Capgemini India https://www.capgemini.com/in-en/ Just another www.capgemini.com site Mon, 11 Mar 2024 09:10:07 +0000 en-IN hourly 1 https://wordpress.org/?v=6.3.3 https://www.capgemini.com/in-en/wp-content/uploads/sites/18/2021/07/cropped-favicon.png?w=32 Capgemini India https://www.capgemini.com/in-en/ 32 32 CYBER ANGEL – Marjorie Bordes  https://www.capgemini.com/in-en/insights/expert-perspectives/cyber-angel-marjorie-bordes/ https://www.capgemini.com/in-en/insights/expert-perspectives/cyber-angel-marjorie-bordes/#respond Fri, 08 Mar 2024 08:54:51 +0000 https://www.capgemini.com/in-en/?p=1099504&preview=true&preview_id=1099504 The post CYBER ANGEL – Marjorie Bordes  appeared first on Capgemini India.

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CYBER ANGEL – Marjorie Bordes 

Capgemini
8 Mar 2024

Join us for this interesting and insightful conversation with, Marjorie Bordes, Vice President, Group Cyber Defense Operations, where she explains the importance of diversity in cybersecurity, how Capgemini’s values foster a positive and supportive work environment, and how she finds the cybersecurity profession both fascinating and fulfilling.

1. Tell us about your role. What does a day in your life at Capgemini look like? 

Every day is a new day depending on new rising threats, major attacks on the market and/or incidents impacting our clients that need the involvement of my Cyber Defense team. Part of my role is to enable and empower my teams to do what they do best: protect Capgemini against potential external and internal cyber threats. Together, we are facing daily complex situations to solve; we challenge each other on the best way to deal with them and adapt our posture in the context of constantly evolving threats. On top of that, I’m excited to contribute to our global digital transformation, demonstrating that cyber is not something that we need to be weighed down by, but part of the solution to accelerate a client’s business and secure their future.  

2. What makes you proud to work at Capgemini? 

I’m proud to work at Capgemini because everything is possible, as long as you have a good idea, you are able to put it into practice, develop it, and deliver it. This entrepreneurial spirit is really present and absolutely amazing. It allows us to be an active player in the future we want!

3. How are you working towards the future you want? 

By concentrating our efforts on the production of high-quality cyber threat intelligence which structures our threat detection capabilities, guides our offensive security programs, and helps our customers to adapt on a day-to-day basis their cybersecurity posture.   

4. What difference does it make to have diversity in the cyber leadership? (The value of diversity in the cyber leadership) 

Diversity is very key in cyber because it allows us to break down certainties, cross viewpoints, experiences, and sensitivities. It’s an undeniable asset for understanding the complexity of our business. I’m already looking forward to continuing to enrich our team with very different profiles and backgrounds, and I’m proud to start the journey to be able to welcome neurodiverse profiles very soon.  

5. What advice would you give to someone joining Capgemini Cybersecurity? 

Enjoy your new journey among a community of very skilled experts. Connect with the people all across the Globe, understand their respective missions and how you’ll work with them, and learn from all of them as well. You’ll discover how your uniqueness will serve/support the Capgemini One Team.

Finally, I never asked myself if I was able to do something or not because I’m a woman.  I have spent my career working in professional environments that historically have been dominated by male colleagues. I have never seen this as a barrier, I have always been driven by the skills and experience I can offer.  Being a woman has never stopped me at all.  

If you are looking for a role in cybersecurity at Capgemini, please visit our career page

Marjorie Bordes

Vice President, Group Cyber Defense Operations
Marjorie has over 15 years’ experience in threat intelligence, crisis management, incident response and transformation programs, working in both the private and public sectors.

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    Cyber angel: Aarthi Krishna https://www.capgemini.com/in-en/insights/expert-perspectives/cyber-angel-aarthi-krishna/ Fri, 14 Oct 2022 13:48:19 +0000 https://www.capgemini.com/?p=814646 The post Cyber angel: Aarthi Krishna appeared first on Capgemini India.

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    CYBER ANGEL – AARTHI KRISHNA

    Capgemini
    05 Mar 2024

    Diversity in cybersecurity is very different today compared to what it was almost two decades back. It has become a strong weapon in cyber defense.

    In this conversation, Cybersecurity Vice President Aarthi Krishna highlights how having a diverse team can become the breeding ground for creativity and innovation.

    Tell us about your role. What does a day in your life at Capgemini look like?

    Our clients have traditionally used IT systems and services to drive their business and improve their productivity. Today, technology is penetrating every aspect of what they do, from manufacturing with smart machinery to AI-driven supply chains and logistics to intelligent products like connected cars, healthcare devices, and even home appliances. Security in the new world will be significantly different from what it is today. As the global head of Intelligent Industry Security at Capgemini, I am building our practice to ensure we can take on these future challenges.

    Every day at work is different, and that is what keeps it interesting. A typical day is spent responding to emails, meeting with our clients, engaging with our partners, coordinating with our internal development and delivery teams, and catching up on some security news and emerging trends.

    What makes you proud to work at Capgemini?

    Capgemini has tremendous capacity in both the depth and breadth of what we do. Our people are very experienced and are truly passionate about their job. When you work in an area that is as complex as intelligent security, it entails a great amount of cross-organizational teamwork. It gives me the confidence to know that when I seek something, I will often find answers for it from our teams. I always say you cannot do security for something unless you know that something extremely well.

    How are you working towards the future you want?

    I have always been interested in technology. In my current role, I am actively working on and learning about relatively new and developing areas like 5G, DevSecOps, OT, and IoT security to name a few. Interacting with the leadership teams of our clients helps me understand first-hand how their technology and security landscape is evolving. This ensures that my work is relevant and forward-looking.

    What difference does it make to have diversity in cyber leadership?

    Diversity in security is very different today compared to what it was almost two decades back when I started my journey in cybersecurity. Having a diverse team can be a breeding ground for creativity and innovation. It also enables leaders like us to embrace fresh perspectives and foster employee engagement. Come to think of it, we are protecting our clients from a very diverse bunch of attackers who come from different regions of the world, with distinct capabilities and varying end goals. Diversity in cyber defense can be a strong weapon.

