services. Mark is deeply committed to delivering socially responsible solutions that not only enhance operational efficiency but also improve the experience for end customers. He believes that every engagement is an opportunity to create meaningful value, ensuring that the solutions he helps design are both effective and empathetic to the needs of energy consumers.
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            Harnessing technology to unblock the challenges of implementing a UK-EU Veterinary Agreement https://www.capgemini.com/gb-en/insights/expert-perspectives/harnessing-technology-to-unblock-challenges-uk-eu-veterinary-agreement/ Thu, 29 May 2025 12:56:51 +0000 https://www.capgemini.com/gb-en/?p=689349

            Harnessing technology to unblock the challenges of implementing a UK-EU Veterinary Agreement

            Debadutt Goswami
            May 29, 2025

            In June last year, the Labour Party pledged in its manifesto to “negotiate a veterinary agreement to prevent unnecessary border checks“.

            Last week’s UK-EU deal builds on that promise, stating that “the vast majority of routine border checks on animal and plant shipments to and from the EU will be dropped”.

            The proposed agreement is part of a broader strategy to ‘reset’ the UK’s relationship with the EU, aiming for closer alignment than the previous government’s approach. This strategy seeks to drive economic growth, partly through increased trade exports, while ensuring the biosecurity of UK borders remains uncompromised.

            According to The State of the Border 2024 report, UK businesses have adapted more significantly to the post-Brexit trading environment than their French and German counterparts, likely due to more acute needs.

            The opportunity is substantial: in 2023, 60% of the UK’s total food, feed and drink exports went to the EU, totalling £14 billion. Research from Aston Business School suggests a veterinary agreement could boost these exports by 22.5%, and imports by 5.6%. The UK government estimates the SPS deal combined with Emissions Trading Systems linking measures alone could contribute up to £9 billion to the UK economy by 2040.

            Strengthening Trade Ties: The Role of a Veterinary Agreement

            To understand the significance of a veterinary agreement in the UK’s evolving trade relationship with the EU, it is helpful to briefly recap the context.

            Before Brexit, the UK was included in the single market and customs union, ensuring the free movement of goods and services in exchange for full alignment with EU trade regulations.

            Currently, UK-EU trade relations are governed by the Trade and Co-operation Agreement (TCA), which includes the Windsor Framework for Northern Ireland. The Border Target Operating Model (BTOM) outlines how increased Sanitary and Phytosanitary (SPS) checks apply to imports, including identity and physical checks for all live animals entering Great Britain from the EU starting in late 2024.

            Currently, the physical check rates for products entering the EU from the UK are:

            • 100% for live animals,
            • 30% for poultry meat and dairy products, and
            • 1% for hay and straw.

            These SPS customs procedures have created several challenges for importers and exporters, including:

            • Increased layers of time-consuming customs declaration paperwork.
            • Costly delays at Border Control Posts (BCPs) when subject to physical SPS checks, sometimes leading to spoilage of perishable agri-food products.
            • Shortages of registered vets to conduct and certify physical SPS checks.
            • Inconsistent outcomes across different BCPs, resulting in consignments being returned destroyed due to non-compliance.
            • Difficulty finding hauliers and transport companies willing to deliver to the EU due to poor experiences at BCPs.
            • Reduced shelf life of perishable products, leading to a lower quality product for vendors and customers alike.
            • Additional costs absorbed within the supply chain due to non-value-adding paperwork.

            As highlighted in The State of the Border 2024 report, these issues stem from resource shortages, outdated technology and inefficient processes. The UK has also lost access to key EU databases used to monitor disease outbreaks which complicates the UK’s ability to respond quickly to emerging threats and coordinate with EU partners. 

            The lack of a veterinary agreement, along with the checks imposed following Brexit, has had a detrimental impact on animal health and welfare, data sharing between the UK and EU, and disease surveillance. A veterinary agreement could address these challenges by reducing unnecessary border checks through the alignment, harmonisation or mutual recognition of SPS certification between the UK and EU. 

            Dynamic Alignment: A Proven Model

            Last week’s UK-EU deal introduces “dynamic alignment”, where the UK will automatically follow EU regulations on plant and animal products.  This model is not new. For example, dynamic alignment between the EU and Switzerland (a non-EU member state), allows free movement of agri-food products based on the principle of mutual recognition of animal health and welfare measures. Under this agreement Switzerland is included in the EU’s common veterinary area, eliminating the need for border controls on products of animal origin. Consignments from rest of the world entering via Switzerland are controlled on entry into the CH-EU Common Veterinary Area and inspections are carried out in designated inspection posts, after which commodities can be freely traded.

            Dynamic alignment would involve the UK adopting EU regulations for animal health and welfare standards and automatically incorporate future legislative changes. 

            Furthermore, in the context of Northern Ireland (NI), if the NI and the rest of the UK follow the same EU agri-food rules, checks and regulatory paperwork currently required would no longer be necessary.

            Digital, Data, and Operational Challenges

            From a digital, data and operations perspective, the challenge lies in streamlining services to interconnect seamlessly with EU systems.  For example, UK exporters of live animals would need to use UK systems to register and provide information which then link into EU managed services.  This cross-border data exchange presents challenges in maintaining data integrity. Standardising processes across the UK-EU border is particularly difficult, as it falls outside of the UK’s delivery remit – even after negotiations. Achieving this would require a close working relationship with the EU underpinned by a stronger alignment in standardisation, governance and interoperability across UK and EU trade services and systems. 