    What advice would you give to someone joining Capgemini Cybersecurity after university?

    Capgemini Cybersecurity is a large team with expertise in several domains within security. Use the opportunity to work on different kinds of engagements. Ensure that you are learning on the job every day because technology is quickly evolving. Ensure that you also understand what others do and how you fit in. Sometimes, it can be easy to get engrossed in your role and miss out on the bigger picture. And don’t forget to have fun along the way.

     

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    Consumer-Connected Devices and Why They Matter to Platform Companies  https://www.capgemini.com/in-en/insights/expert-perspectives/consumer-connected-devices-and-why-they-matter-to-platform-companies/ https://www.capgemini.com/in-en/insights/expert-perspectives/consumer-connected-devices-and-why-they-matter-to-platform-companies/#respond Tue, 05 Mar 2024 06:32:26 +0000 https://www.capgemini.com/in-en/?p=1097693&preview=true&preview_id=1097693 The post Consumer-Connected Devices and Why They Matter to Platform Companies  appeared first on Capgemini India.

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    Consumer-Connected Devices and Why They Matter to Platform Companies 

    Gaytri Khandelwal
    Feb 29, 2024

    As a smart devices enthusiast and an early adopter of new technologies, I am fascinated by how far we have come and can’t wait to see how these devices will further transform our lives and work. Have you ever wondered why Smart Devices, also known as Consumer-Connected Devices, i.e., Pixel Phone, Meta Quest Headset, and Alexa Voice Assistant, are so crucial for Google, Meta, Amazon, etc, even though these products might not significantly contribute to the revenue compared to the core businesses of these platform companies?  

    Consumer-connected devices, such as smart home assistants and wearables, have grown exponentially in recent years. These devices offer convenience, personalized experiences, and enhanced lifestyle management, making them indispensable for modern consumers. In today’s digital era, the emergence of consumer-connected devices has completely transformed our interaction with technology. For platform companies, these devices are not just a part of the technological landscape; as listed below, they play a vital role in shaping the future of how they drive consumer engagement, get user behavior insights, deliver services, and gain customer loyalty. 

    #1: Enhancing Customer Engagement 

    – Personalized Experience: Connected devices provide valuable data that enables platform companies to offer personalized services and recommendations, leading to enhancing the user experience. 

    – Constant Connectivity: These devices ensure that consumers stay connected to the platform, increasing engagement and loyalty. 

    – Feedback Loop: The continuous interaction with consumers through connected devices offers real-time feedback, allowing for quick improvements and adaptations

    #2: Data-Driven Insights 

    – Rich Data Collection: Connected devices serve as a valuable source of consumer data, including usage patterns, preferences, and behavior. 

    – Predictive Analytics: By analyzing this data, platform companies can predict market trends and consumer needs, giving them a competitive advantage. 

    – Targeted Marketing: The insights gained from device data enable more effective and targeted marketing strategies.

    #4: Enhancing Product Development 

    – User-Centric Design: Feedback and data from connected devices guide product development, ensuring that new offerings are tailored to consumer needs. 

    – Innovation: The insights gained can fuel innovation, leading to the development of cutting-edge technologies and features. 

    – Competitive Edge: Continuously evolving products based on consumer data help maintain a competitive edge in the market.

    Conclusion: 

    Consumer-connected devices are more than just impressive technological advancements; they are a fundamental element for platform companies in their pursuit of providing exceptional services, gaining valuable insights, and staying relevant in a rapidly evolving digital world. By embracing these devices, platform companies can enhance customer engagement, drive innovation, and unlock new revenue growth and success opportunities. 

    If you are interested in discussing how consumer-connected devices can transform our world. Let’s connect and explore the potential of connected technology and upcoming trends. 

    Author

    Gaytri Khandelwal

    Global Platform Leader at Capgemini High-Tech Industry
    Gaytri oversees customer success within the Hyper-scaler/Platform sector. Her over 25 years of leadership experience spans sales, partnerships, customer success, engineering, and IT at fortune 100 product companies and consulting firms. As a technocrat, adept at driving CXO level business objectives, Gaytri has harnessed a broad range of technologies (I.e. cloud, IOT, data, AI/ML, Immersive, and sustainability) to orchestrate large-scale transformations. Beyond her corporate role, she has co-founded a mental health Startup, runs a Startup chapter, and sits on the board of a mental health non-profit.

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      Generative AI is only as good as the data you feed it https://www.capgemini.com/in-en/insights/expert-perspectives/generative-ai-is-only-as-good-as-the-data-you-feed-it/ https://www.capgemini.com/in-en/insights/expert-perspectives/generative-ai-is-only-as-good-as-the-data-you-feed-it/#respond Tue, 05 Mar 2024 05:26:31 +0000 https://www.capgemini.com/in-en/?p=1097586&preview=true&preview_id=1097586 The post Generative AI is only as good as the data you feed it appeared first on Capgemini India.

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      Generative AI is only as good as the data you feed it
      Your data is your competitive advantage

      Taylor Brown
      5th March 2024

      Generative AI is the pinnacle of data science. It will boost profits, reduce costs, and help you expand into new markets. To take full advantage of generative AI’s capabilities, train your models on all your data.

      The world is being transformed by AI-assisted medicine, education, scientific research, law, and more. Today, researchers at the University of Toronto use generative AI to model proteins that don’t exist in nature; pharmaceutical giant Bayer now uses generative AI to accelerate the process of drug discovery; and education provider Khan Academy has developed an AI chatbot/tutor, Khanmigo, to personalize learning. And with each passing day, the list of AI use cases across all industries only continues to grow.

      According to the Capgemini Research Institute, nearly all (96 percent) of executives cite generative AI as a hot topic of discussion in their respective boardrooms. Generative AI is not just used as an aid to surface information the way a search engine does; with generative AI, organizations can combine their proprietary data with foundation models that have been pre-trained on a broad base of public data to create a sustainable competitive advantage.

      Generative AI then becomes the most knowledgeable entity within your organization.

      However, as with all analytics, generative AI is only as good as its data. To fully leverage AI, an organization needs a solid data foundation and organizational norms that facilitate responsible and effective use of data.

      Data readiness for generative AI depends on two key elements:

      1. The ability to move and integrate data from databases, applications, and other sources in an automated, reliable, cost-effective, and secure manner
      2. Knowing, protecting, and accessing data through data governance

      Automated data pipeline platforms, like Fivetran, allow enterprises to capture all of their data, irrespective of the source platform. These automated tools reduce the friction and overhead required to maintain the flow of data to continuously train generative AI applications.

      OPERATIONALIZING GENERATIVE AI

      To operationalize generative AI effectively, organizations must establish a solid foundation of automated, reliable, and well-governed data operations. Generative AI requires a modern and scalable data infrastructure that can continuously integrate and centralize data from a variety of sources, including both structured and semi-structured data.

      However, as businesses start to operationalize generative AI, they may encounter a number of challenges.

      • Data quality and preparation: Generative AI models are only as good as the data they are trained on. It is important to ensure that the data is high-quality, clean, and well-organized. This includes identifying any potential biases in the data that may distort the outputs of any model trained on it.
      • Security and governance: Security and governance in the context of generative AI concern masking sensitive information, controlling data residency, controlling and monitoring access, and being able to track the provenance and lineage of data models.
      • User experience: It is important to design user interfaces for your model that make it easy for people to interact with your models.
      • Scalability: It is important to choose a generative AI platform that can scale to meet your needs at a reasonable cost.

      Generative AI models are trained on massive datasets of text, code, images, or other media. Foundation models, which are off-the-shelf generative AI models that are pre-trained on large volumes of (usually public) data, may be specialized by industry or use case. Choosing the right foundation model can have a significant impact on performance and capabilities. For example, a foundation model that specializes in code generation will do so in a more comprehensive and informative way than a model that is trained on a general dataset of text. Other specialties of foundation models may include sentiment analysis, geospatial analysis, image generation, audio generation, and so on.

      While you can easily make use of pre-trained, publicly available AI models, your data is a unique asset that differentiates your organization from the competition. To make the most of it, you must additionally supply foundation models with your business’s unique context.

      With access to your organization’s accumulated data, a properly tuned generative AI model can become the most knowledgeable member of your organization, assisting with analytics, customer assistance, sales and marketing, software engineering, and even product ideation.

      The Fivetran product team leverages generative AI and natural language processing technologies to develop Fivetran Lite Connectors in a fraction of the time of Fivetran’s standard connectors, while ensuring the same high quality, data integrity, and security customers expect from Fivetran.

      In addition, several notable organizations have already found practical ways to use generative AI. Global commercial real estate and investment management company JLL recently rolled out a proprietary large language model that employees access through a natural language interface, quickly answering questions about topics such as an office building’s leasing terms. Similarly, the motor club in the US, AAA, now uses generative AI to help agents quickly answer questions from customers. Of the 100 tech companies profiled in the Forbes Cloud 100, more than half use generative AI.

      According to Carrie Tharp, VP Strategic Industries, Google Cloud, “Generative AI opens up a new avenue, allowing people to think differently about how business works. Whereas AI and ML were more about productivity and efficiency – doing things smarter and faster than before – now it’sabout ‘I can do it completely differently than before.’”

      Until enterprises get the data right, the nirvana of asking generative AI app-specific and contextual organizational questions in a “Siri-like” way will remain elusive. Get the data right, and it opens up possibilities for all analytics workloads, including generative AI and LLMs.

      To make full use of an ever-expanding roster of powerful foundation models, you must first ensure the integrity, accessibility and governance of your own data. Your journey into generative AI and the innovation and change it can bring will be fueled by high-quality, usable, trusted data built on automated, self-healing pipelines.

      “GENERATIVE AI APPLICATIONS ARE ONLY AS GOOD AS THE DATA THAT POWERS THEM.”

      INNOVATION TAKEAWAYS

      OPERATIONALIZE GENERATIVE AI

      Operationalization begins with centralizing data and modernizing the data stack to include all available data.

      AUTOMATED DATA ACCESS

      By automating data pipelines, enterprises can focus on improving data models and algorithms to accelerate the efficacy and ROI of investing in a generative AI application.

      CREATE AN UNFAIR ADVANTAGE

      Generative AI trained on your data will provide insights and guidance driven by your data, creating a unique competitive advantage that cannot be replicated.

      Interesting read? Capgemini’s Innovation publication, Data-powered Innovation Review | Wave 7 features 16 such fascinating articles, crafted by leading experts from Capgemini, and partners like Aible, the Green Software Foundation, and Fivetran. Discover groundbreaking advancements in data-powered innovation, explore the broader applications of AI beyond language models, and learn how data and AI can contribute to creating a more sustainable planet and society.  Find all previous Waves here.

      Taylor Brown

      COO and Co-founder, Fivetran
      As COO and co-founder, Taylor has helped build Fivetran, the industry leader in data integration, from an idea to a rapidly growing global business valued at more than $5.6 billion. He believes that magic happens when you can build a simple yet powerful product that is truly innovative and helps users solve a hard problem.

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        Building GenAI applications for business growth – actions behind the scenes https://www.capgemini.com/in-en/insights/expert-perspectives/building-genai-applications-for-business-growth-actions-behind-the-scenes/ https://www.capgemini.com/in-en/insights/expert-perspectives/building-genai-applications-for-business-growth-actions-behind-the-scenes/#respond Thu, 29 Feb 2024 05:28:07 +0000 https://www.capgemini.com/in-en/?p=1097605&preview=true&preview_id=1097605 The post Building GenAI applications for business growth – actions behind the scenes appeared first on Capgemini India.

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        Building GenAI applications for business growth – actions behind the scenes

        Manas K. Deb & Jennifer L. Marchand
        01 Mar 2024

        Over the last few years, we have been witnessing a strong adoption of artificial intelligence and machine learning (AI/ML) across industries with a wide variety of applications. Use cases range from cost reduction via automation to the generation of additional business via the introduction of AI-infused products and services. The launch of the generative AI (GenAI) application ChatGPT by OpenAI in November 2022 only accelerated AI adoption. At present, many of the tech giants including the leading cloud platform vendors like Google, Microsoft, and Amazon have strong GenAI offerings along with those from many smaller vendors and open-source platforms.