            The success of this model depends on the trust, assurance and ability of both parties to monitor, and mitigate disease risks through disease surveillance, data sharing and intelligence-led interventions. The main sticking points will be the readiness of the authorities on both sides of the border and their willingness to share information, and, to an extent, how trust can be built on assurance. Implementing a required trust and assurance model powered by capabilities such as end-to-end traceability, digitisation and automation will greatly benefit from recent technology advancements in AI, agentic AI, graph and blockchain. However, these solutions require access to standardised and shareable data.

            Looking Ahead

            Regardless of the agreement’s final form, the goal remains the freer movement of agri-food commodities including, live animals and plants without compromising biosecurity. Trade arrangements like those of Switzerland and New Zealand, with the latter following a regulatory equivalence model, have proven to reduce checks on animal products to 2% and 1% respectively. Alongside the benefits this freer-flowing trade could provide for the UK, significant challenges remain, including:

            • Maintaining biosecurity standards as imports increase and inspection rates decrease.
            • Integrating and maintaining the UK’s current border processes and systems with EU.
            • Managing spend and remaining cost effective – based on the National Audit Office report in May 2024, the three main departments with responsibility for managing the border forecasted to spend around £4.7 billion on the 13 most significant border-related programmes required in the context of European Union (EU) exit and improving the performance of the border over the lifetime of the programmes.
            • End-to-end traceability of products of animal origin (POAO) entering the UK from the US and the rest of the world, including their by-products destined for the EU

            The way the UK adapts to these challenges will have significant impacts across people, IT and processes for a broad range of associated stakeholders, from government regulatory bodies, to traders, producers and consumers.

            The government’s role in harnessing technology to address these challenges is critical.  Two key, interconnected capabilities where technology can make a difference are:

            1. Traceability: enhancing biosecurity through better tracking of the agri-food ecosystem.
            2. End-to-end Digitisation and Automation: streamlining SPS certification and check procedures.

            In the second part of this blog, we will explore how technology can enhance these capabilities and explore their implications in greater detail.  We will share our next article here and on LinkedIn: do feel free to follow Debadutt Goswami on LinkedIn to catch the next part of this series as soon as it’s live.

            meet our Authors

            Debadutt Goswami

            Trade & EU Portfolio Director for the Defra Client
            Debadutt is a Director at Capgemini Invent UK with over 18 years of experience delivering complex programmes and strategic transformation across the public sector. He has worked closely with DEFRA and other public sector organisations, helping design and implement citizen-facing digital services that enhances resilience, compliance, and innovation.

            Rory O’Sullivan

            Associate Consultant​, Business Technology​ Digital Workplace
            Rory is a public sector-focused consultant with deep experience across UK government departments, specialising in market research & analysis, stakeholder engagement, and operating model design. He brings analytical rigour to complex policy and transformation challenges, delivering insights that inform strategic decisions.
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              Optimising Veterinary Control: The Role of Modern Field Services https://www.capgemini.com/gb-en/insights/expert-perspectives/veterinary-control-field-services-optimisation/ Wed, 07 May 2025 14:26:32 +0000 https://www.capgemini.com/gb-en/?p=687641

              Optimising Veterinary Control: The Role of Modern Field Services

              Paulius Vaitkunas
              Paulius Vaitkunas
              May 7, 2025

              In the recent ‘The State of the Border’ report, 1 in 8 businesses indicated that they have struggled to organise a state-authorised ‘Official Veterinarian’ (OV) to sign UK export health certificates (EHCs) in 2024. EHCs are required for moving food, plant and animal products internationally, and as a result such issues cause a direct impact on trade across the border.

              Current Challenges:

              The UK faces an estimated 11% shortage in the veterinary sector workforce. Meanwhile, over the past six years demand for vets has increased due to:

              • Post-Brexit certification regime
              • Rise in pet ownership post-Covid
              • Managing increasingly frequent disease outbreaks 

              The wider spread of disease means more restrictions on animal keepers to move and export their livestock, stifling economic activity and growth. Total losses from endemic livestock diseases are estimated to cost the UK livestock sector between £290m and £710m per year (BBSRC). Historically, the cost of each exotic disease outbreak has ranged between £2m and £3bn (Defra, as cited by the Royal College of Veterinary Surgeons). 

              The UK APHA (Animal and Plant Health Agency), an Arm’s Length Body (ALB) of Defra relies on veterinarians to help monitor animal health and report outbreaks of infectious ‘notifiable’ diseases in farm animals. In the event of a disease outbreak, vets work directly with APHA and animal keepers to implement control measures such as culling, movement restrictions and disinfection protocols as well as to disseminate information about disease prevention, biosecurity measures and veterinary medicines.  

              The shortage of veterinary staff increases the risk to effectively responding to animal disease outbreaks: a significant consideration given the increasing frequency and severity of animal disease outbreaks.  Climate change is a key factor contributing to this increase. For example, a warming climate in the UK has extended the midge activity period by 40 days since the 1980s with potentially severe consequences for animals susceptible to the bluetongue virus. (The Pirbright Institute). As such, the continued shortage of veterinary capacity in the UK risks endangering animals, public health, food security, and economic stability. 