        In short, GenAI is an AI discipline where the AI foundation models (FMs) are trained on vast amounts of multimodal data (i.e., text, image, audio, video, terabytes of data, trillions of parameters). With proper user requests on the input, FMs can generate a large variety of multimodal synthesized outputs. Large language models (LLMs) are a subclass of FMs specializing in text. An added benefit of GenAI is its highly superior natural language processing (NLP) capabilities, in many cases using multimodal input/output, making it a great and not-realized-before technology for human-computer interfaces. This is one of the key reasons for the heightened interest in GenAI.

        GenAI, with applicability in virtually all industries, can significantly improve many of the day-to-day operations of a business as well as help launch new business capabilities. While some GenAI-based autonomous products like certain types of text, image, and audio/video processing are emerging, many of the enterprise-grade usage scenarios that are currently in focus involve GenAI-based digital assistants to humans.

        These assistants can help chatbots (and copilots):

        • Respond to open-ended questions in a more human-like manner
        • Improve overall customer experience
        • Detect features and anomalies in images and transactions
        • Help with code writing and testing
        • Expand work automation
        • Improve a wide range of document processing
        • Make cognitive and semantic content searches more efficient and effective
        • Provide advanced analytics to assess what-if scenarios
        • Assist in creative content generation.

        Typical metrics for business growth are revenue increase and healthy profitability. Productivity, innovation, and time-to-market are the key enablers of business growth. Depending on the situation, the discipline of GenAI can positively impact some or all of these enablers. A recent McKinsey study [1] estimates that GenAI-enhanced productivity and innovation could add between $2.6 and $4.4 trillion to the global economy annually and identified that around 75% of the value delivered would fall under four use case categories:

        • Customer operations
        • Marketing and sales
        • Software engineering
        • R&D

        An early 2023 Capgemini Research Institute report [2] that explored a wide variety of industry use cases and surveyed nearly a thousand executives shows the broad applicability of GenAI and high ROI expectations from GenAI adoption. Of course, to realize significant business growth benefits, GenAI-based applications need to be functionally completed using additional application components besides the GenAI piece and need to be scalable, reliable, and integrated with other enterprise systems as necessary.

        Example: A GenAI-enhanced multimodal and omnichannel B2C commerce application

        Figure 1. Modular and component-based architecture for “Casey” – A GenAI-powered virtual retail assistant

        We, at Capgemini, recently developed a virtual retail assistant, named “Casey” to accept orders and drive the order-to-cash process for partner stores (see figure 1). Casey is voice-activated and GenAI-enabled. Capgemini solution accelerator components power,[3] Google/GCP, and Soul Machines. For the end-to-end application, we layered a ‘digital human’ with conversational AI and cloud-native headless commerce APIs,[3] all pre-integrated for conversational commercial kiosks. It serves as a store-in-store order kiosk allowing the partner stores to maximize their channel reach with minimal investment. Casey is a business growth enabler – it opens a new revenue channel where it is easy to market innovative offers and whose cost does not grow rapidly with business growth, i.e., highly productive, and the solution construction allows for fast time-to-market implementation. Casey’s solution architecture is modular which has enabled us to use this as a basis for many other digital channel use cases in a variety of industries, for example, grocery, general retail, call center, telco, and automotive.

        As this example illustrates, to build GenAI-powered applications that cover full customer journeys thus yielding tangible business value, we need to either combine several other application components and technologies or integrate the GenAI parts into otherwise functionally complete existing applications in case suitable ones are available

        Creating enterprise-grade GenAI-based apps: Key considerations

        To build a GenAI-based enterprise-grade application delivering substantial business growth, we need to consider:

        • Opportunity formulation. Identification of the right business-relevant opportunities with realistic ROI projections is a critical success factor (CSF) for eventual success with GenAI-based applications. Especially as companies embark on GenAI adoption, it can reduce the risk of failure if GenAI is used to augment existing activities and processes. For example, the addition of GenAI into an existing customer churn prediction algorithm could process unstructured data like call recordings from customer interactions and customer reviews, capture additional insights like ‘sentiment’, specific store or product issues, competition strengths and weaknesses, possible new product bundles, and suggest appropriate ‘white glove’ treatments to reduce churn. As another example, GenAI could assist in a customer’s product exploration by improving existing user interfaces with visuals and helpful hints and by simplifying the actual purchase action by making the supporting processes more transparent.
        • Solution design. One of the first considerations in drafting a GenAI-based solution strategy is to recognize that GenAI-powered interactions with customers or end users can produce actions that may not follow strict workflows, i.e., the complete application needs to have the flexibility to appropriately react to more free-flowing human-GenAI conversations. If the solution is built from scratch such flexibilities can be developed from the ground up which, of course, means a larger development burden. Cloud-first development and use of pre-built components (such as Capgemini’s Digital Cloud Platform [3]) can significantly reduce this burden. If the GenAI components are incorporated in an existing solution then the existing solution most likely will have to be refactored for proper integration of the new and the old including changing/upgrading some of the functionalities of the older components, for example, from batch processing to real-time response, etc. The choice of the appropriate GenAI tool/platform and the availability of data required for the proper functioning of the solution are also key considerations.
        • Customer/employee experience and data orchestration. The value of GenAI in chatbots (and copilots) is the level of personalization and context an unscripted conversation can provide to a customer and employee. To retain this value, an enterprise must think through how to orchestrate various interaction points (or digital teammates) for consistency, as well as share interaction and customer data so the next conversation at a different interaction point is able to pick up the conversation where that customer left off last time. These chatbots are also a tool to empower employees to assist customers more broadly, where previously, an employee used to rely on what she knew at that moment now has access to comprehensive and granular data on-demand. Enterprises must also consider an orchestration layer to connect the various GenAI initiatives and data.
        • Scale-out. GenAI is still an emerging technology; hence, it is advisable to start small, prove concrete business value, and then scale out to realize the target business benefits. However, in GenAI use cases where technical feasibility has already been proven elsewhere and a realistic business case for the solution is deemed positive, it can be worth the time and effort to create solution architectures with possible scale-out in mind. Such architectures would consider solution performance under production workload, availability and disaster recovery, security and data privacy, identity and access management, error handling, development and run cost optimization, and sustainable development practices. In the scale-out phase, a cloud-based solution approach is often superior and should be duly considered. Some of the GenAI-specific considerations are enterprise data foundations and trust (solid source of truth for customers, vendors, products, promotions, knowledge base, etc.), LLM selection, LLM lifecycle management, prompt version control across environment tiers, UX design for free-flowing conversations, balancing intent-based and generative-based interactions, incorporation of human-in-the-loop, response feedback loop, cost monitoring and optimization, technical debt management, and responsible AI governance.
        • Measure and improve. Adequate measurement of solution performance is essential to understanding the current maturity of the solution and possible future enhancements; thus, measurement mechanisms should be built into the solution as first-class citizens. As such, high-level KPIs from traditional solutions can be reused in GenAI-powered solutions, for example, reduction in churn rate, increase in revenue per customer, efficiency in anomaly detection, and the like. However, it would be insightful to also add some metrics related to the model and system quality, and the performance of the GenAI components (see, for example, a summary of relevant metrics in [4]) which could include response error rate, range of input over which response accuracy stays acceptable, system latency, throughput, and run cost.
        • Learn and grow. Capturing and sharing experiences as the solutions are developed and rolled out – and learning from them – is extremely valuable for fast-developing technologies like GenAI. Some design documentation, decisions taken along with the rationales, and stakeholder and end-user feedback are good ways to capture experiences from which lessons learned can be derived. This process would help in improving the solution over time as well as increase the organizational maturity to take on higher value (and potentially higher complexity) GenAI-based projects down the line. Over time, defining a robust set of build patterns across use cases would be helpful for asset reuse, solution management, and acceleration of new use case implementations.

        Concluding remarks:

        Done right, GenAI has tremendous power to push most enterprises forward with healthier business growth and higher market competitiveness. As a productivity enabler, GenAI is expected to accelerate automation by ten years with nearly half of the current tasks having been automated by the end of this decade.[1] Not to be left behind, enterprises should focus both on identifying what GenAI-powered applications are the most valuable for them as well as acquiring, either in-house or via partners, adequate skills to understand the ‘what’ and the ‘how’ of GenAI. In the early stages of GenAI maturity, spot solutions can bring quick wins while as the maturity grows, incorporation of GenAI in broader and across enterprise value chains should be considered for reaching higher benefit goals – and this will take some foundational investment in data, UX strategy, integration strategy, and building a GenAI platform.

        References:

        [1] https://www.mckinsey.com/capabilities/mckinsey-digital/our-insights/the-economic-potential-of-generative-ai-the-next-productivity-frontier

        [2] https://www.capgemini.com/in-en/insights/research-library/generative-ai-in-organizations/

        [3] https://www.capgemini.com/us-en/solutions/digital-cloud-platform-for-retail/

        [4] https://cloud.google.com/transform/kpis-for-gen-ai-why-measuring-your-new-ai-is-essential-to-its-success

        Author

        Manas K. Deb

        PhD, MBA, VP & Business Leader, Cloud CoE, Capgemini/Europe
        A long-time veteran of software industry covering products and consulting, Manas has been a co-creator of several Cloud CoEs within Capgemini and has been actively involved in a variety of cloud transformation projects delivering business value. In collaboration with the customer, he explores their challenges and opportunities in the areas of innovation, digital transformation and cloud computing which helps him leverage Capgemini’s assets and his own experience to advise the customer on a best-fit roadmap to reach their goals. Manas has bachelors and masters degrees in engineering, an MBA, and a PhD in applied mathematics and computer science from Univ. of Texas (Austin).

        Jennifer Marchand

        Enterprise Architect Director and GCP CoE Leader, Capgemini/Americas
        Jennifer leads the Google Cloud COE for Capgemini Americas, with a focus on solutions and investments for the CPRS, TMT, and MALS MUs, and supporting pre-sales across all MUs. She has been with Capgemini for 18 years focusing on cloud transformation since 2015. She works closely with accounts to bring solutions to our clients around GenAI, AI/ML on VertexAI and Cortex, Data Estate Modernization on Big Query, SAP on Google Cloud, Application Modernization & Edge, and Call Center Transformation and Conversational AI. She leverages the broader Capgemini ecosystem across AIE, Invent, ER&D, I&D, C&CA, and CIS to shape cloud and transformation programs focusing on business outcomes.

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          From information to impact – The rise of autonomous analytics https://www.capgemini.com/in-en/insights/expert-perspectives/from-information-to-impact-the-rise-of-autonomous-analytics/ https://www.capgemini.com/in-en/insights/expert-perspectives/from-information-to-impact-the-rise-of-autonomous-analytics/#respond Tue, 27 Feb 2024 09:05:50 +0000 https://www.capgemini.com/in-en/?p=1099523&preview=true&preview_id=1099523 The post From information to impact – The rise of autonomous analytics appeared first on Capgemini India.

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          FROM INFORMATION TO IMPACT
          THE RISE OF AUTONOMOUS ANALYTICS

          Rajesh Iyer
          27th February 2024

          Traditional BI and AutoML platforms enable self-service access to mountains of high-fidelity data, but they fail to deliver actionable insights to drive better business outcomes.

          Enter autonomous analytics, such as Aible, which can surface anomalous KPIs and trends and the key drivers as actionable insights. They complement popular BI tools to guide analysts to swift, precise insights. For decades, firms have struggled to make BI work to drive business outcomes. Today, end users have access to more data than ever before but not the actionable insights necessary to help steer the business to the best possible outcomes. As Herbert Simon, Nobel Prize and Turing Award winner, noted back in 1971, “Wealth of information creates a poverty of attention and a need to allocate that attention efficiently among the overabundance of information sources that might consume it. “In 2013, Clayton Christensen (of Innovator’s Dilemma fame) et al. wrote in the Harvard Business Review article “Consulting on the Cusp of Disruption” that, “The big data company BeyondCore can automatically evaluate vast amounts of data, identify statistically relevant insights, and present them through an animated briefing, rendering the junior analyst role obsolete. “BeyondCore eventually became Salesforce Einstein Discovery and inspired the modern augmented analytics wave. The team behind BeyondCore has now started Aible, which takes autonomous analytics to the next level by marrying it with generative AI.