              How Technology Enabled Field Services Can Boost Veterinary Efficiency

              Technology-enabled field services transformation can make more effective use of limited veterinary resources in the UK, whether during a disease outbreak or as a matter of course.  Lessons from other industries like gas, utilities and rail and others that also rely heavily on efficient field services, provide a blueprint for advancements in veterinary field operations.

              Modern field services tools have been shown to help reduce downtime, improve efficiency, boost staff satisfaction, and combat carbon emissions – all of which are areas of strategic importance for the veterinary sector and to Defra.  To maximise impact and drive the adoption of best practices, field services transformation must follow a carefully considered pathway.  Organisations must focus on three key personas pivotal for field services to work effectively:

              • The dispatcher
              • The field operative  
              • The customer

              Generative AI is paving the way for more efficient and effective field services and is a key enabler of this transformation.

              The Dispatcher is responsible for scheduling the field operatives. Their challenge is one of optimisation and rapid response: getting the most out of the field workforce while being able to mobilise rapid response to emergencies. 

              Modern AI-equipped field services tools focus heavily on empowering the dispatcher. They make effective use of data and targeted automation to minimise task repetition and improve decision-making. For example, generative AI can significantly improve work order creation and scheduling. AI can help create work orders from unstructured information like emails or voice calls, reducing double entry and errors. This streamlines the process and ensures accuracy. 

              In ‘business-as-usual’ scenarios, such tooling helps plan optimum routes from job to job and minimise vehicle journey times. AI can help match people with the right skills and certifications to jobs, forming optimal crews, and minimising travel.  It is helpful in making optimisations based on live adjustments for traffic or roadworks and responding dynamically to cancellations or rescheduling requests. AI can also handle rescheduling when unexpected events occur, such as an engineer calling in sick. This dynamic rescheduling can be done autonomously or semi-autonomously, ensuring that operations run smoothly even in the face of disruptions.  

              With these tools and AI-based recommender systems, we’ve witnessed a fundamental rethink of the traditional job scheduling approach. Some organisations are moving away from a set schedule communicated to the field operatives in advance and subsequently adjusted when disruptions and delays occur. Instead, they are embracing a fully dynamic schedule like those used in gig economy scenarios. In these cases, field operatives and crews ‘subscribe’ to a ‘queue’ of jobs and are only presented with the details of their next job when their current job is completed. 

              Organisations that have used these tools have seen as much as 13% improvement in asset maintenance efficiency creating significant cost savings. We’ve also witnessed route optimisation creating an important secondary benefit of 10-15% reduction in CO2 emissions (Capgemini, Scottish Water

              Additionally, IoT integration is also crucial for predictive maintenance. For example, water level sensors can be used for flood management, and smart seals in vehicles carrying perishable goods can ensure quality and compliance. AI can analyse data from these sensors to predict potential issues and proactively address them. Smart seals in vehicles carrying perishable goods can monitor temperature and quality, automatically triggering inspections if safety thresholds are breached. Crucially, these tools also shine in emergency situations. Inbuilt visualisation tools, automation and AI maximise the speed and effectiveness of any emergency response that a dispatcher needs to mobilise. The dispatcher can quickly and easily reprioritise the schedule and re-direct critical resources to where they are needed the most. This can be done by manually leveraging powerful visualisation tools or with help from a bespoke optimisation model tuned against critical business KPIs to aid the dispatcher in maximising impact. Autonomous agents can either automatically or semi-automatically adjust schedules, proposing new plans that a human can validate.

              The Field Operative is tasked with getting the job done, be it routine maintenance, addressing an animal’s health needs or responding to an emergency. Their challenge is one of information – knowing where to go, what needs doing and what to bring.  

              We’ve seen as much as a 19% capacity creation when enabling field operatives with AI-based in-field tools. Such tooling, usually packaged in a dedicated app on their work phone or tablet, is designed to be available ‘on the go’ and work in areas of limited connectivity. 

              Having access to AI benefits field workers in several important ways. Voice-to-text annotations allow field workers to describe observations as they see them, eliminating the need for after-job report creation. This is particularly useful in environments where typing is challenging due to safety gear or other constraints. 

              Natural language queries enable field workers to ask questions and get answers from corporate knowledge and job-specific instruction manuals without needing to search through large documents. This improves efficiency and ensures that workers have the information they need at their fingertips. Some tools also allow field staff to remotely contact an expert via a video link and collaborate on the issue. 

              In its most advanced application, AI can also help in analysing images taken by field workers and informing a potential diagnosis, such as assessing the severity of a disease in an animal. This can be further enabled with mixed reality headsets which can overlay information directly onto what the operative is seeing.  Benefits of in-field tooling extend beyond AI use-cases. Operatives also greatly benefit from having a complete history of the customer information, service history and the specific job. Timely prompts and job-specific checklists ensure crews bring the correct equipment, tools, and supplies to complete the job. We’ve witnessed a 25% improvement in first time fix rates because of these improvements (Capgemini, Scottish Water).

              The Customer: No transformation would be complete without careful consideration of the end-recipient of the services being provided.

              To meet the ever-increasing customer expectations for seamless service, organisations have integrated their in-field workflows with other customer touchpoints to create a coherent cross-channel experience. In this mode, field staff are increasingly seen as the literal ‘face’ of the organisation they represent. For example, customers expect field staff to have the relevant details of any prior interactions they may have had with the organisation providing the service, whether that’s via phone, webchat, email or during earlier visits.  