          GENERATIVE AI-POWERED INSIGHTS DRAMATICALLY FASTER, WITH MINIMAL COST

          Aible’s patented technology automatically explores millions of cuts of data in minutes, at a fraction of the cost of legacy of industries have published case studies showing the scalability, cost-efficiency, and speed of the Aible platform. A Google blog post entitled Aible’s serverless journey to challenge the cost vs. performance paradigm explains how Aible delivered such analytics efficiencies on BigQuery, but such efficiencies can be expected on any platform.

          As an illustration of this capability, consider data for an outbound call-center that makes calls to offer co-branded credit cards to prospects. Aible enables autonomous analytics to use transaction data, enriched with raw operational data such as agent attributes like education, experience, call quality, and scores, to understand how and to precisely what extent they drive KPIs like conversion rates and offer a focused view into what can be done to address opportunities for improvement.

          For example, it is helpful to combine agent attributes in the credit card call center illustration above into agent segments that can be used as engineered features in the analysis to better understand the precise extent to which cohorts drive outcomes. Aible automatically generates and evaluates such cohorts to determine the “net effect” of each combination on the KPI of interest. The most significant drivers of the tracked KPIs are reflected in a circular Sankey visualization, which shows the net effects of all variables at a glance. Alternatively, for business users, Aible can auto-generate traditional dashboards with the key charts organized in order of their impact on the KPI.

          AUGMENT BI PLATFORMS

          Autonomous analytics platforms can work in standalone mode but work best as complements to popular BI platforms. Aible automatically evaluates raw and engineered data, determines key insights, and auto-generates the KPI driver view. It can even export native BI tool dashboards, to be embedded into yet other BI tools such as Tableau and Power BI. In this design, we retain all the capabilities of the BI platform, with Aible’s analytics engine helping us find the key statistically-sound insights behind the scenes. This also suggests a new way for working for analysts and business leaders. The BI platform should be configured to monitor KPIs and alert analysts and/or business leaders about key insights related to the KPIs with additional information on which of the patterns surfaced are credible. The analysts can use these reports as starting points to pull further data. When used in this manner, the Aible engine can be thought of as driving BI for enterprise performance analytics. The BI platform should also be leveraged when analysts are looking to get reports in broader contexts than understanding KPI drivers.

          “AUTONOMOUS ANALYTICS PLATFORMS CAN WORK IN STANDALONE MODE BUT WORK BEST AS COMPLEMENTS TO POPULAR BI PLATFORMS.”

          DATA GRANULARITY IS ESSENTIAL

          To get the most out of autonomous analytics platforms, the transaction data must be at the most granular level possible and then tagged with all raw and engineered attributes, such as from interaction and segmentation analysis, that make sense for that level. The autonomous analytics system can also auto-generate engineered features. Aible uses this data to generate key insights from the data and enable users to ask business questions such as “How can I improve sales to Gen Z customers?” instead of just analytical questions that must be translatable to SQL.

          The engine will monitor KPIs, identify significant trends and shifts in the KPIs, and highlight statistically credible alerts. It also generates visuals to explain the single or multi-variate patterns in a matter suited to the user persona – from circular Sankey charts and mind maps for expert analysts, to dynamic dashboards and generative AI storytelling for business users.

          The Aible AI engine provides a list of drivers in a circular Sankey chart, with any overlap clearly indicated. The same view also provides ordered lists of drivers and corresponding charts showing the exact impact of each on tracked KPIs. In addition to this, the AI engine also provides a view into the behavior shift and population shift for each driver for period-to-period results, where the rate effect reflects change attributable to the average change in the value of a cohort, whereas the mix effect reflects the change in the proportion of that cohort.

          Aible includes a generative AI platform that uses foundation models such as PaLM 2 and GPT-4 to allow users to ask the Aible engine questions about the drivers and their precise extent of impact behind KPIs in plain English; these generate a well-articulated response, also in plain English. Such a system gives everyone at firms the power to interrogate the engine about business questions related to the KPI and the drivers behind KPIs or KPI changes.

          A properly implemented platform can provide insights into which customer segments and/or employee segments are driving observed KPIs as applicable. Aible provides the necessary guardrails for enterprises to securely scale insights from generative AI responses with its ability to automatically doublecheck the output to reduce hallucinations (where generative AI creates inaccurate facts).

          Aible can deliver insights in near real-time, allowing firms to respond to market threats and opportunities much faster, and in a very surgical fashion to optimize outcomes.

          INNOVATION TAKEAWAYS

          AI FIRST

          An AI first approach automatically analyzes raw data across millions of variable combinates – group-by and drill-down charts– in a matter of minutes and costing cents.

          THE ART OF STORY TELLING

          Generative storytelling automatically highlights key insights in the data while double-checking the generative AI for hallucinations.

          HAVE IT YOUR WAY

          Insights can be consumed in multiple ways, from conversational interfaces to dashboards and mind maps.

          Interesting read?

          Capgemini’s Innovation publication,Data-powered Innovation Review | Wave 7 features 16 such fascinating articles, crafted by leading experts from Capgemini, and partners like Aible, the Green Software Foundation,and Fivetran. Discover groundbreaking advancements in data-powered innovation, explore the broader applications of AI beyond language models, and learn how data and AI can contribute to creating a more sustainable planet and society. Find all previous Waves here.

          Rajesh Iyer

          Global Head of AI and ML, Financial Services
          Rajesh is the Global Head of AI and ML for Financial Services. He has almost three decades of of experience in the Financial Services Industry, working with Fortune/Global 500 clients seeking to maximize the value of investments in their Enterprise Data and AI programs.

          Arijit Sengupta

          Founder and CEO, Aible
          Arijit Sengupta is the Founder and CEO at Aible. He is the former Founder and CEO of BeyondCore, a market-leading Automated Analytics solution that is now part of Salesforce.com. Arijit co-created and co-instructed an AI course in the MBA program of the Harvard Business School as an executive fellow. He has been granted over twenty patents. Arijit holds an MBA with distinction from the Harvard Business School and bachelor degree with distinction in computer science and economics from Stanford University.

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            New AI compute paradigm: The language processing unit (LPU) https://www.capgemini.com/in-en/insights/expert-perspectives/new-ai-compute-paradigm-the-language-processing-unit-lpu/ https://www.capgemini.com/in-en/insights/expert-perspectives/new-ai-compute-paradigm-the-language-processing-unit-lpu/#respond Tue, 27 Feb 2024 09:03:09 +0000 https://www.capgemini.com/in-en/?p=1099519&preview=true&preview_id=1099519 The post New AI compute paradigm: The language processing unit (LPU) appeared first on Capgemini India.

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            New AI Compute Paradigm: The Language Processing Unit (LPU)

            Dheeren Vélu
            Feb 27, 2024

            Could NVIDIA’s AI and GPU dominance be at risk?

            Have you heard about #LPUs, or Language Processing Units yet? This new kid on the block is 10x faster, 90% less latency, minimal energy vs. Nvidia GPUs. What does this mean for #ai‘s #genAI future?

            I explore this massive shift in my latest article. Discover how Groq could redefine AI hardware efficiency and challenge the current giant.

            Meet the author

            Dheeren Vélu

            Head of Innovation, AIE Australia  |  Web3 & NFT Stream Lead, Capgemini Metaverse Lab
            Dheeren Velu is an award winning leader in emerging technology, innovation, and digital transformation and is committed to helping organisations thrive in today’s era of fast-paced disruptive technological change. He is an Innovation expert & Web3 Strategist, with a deep background in implementing large scale AI and Cognitive solutions in his previous roles. His current area of focus is Web3 and its intersection with Metaverse and is working on bringing to life innovative concepts and business models that are underpinned by the decentralised capabilities like Smart Contracts, Tokens and NFT techniques.

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              Capgemini creates a pathway to innovation across the workforce https://www.capgemini.com/in-en/insights/expert-perspectives/capgemini-creates-a-pathway-to-innovation-across-the-workforce/ https://www.capgemini.com/in-en/insights/expert-perspectives/capgemini-creates-a-pathway-to-innovation-across-the-workforce/#respond Fri, 23 Feb 2024 06:37:48 +0000 https://www.capgemini.com/in-en/?p=1096899&preview=true&preview_id=1096899 Capgemini’s award-winning “Innovation Awareness Week” initiative is driving an inclusive culture of learning through innovation across all levels of its organization.

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              Capgemini creates a pathway to innovation across the workforce

              Preeti Chopra
              Feb 23, 2024

              Capgemini’s award-winning “Innovation Awareness Week” initiative is driving an inclusive culture of learning through innovation across all levels of its organization.

              Innovation is the lifeblood that breathes excitement, relevance, and change across every area of business.

              In its simple definition, innovation culture refers to the deliberate cultivation and support of an environment that encourages and nurtures the generation, development, and implementation of new ideas, processes, products, or services. It involves creating conditions that stimulate creativity, experimentation, and collaboration among individuals and organizations, leading to the generation of innovative solutions and advancements.

              In a world grappling with environmental challenges, sustainable innovation leadership has emerged as a pivotal approach to addressing pressing global issues while fostering growth. Integrating innovation into creative sustainable strategies is becoming increasingly necessary for businesses, organizations, and governments worldwide.

              Innovation is everyone’s superpower

              According to the Capgemini Research Institute, open innovation is crucial to navigating current and future business challenges, with 71% of organizations planning to increase investment in the next two years.

              But to do this effectively, organizations need to start spreading the message that innovation is everyone’s superpower – that innovation is the secret sauce that can unlock the recipe for creativity, serendipity, and success.

              Educating the workforce on ways to harness the innovative power of emerging technologies in a safe, controlled environment ensures they are ready for the future and whatever else the market might throw at them. It also enables people to share their learning experiences across every level of the organization.

              Fostering a culture of innovation drives positive change

              But how can an organization make this a reality across its business?

              At Capgemini, we recently organized “Innovation Awareness Week” – a series of webinars designed to ignite the creative spark and empower our people to thrive in today’s ever-changing market.

              Led by expert speakers, thought leaders, experienced innovators, and young professionals from across Capgemini and externally, these webinars inspired and equipped our people with the necessary strategies to foster a culture of innovation.

              The webinars covered various topics including the role of storytelling in bridging the gap between people and technology, the importance of understanding the business reality, and delivering real value for the client. They also emphasized that innovation can also be the outcome of evolution and that a growth mindset requires people to be constantly challenged.

              Award-winning, innovative HR

              “Innovation Awareness Week” has helped Capgemini revolutionize how we approach challenges, envision possibilities, and drive innovation within the organization. This is enabling our people to be more proactive and innovative in helping our clients to transform their businesses and bring about positive change.

              And it’s for these reasons that we’re extremely proud that Innovation Awareness Week has recently won a 2023 HRO Today Award in the “Best-in-Class: Innovation” category. With a record 175 nominations this year, this award clearly demonstrates Capgemini as being a leader among an elite group of exceptional HR teams.

              Initiatives such as Innovation Awareness Week strengthen our intellectual capital by encouraging teams to bring our mission to life and drive results for our customers.

              To learn how Capgemini’s Intelligent Learning Operations can help you deliver a personalized, connected, and continuous learning journey, contact: preeti.chopra@capgemini.com

              Meet our expert

              Preeti Chopra

              Chief Human Resource Officer, Capgemini’s Business Services
              Preeti Chopra helps develop a talent strategy that delivers technology-driven business operations for our clients – helping our people and clients get the future they want.

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                The Future of Energy https://www.capgemini.com/in-en/insights/expert-perspectives/the-future-of-energy/ https://www.capgemini.com/in-en/insights/expert-perspectives/the-future-of-energy/#respond Thu, 22 Feb 2024 08:06:28 +0000 https://www.capgemini.com/in-en/?p=1095133 The post The Future of Energy appeared first on Capgemini India.

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                The Future of Energy
                Green Hydrogen and Renewable Integration for Sustainable Power Systems

                Capgemini
                Feb 1, 2024

                Executive Summary

                This whitepaper explores the critical role of green hydrogen and integration of renewable energy in shaping sustainable power systems. As the global demand for hydrogen rises, driven by its unique properties, the transition to cleaner energy landscapes becomes imperative. The paper examines the potential of green hydrogen as a versatile and clean-energy carrier, detailing production methods, storage capabilities, and applications. Additionally, it delves into challenges and opportunities associated with seamlessly integrating renewable energy into existing power grids.