              Customers also expect to interact with the field services in new and different ways. For example, some organisations provide interactive maps so the customer can check when the crew is expected to arrive or provide real-time email or text updates on the progress of the job, or any disruptions they may face and any delays in completing it.  

              To further empower the customers and reduce the demand on often stretched field services, organisations are also focused on leveraging the latest technology and AI to enhance self-service. Generative AI can make self-service multimodal, allowing users to upload images or speak to a voice bot. For instance, customers can take a photo of a charging point and benefit from AI automatically analysing the image to diagnose issues and provide guidance. This approach can be applied to various scenarios, such as self-diagnosing health issues with plants or animals.  Additionally, AI can enable self-service booking for appointments, such as scheduling a vet visit, which can be done 24/7 without needing to call during office hours. This not only improves convenience but also ensures that services are always accessible.

               Conclusion

              The need for a standard risk-based approach, powered by modern digital field services technology, AI and automation is key to managing field services and animal disease outbreaks.

              Disease outbreaks can be all-encompassing events that require a rapid, co-ordinated and decisive response. This is difficult to truly master with a shortage of skilled veterinary resources who are already stressed and overworked and is further impacted by limited data sharing between private veterinary practices and parties involved in response to any emergencies.  

              Lessons learned and best practices across the industry can serve as a valuable benchmark of what the art-of-the-possible could look like to inform the next generation of veterinary field services in the UK that are fit for the needs of the animal keepers, veterinarians, the economy and the wider community.   In today’s fast-paced world, GenAI is revolutionising how we approach various tasks and processes and brings game-changing efficiency gains. By leveraging AI, we can indeed enhance efficiency, create more robust services, and provide better customer and employee experiences.

              Meet our Authors

              Paulius Vaitkunas

              Paulius Vaitkunas

              Managing Consultant for the Defra Client Trade & EU Portfolio, Animal Disease Outbreak Management
              Paulius is an experienced Product Leader and Programme Manager with a strong focus on animal disease outbreak management. He has developed a keen interest in how technology and industry capabilities can be harnessed to prevent, manage, and control disease outbreaks. Specialising in customer-centric solution delivery and complex technology programmes, Paulius is always eager to understand current challenges and help clients explore innovative solutions.

              Paul Harrison

              Head of Microsoft Digital Customer Experience, Capgemini Europe
              Paul is a business leader who enables clients to reap maximum benefit from innovative yet pragmatic solutions across the breadth of the Microsoft platform. He works with global clients to drive business value and growth and empower customers and employees alike. He is a champion of using technology for good and driving positive change in our communities and the environment.

              Debadutt Goswami

              Trade & EU Portfolio Director for the Defra Client
              Debadutt is a Director at Capgemini Invent UK with over 18 years of experience delivering complex programmes and strategic transformation across the public sector. He has worked closely with DEFRA and other public sector organisations, helping design and implement citizen-facing digital services that enhances resilience, compliance, and innovation.
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                687641
                Cyber squirrels and the principle of parsimony https://www.capgemini.com/gb-en/insights/expert-perspectives/cyber-squirrels-parsimony-principle-guide/ Fri, 25 Apr 2025 06:45:11 +0000 https://www.capgemini.com/gb-en/?p=687077

                Cyber squirrels and the principle of parsimony

                Matthew Bancroft
                Apr 25, 2025

                The second in a series of articles from Capgemini and RenewableUK examining cyber security and the techniques that the renewables sector can adopt from other forms of critical infrastructure, as well as how squirrels (yes, squirrels) can inform our approach to dealing with new realities and building operational resilience throughout the grid and wider industry.

                Occam’s razor

                Occam’s razor, also known as the ‘principle of parsimony’, states that the simplest explanation, or rather the hypothesis that requires the fewest assumptions, is often the correct one. By ‘shaving away’ unnecessary theoretical clutter when distinguishing between two theories, it provides a helpful and effective rule of thumb. However, many of us have a tendency to ignore it, instead preferring to go down complex rabbit holes based on preconceptions, psychological biases, and over-analysis.

                Take the Challenger space shuttle, for example, which initially baffled investigators after it broke apart 73 seconds into its flight on an unusually cold day in January 1986, killing all seven crew members onboard. In the aftermath, frustrated at the slow pace and perceived overthinking of NASA’s investigative team, physicist Richard Feynman applied Occam’s razor, as well as his own scientific principles, to identify the cause of the explosion. He believed that the disaster occurred when a rubber O-ring seal failed during launch, resulting in hot pressurised gas leaking from the rocket booster into the external propellant tank, altering the shuttle’s direction to such an extent that it was torn apart by aerodynamic forces.

                By dipping a sample of the rubber used in a glass of ice water, he was able to show how the O-ring stiffened in cold temperatures, to the point that it was ultimately unable to form a seal. This simple demonstration highlighted a design flaw that had been previously raised within NASA, although the concerns were not acted upon. It also demonstrated that if it walks and talks like a duck, it’s a duck. Or rather a squirrel, as in the case of power grid outages.

                Apex predators

                Like space shuttles, electricity networks are extremely complicated. There are means to mitigate this, such as by modelling their complexity through digital twins, simulating cyber and military attack scenarios on the grid, and quantifying and managing risk at a highly granular level. But are we always applying Occam’s razor when we do so?

                Analysis by Cris Thomas, a notable cyber security researcher, shows that squirrels have been responsible for 1,252 (49%) of the 2,524 animal-caused disruptions to global power grids between 1987 and 2019, whilst humans have accounted for three, in the guise of attacks by ‘state-sponsored agents’. This analysis has led senior officials within the National Security Agency (NSA) to state that squirrels are “the number one threat” to the US electrical grid.

                But does this mean we should focus solely on squirrels or cyber security when analysing risks to our energy networks? No, we must instead employ the holistic and multidimensional approach to realise operational resilience, or we may find we again miss the all-important squirrel for the largely inconsequential state-sponsored rabbit hole. Only when the razor is aptly applied can we be proactive in addressing the root cause of outages and issues.

                The Squirrel of Wall Street

                Traditionally, organisations have implemented Business Continuity (BC) and Disaster Recovery (DR) processes. However, this approach is not foolproof, as illustrated by the CrowdStrike outage in 2024 when a faulty update to security software caused issues with Microsoft Windows. This resulted in around 8.5 million systems crashing and being unable to restart for several hours, affecting airports, hospitals, manufacturers, and banks, amongst many others, to the tune of over $10 billion in financial damage.

                So how should businesses in the renewables sector approach management of the risks, both to themselves and to the grid at large? A good starting point would be observing the progress made on resilience across the financial services sector.

                Much like the grid, financial services is a critical sector on which we all depend, one that is both complex and increasingly reliant on digital technology. The importance of a robust and resilient financial system has been recognised at national and international levels, and improvements have been mandated through resilience regulations such as the European Digital Operational Resilience Act (DORA) and corresponding regulations in the UK from the Financial Conduct Authority. These legislative vehicles drive a new approach to resilience in our financial institutions, one that takes an overarching view of threats but also zooms in on the hidden complexity behind simple and routine acts, such as being able to use an ATM to withdraw funds from one’s account.

                How can we apply this to renewables?

                Whilst digital and operational resilience (OpRes) has been concentrated on the financial services sector, its principles are universal and can be applied to any industry or organisation as a means to instil enterprise-wide management of disruption. Its objectives include:

                1. Preventing disruption to an enterprise from occurring in the first place.
                2. Being robust and minimising impact if a disruption does occur.
                3. Recovering from impact as quickly as possible.
                4. Adapting to changes in the operational environment.
                5. Learning from disruption to become more resilient to future events.

                Whether in financial services or across the renewables sector at large, the rationale and overall approach is the same:

                • Identify ‘important business functions’.
                • Gauge the customer and business tolerance for an outage of this function.
                • Break down the function into its component parts across people, process and technology.
                • Simulate scenarios which could result in failure of the function and identify where they failed and why – be it cyber, force majeure, or physical damage (squirrel or otherwise).
                • Fix the issues in the correct order.
                • Ensure this process is ongoing, by implementing resilience culture, organisation, governance and processes to continuously manage and improve.

                In other words, OpRes is a holistic enterprise-wide strategy to manage disruption, building on and going further than traditional BC and DR approaches.

                Isn’t this just common sense?

                You might be thinking the above hardly constitutes an innovation, and that it is simply the application of common sense to deal with new realities and risks. This is partly true, but it is important to remember that conventional wisdom uses a probabilistic approach, which frequently underestimates or completely omits what it perceives to be unlikely or rare events, as well as ‘black swans’.

                Black swan events are defined as ‘high-impact events that are difficult to predict under normal circumstances, but that appear to have been inevitable in retrospect’, and are explained by a combination of their small probability of occurrence, which limits our ability to compute them, as well as a range of psychological biases that cloud our ability to anticipate them. Recent examples include the COVID-19 pandemic and the 2008 financial crisis, both of which appear relatively unsurprising in retrospect, yet were largely unanticipated and so caused immense disruption to our economies, health, and daily lives.

                Conventional legacy approaches also fail to take into account or model the enormous complexity involved in modern digital systems, as well as the intricate dependencies between different subsystems. In our modern world of enormous numbers, big data and vast amounts of internet traffic, one in a million events can be observed on a daily and even minute-by-minute basis. We see the evidence of this all around us, in the regular headlines that contradict our gut feelings and common sense, demonstrating that black swan events occur with depressing regularity.

                The innovation of OpRes derives from changing our mindset and approach to better reflect modern reality, building resilience into every aspect of our business and organisations whilst utilising the latest tools and technology to more accurately model and assess risks.

                Trouble in Hillingdon

                Last month saw a poignant example of a black swan close to home, when Heathrow Airport experienced a significant power outage caused by a fire at the nearby North Hyde substation. The incident led to the airport’s closure and operations halting for almost 18 hours, resulting in widespread chaos and flight cancellations, as well as a renewed debate on the resilience of major infrastructure in the UK.

                Heathrow was forced to safely power down and reboot critical systems, which took considerable time. Over 1,300 flights were affected, impacting around 200,000 passengers and resulting in many flights being diverted to other airports such as Amsterdam, Frankfurt, and Paris. Although it has now safely resumed operations, the disruption had a global impact, affecting flights and schedules at other airports worldwide, and highlighting the need for robust improvements to operational resilience.

                Theories regarding the cause of the outage range from the reasonable – such as a transformer fire, ageing infrastructure or a botched theft – to the conspiratorial involving state-sponsored sabotage and cyber-attacks. Investigations are ongoing, but regardless of the outcome there are lessons to be learned and demonstrable ways in which Heathrow and its supply chain can become more operationally resilient, thereby reducing disruption and minimising the impact of both likely and unforeseen future incidents.

                Such events further demonstrate how traditional approaches to business continuity and recovery are not fit for purpose. By following the principles of OpRes across its entire business, the Heathrow of the future will find it is capable of rolling with the punches, remaining operational and withstanding similarly disruptive events.

                In a world where squirrels can outperform state-sponsored hackers, perhaps the simplest truth is this: OpRes, not just continuity planning, is what will keep the lights on. Especially when the next threat isn’t a rodent, but a well-meaning employee as we’ll explore in our next article looking at the human factors in the cyber security equation.

                Meet our author

                Matthew Bancroft

                Senior Director, Digital Security and Trust
                Matt leads the private sector for Capgemini Invent UK providing cyber security consulting and technology advisory services focused on the specific risks in this sector and specialising in state-of-the-art innovation, cyber startups, strategic alliances, industrial and cloud security. Matt was originally a physicist and electrical engineer specialising in petrophysics in the oil and gas industry and has over 20 years’ experience in cybersecurity and consulting, leading innovative and transformational people, practices and programs in complex multinational organisations. Prior to joining Capgemini, Matt worked for HSBC, William Hill, Carlsberg, Three Mobile, Wipro and Forescout and ran his own successful cyber consulting business for over a decade.
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                  Will the UK’s hydrogen blending experiment pave the way for a low carbon future? https://www.capgemini.com/gb-en/insights/expert-perspectives/will-the-uks-hydrogen-blending-experiment-pave-the-way-for-a-low-carbon-future/ Fri, 25 Apr 2025 06:41:38 +0000 https://www.capgemini.com/gb-en/?p=686998

                  Will the UK’s hydrogen blending experiment pave the way for a low carbon future?

                  Francesca Gabriel
                  Francesca Gabriel
                  Apr 25, 2025

                  Hydrogen will play an essential role in decarbonising many industries. It’s an energy-dense fuel that could replace oil and gas as an energy source in hard-to-electrify transport and industrial processes.

                  Despite its widespread use in certain sectors, most hydrogen production remains heavily reliant on fossil fuels. The availability of low and zero-emission hydrogen sources is currently limited, and production must increase significantly for utilities to be able to rely on hydrogen as a key component of their sustainability efforts.

                  To promote production of low-carbon hydrogen, the Department for Energy Security and Net Zero (DESNZ) recently released a consultation asking for a response from industry participants detailing their opinion on the case for hydrogen blending into the GB Gas Distribution Networks.

                  In the second instalment of this hydrogen deep-dive (read the first here), Francesca Gabriel, Senior Consultant, and Tom Rudgard, Management Consultant, explain the process of blending hydrogen with natural gas, and the UK-specific implications of this experiment in terms of customer, environmental, and long-term net zero benefits.

                  What is hydrogen blending?

                  To grasp the concept of ‘blending’, we must first examine it in the context of natural gas.

                  Gas power stations play a pivotal role in electricity generation, and gas also serves as an essential component of space heating for homes, offices, hotels, and restaurants. In 2019, gas accounted for nearly two-thirds of total domestic energy demand.

                  However, natural gas is a fossil fuel, emitting CO2 upon combustion. Therefore, the UK must embark on a concerted effort to reduce its reliance on natural gas as much as possible by 2050 to achieve its emissions targets.

                  Hydrogen blending provides an option for gas networks to reduce these emissions. Green hydrogen, produced from renewable sources like solar, wind, or biomass, has a low carbon intensity. By blending green hydrogen into the gas pipeline at injection points, the overall carbon content of natural gas can be reduced.

                  The maximum hydrogen ratio that modern residential end-use appliances can safely handle is still under research. Proposed public trials are limited to small scale villages with a maximum blend of 20% hydrogen to 80% natural gas.

                  The emissions savings from using a hydrogen blend result from two factors: the carbon intensity of the hydrogen production method and the carbon difference between burning a 20% blend versus 100% natural gas. Blending hydrogen produced from non-renewable sources (e.g. produced from natural gas or coal) unsurprisingly provides little to no carbon reduction. In 2022, 165 Megatons of CO2 was produced from natural gas. A 20% green/low carbon hydrogen blend could reduce this by 7%, resulting in a 11.5MT decrease of CO2 released. This is equivalent to taking 8 million cars off the road.

                  What are the UK-specific considerations for hydrogen blending?

                  If the UK is to diminish uncertainty for investors in the hydrogen market, then government backing is essential to develop strong infrastructure design. Reducing risk by having the government act as a reserve off-taker of produced low-carbon hydrogen is a key part of the DESNZ consultation proposal. Whilst the intention is to stimulate a low-carbon hydrogen economy, there are considerations as to whether this is the right approach.

                  1. Environmental benefits of blending hydrogen for domestic heating aren’t clear. There are doubts regarding domestic heating being the most ideal application for low-carbon hydrogen. This scepticism stems from the fact that hydrogen possesses a calorific value roughly one-third that of natural gas. Consequently, by blending hydrogen with natural gas, the resultant gas will have a lower energy content per unit volume. Recent experiments involving the blending of 20% hydrogen with natural gas for use in a combustion turbine, with the aim of maintaining gas volume, have yielded only a 7% reduction in CO2 emissions. If green hydrogen isn’t used, then the environmental benefits become even more limited.
                  2. The decision to abandon the hydrogen trials for domestic heating in Whitby and Redcar this year, driven by resident concerns regarding safety, effectiveness, supply, and cost, suggests hydrogen is unlikely to find a substantial role in household heating. Moreover, there are alternative technologies, such as heat pumps, which offer superior performance and have gained traction in the option to decarbonise homes. Public acceptance of the ‘hydrogen economy’ can hinder large-scale deployment and the raised gas bills for the customer (even during a trial) in a time of raised cost-of-living, does not impact public perception positively.
                  3. The government must consider how this blending consultation would benefit the net zero transition in the longer term. It acknowledges that this would be a transitional blending scheme to reduce emissions in the near term. However, they should consider how this would artificially extend natural gas usage, embedding it in the future energy mix. There is a high risk of creating a broken hydrogen blending market from the start, that doesn’t deliver on environmental or customer return on investment.

                  What are the most impactful use cases for hydrogen?

                  Use cases of hydrogen exist in industries that have limited alternative options to fossil fuels. The development of a hydrogen economy is crucial to meeting long term net zero targets for these industries. There are two connected opportunities in decarbonising these industries, firstly low-carbon hydrogen replacing currently used grey and brown hydrogen, and secondly in applying new decarbonisation technologies. It should be considered if these use cases would be a better use of hydrogen to help the UK achieve its Net Zero goals, over utilising hydrogen for heating.

                  Grey hydrogen is produced from fossil fuels through steam methane reforming (SMR). It’s the most common method of hydrogen production but has a significant carbon footprint. The chemicals, fertiliser and refinery industries already produce and uses 94 million tonnes of grey hydrogen annually, which is 3% of global final energy demand. There is a clear opportunity in these industries by focusing on replacing grey with green hydrogen.

                  The decarbonisation of steel production is another significant application. In 2020, total direct emissions from the sector were around 2.6billion tonnes, representing between 7% and 9% of global CO2 emissions.

                  Notably companies such as H2 Green Steel have recently secured funding of $1.6 billion to construct a hydrogen-based steel manufacturing plant in Boden, Sweden, which holds the potential to reduce emissions by 95% compared to traditional steelmaking.

                  The infographic below is from the first blog in this series, and provides further information on use cases:

                  hydrogen blending

                  What’s the key takeaway on hydrogen blending?

                  Whilst blending is an option the government is investigating, we must consider the ramifications and benefits of an infrastructure scheme such as blending. Whatever the strategy, we must transition away from gas as well as other fossil fuels to meet the UK’s net zero commitment by 2050. The UK needs to prioritise low-carbon hydrogen production and for the most effective use cases to see the largest carbon reductions.

                  Don’t miss our next instalment, in which we’ll explore the use of digital twins in hydrogen production.

                  Capgemini and hydrogen.

                  Our industry experts have authored several in-depth reports on hydrogen and its role in decarbonisation. Download them here:

                  You can also hear some of our global perspectives on the topic, over on our YouTube channel:

                  To see our hydrogen expertise in action, read our relevant case study on how we helped take Hyliko from concept to company to provide freight transportation companies with a more sustainable, carbon-negative alternative. https://www.capgemini.com/news/client-stories/hyliko-powers-freight-transport-with-hydrogen/

                  Get in touch with our experts:

                  Francesca Gabriel or connect on LinkedIn if you have a specific hydrogen-related challenge or want to explore options for decarbonising your business.
                  Tom Rudgard, UK Hydrogen SME
                  Jack Taylor, UK Hydrogen SME
                  Melissa Leung Pah Hang, Climate Tech Lead
                  Nicole Alley, VP, Head of Renewables

                  Meet our Author

                  Francesca Gabriel

                  Francesca Gabriel

                  Senior Consultant
                  Francesca is a Senior Consultant in Energy Transition and Utilities for Capgemini Invent. She leads Invent UK’s hydrogen team, bringing 5+ years of industry and consulting experience in hydrogen for mobility and hydrogen for energy transition, as well as experience in energy networks and water. Her expertise lies in market intelligence, business case, and change management roles. She is Prince2-Agile certified in Project Management.
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                    Cyber security and renewable energy: the big picture https://www.capgemini.com/gb-en/insights/expert-perspectives/cyber-security-and-renewable-energy-the-big-picture/ Fri, 25 Apr 2025 06:38:06 +0000 https://www.capgemini.com/gb-en/?p=687041

                    Cyber security and renewable energy: the big picture

                    Matthew Bancroft
                    Apr 25, 2025

                    The first in a series of articles from Capgemini and RenewableUK, pulling back the curtain to provide an introduction to the key concepts, notable headlines and hot topics around cyber security in the context of clean energy generation.

                    Setting the scene

                    Nostalgia is a powerful force and often a source of comfort – particularly if we think back to the days when going shopping didn’t involve equipping yourself with anti-virus and facial recognition software, and there was no danger of your Amazon parcels being mistakenly shipped to the wrong country. Or when listening to music involved playing a physical CD rather than haggling over whether to subscribe to Spotify or Apple Music.

                    Our intricate, modern and digitally enhanced world may not be perfect, but, by many measures, life today is better than we frequently think. The proportion of the world living in extreme poverty has significantly decreased, from 85% in 1800 to less than 9% in 2024, whilst global life expectancy has risen dramatically in the last two centuries. What’s more, global literacy rates have drastically improved, as has access to clean water, vaccination rates, and even the number of democracies around the world.

                    Electricity for all!

                    Most importantly for RenewableUK members, access to electricity has significantly increased in recent decades. As recently as 1998, only around 73% of the global population had access to electricity. By 2020, this number had risen to over 90%.

                    Increased access to electricity has had profoundly positive impacts on education and health, opening economic doors, especially in developing regions, as well as bringing people together by connecting us all through a 24/7 stream of news and media.

                    However, the advances in technology and innovation made possible by access to electricity are accompanied by a whole new set of challenges to address. In many cases, they have opened a pandora’s box, one that can impact the very progress humanity seeks. Ensuring we are conscious of and protected from these new threats is the role of cyber security.

                    The need for vigilance

                    Consider the security of your home or workplace – from the alarms, gates and locks on your doors to prevent intrusion, to the parental filters, screen time limits and passwords to block inappropriate content. We educate our children and colleagues (and even parents) regarding online risks, we discuss the latest scams with our friends and neighbours, we install antivirus software to protect our devices, and we password protect our Wi-Fi, which itself is likely to have an in-built firewall to block certain malicious websites.

                    In other words, we undertake a wide range of activities to ensure both physical and digital threats are reduced, many without really thinking. Within the cyber security world, these actions are known as ‘controls’, because they control a given ‘risk’, which in turn is defined as the combination of the impact of a threat with the likelihood it will occur. Having rules is one common example of a risk control, which will be expressed in a structured set of security policies, standards and processes. Some of these will be contained in the common ‘acceptable use’ policy signed by new employees, whilst there will be alternative policies for specific departments such as procurement and human resources.

                    With an increasing number of businesses now operating from the cloud and working remotely, new solutions are used to protect workers. Collectively these approaches and solutions are known as ‘zero trust’, and they exist to prevent unauthorised access to corporate resources by continuously verifying all access requests. Under zero trust, access is denied by default and only granted on very specific grounds for trusted individuals using trusted devices. This is what allows us to work safely and reliably from (almost) anywhere, by trusting nothing until we have validated who or what it is, and where it’s trying to go.

                    Are we overreacting?

                    If this all sounds a bit draconian, just consider a handful of recent headlines to see the worrying effects of cyber-attacks impacting our banking and financial services, water supplies, power grids, healthcare systems, public institutions, and even Governments. In October 2023, the British Library was attacked by the ransomware-as-a-service (RaaS) gang Rhysida, who demanded 20 bitcoin (around £596,000 at the time). When the library did not comply, the attackers released approximately 600GB of confidential data online. Similarly, the UK Ministry of Defence experienced a significant data breach in 2024, releasing the personal data of armed forces personnel, while the NHS suffered a ransomware attack which caused the suspension of blood testing in south east London for several weeks.

                    Looking overseas, we have seen a litany of cyber-attacks on US infrastructure and critical systems between November 2023 and April 2024, with Iran-affiliated and pro-Russian cyber actors gaining access to and manipulating critical industrial control systems in sectors like food and agriculture, healthcare, and wastewater. In short, cyber-attacks never stop and risk never sleeps.

                    How does this relate to renewables?

                    When considering the clean energy sector, the potential vulnerabilities quickly become apparent. From the components and technologies that power and monitor individual wind turbines and solar panels, to the grid network that converts and distributes electricity across the country, and even the interconnectors that allow the flow of electricity across continents. And that’s without mentioning the personal and financial data belonging to millions of billpayers!

                    The expansion of digital and smart technology into the operational technology (OT) systems which control our turbines, power grids, manufacturing plants, water supply and much more, brings with it a level of vulnerability. These technologies are complex and connected, so it only takes one badly written line of code or one weakness to be found for us to become exposed to attacks which have the potential to maim, kill and cause significant damage to the environment. For example, a form of malware known as Triton is specifically designed to sabotage and disable a power plant’s safety system, potentially causing explosions and major industrial accidents.

                    Extraordinary levels of vigilance are required to guard against such threats, and dealing with these challenges to safeguard progress and our quality of life is where cyber security comes in. Throughout this series, we will look at common forms of cyber-attacks, the vulnerabilities of widespread technologies in our sector, as well as measures to ensure best practice and protection. Our next article will examine Occam’s razor and the techniques that renewables can adopt from other forms of critical infrastructure, as well as how squirrels can inform our approach to dealing with new realities and risks to build operational resilience throughout our industry.

                    Meet our author

                    Matthew Bancroft

                    Senior Director, Digital Security and Trust
                    Matt leads the private sector for Capgemini Invent UK providing cyber security consulting and technology advisory services focused on the specific risks in this sector and specialising in state-of-the-art innovation, cyber startups, strategic alliances, industrial and cloud security. Matt was originally a physicist and electrical engineer specialising in petrophysics in the oil and gas industry and has over 20 years’ experience in cybersecurity and consulting, leading innovative and transformational people, practices and programs in complex multinational organisations. Prior to joining Capgemini, Matt worked for HSBC, William Hill, Carlsberg, Three Mobile, Wipro and Forescout and ran his own successful cyber consulting business for over a decade.
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