                Key findings highlight green hydrogen’s promise, economic benefits, and challenges. The paper emphasizes the importance of overcoming obstacles such as infrastructure investments and policy alignment. Furthermore, it underscores the economic resilience and global energy security fostered by the green hydrogen sector through international collaboration and trade.

                The challenges of renewable energy integration, including variability and grid management, are explored. Smart-grid technologies are identified as solutions, supported by case studies from Denmark, Germany, California, and India, illustrating successful integration strategies.

                The paper reveals green hydrogen as a strategic solution to the intermittency of renewables, ensuring grid stability, decarbonizing sectors, and contributing to global greenhouse gas (GHG) reduction. Synergies between green hydrogen and renewables offer benefits in reduced emissions, enhanced grid stability, improved energy security, and economic growth.

                Anticipated advancements in emerging technologies, energy storage, and market trends are outlined. These include innovations in electrolysis, novel storage solutions, extended-duration storage, enhanced grid integration, and potential disruptions from breakthrough technologies.

                A comprehensive call to action is presented, urging support for policies and initiatives, investment in research and development (R&D), public education, and collaboration to create a sustainable energy future.

                In conclusion, the integration of green hydrogen and renewables holds immense promise for a sustainable and resilient energy future. Collective action, investment, and policy support are essential for realizing the full potential of these technologies and ushering in a new era of clean, efficient, and equitable energy systems.

                Introduction

                In 2022, global hydrogen usage rose by nearly 3%, reaching 95 Mt. The growth was widespread, except in Europe, where industrial activity was impacted by a surge in natural gas prices. Despite the increase, it’s not attributed to successful policy efforts but rather reflects broader global energy trends. The majority of demand persists in industry and refining, with less than 0.1% from new applications in heavy industry, transport, or power generation. Low-emission hydrogen adoption is slow, accounting for just 0.7% of total demand, leading to over 900 Mt of CO2 emissions. Ammonia production shows promise in the industry, while refining lags behind.

                This surge in demand is driven by hydrogen’s unique properties, including its role in desulfurizing petroleum products, synthesizing ammonia, and serving as a crucial reagent in various industrial processes. As the world shifts towards sustainable energy solutions, hydrogen, particularly in its decarbonized form, emerges as a key player in the transition to a cleaner and more efficient energy landscape.

                Against the backdrop of the urgent global commitment to tackle climate change, exemplified by events such as COP 28 (the 28th meeting of the Conference of the Parties), this paper explores the transformative potential of integrating green hydrogen and renewable energy sources.

                Against the backdrop of the Paris Climate Agreement and the commitment of over 100 countries and numerous companies to achieve net zero by 2050, the imperative for transitioning to sustainable power systems has never been more critical. Traditional energy sources contribute significantly to carbon emissions, necessitating a paradigm shift towards cleaner alternatives. Hydrogen, with its high-energy density and the potential for decarbonization in its production and usage, stands out as a pivotal element in achieving global sustainability goals. Understanding the importance of this transition requires a comprehensive exploration of hydrogen’s role in decarbonizing various sectors and its potential to reshape the energy landscape.
                 
                The imperative for transitioning to sustainable power systems is underscored by global commitments, as witnessed in events like COP 28, where nations unite to tackle climate change. This aligns seamlessly with our exploration of green hydrogen and renewables as key players in achieving these collective goals.

                Green hydrogen, produced through methods such as electrolysis using renewable energy sources, holds immense promise as a versatile and clean-energy carrier. With three-to-four times the energy content per unit of mass compared to fossil fuels, green hydrogen presents an attractive option for diverse applications, ranging from industrial processes to powering various modes of transportation. This section will provide a holistic overview of green hydrogen, covering its production technologies, storage capabilities, and transportation infrastructure. By exploring its advantages, including its potential to address challenges in range, performance, and refuelling time, we can understand why green hydrogen is positioned as a key enabler in the future energy mix.
                 
                In the subsequent sections of this whitepaper, we will delve deeper into the production technologies of green hydrogen, its integration with renewable energy sources, and the outlook. By examining these aspects, we aim to provide a comprehensive understanding of how green hydrogen, coupled with renewable energy integration, can contribute to the development of sustainable power systems and play a pivotal role in achieving global decarbonization goals.

                Here are the methods for producing hydrogen, along with organic process equations and case studies:
                Method: Natural gas (methane) is reacted with high-temperature steam to produce hydrogen and carbon monoxide.
                Organic Process Equation: CH4 + H2O -> CO + 3H2
                Case Study: Large-scale steam methane reforming plants demonstrate the efficiency and applicability of this method for producing hydrogen on an industrial scale. These plants showcase the use of steam methane reforming in industrial settings, especially in facilities with access to natural gas resources.

                o   Electrolysis of Water:
                Method: Electricity is used to split water into hydrogen and oxygen.
                Organic Process Equation: Anode (oxidation): 2H2O(l) -> O2(g) + 4H+(aq) + 4e-; Cathode (reduction): 4H2O(l) + 4e- -> 2H2(g) + 4OH-(aq); Overall reaction: 2H2O(l) -> 2H2(g) + O2(g)
                Case Study: Large-scale electrolysis plants integrated with renewable energy facilities demonstrate the feasibility of this method for industrial hydrogen production, especially when powered by renewable energy sources such as solar or wind.

                o   Biomass Gasification:
                Method
                : Biomass is converted into a gaseous mixture of hydrogen, carbon monoxide, and carbon dioxide through a gasification process.
                Organic Process Equation: CxHyOz + H2O -> CO + H2
                Case Study: Utilization of waste biomass from agricultural and forestry activities to produce hydrogen through gasification technology. This approach offers a sustainable and renewable source of hydrogen while addressing waste management and environmental concerns.

                o   Thermochemical Water Splitting:
                Method
                : High temperatures and chemical reactions are used to split water into hydrogen and oxygen.
                Organic Process Equation: Complex series of reactions involving the release of oxygen and the production of hydrogen.
                Case Study: Research and development efforts in thermochemical water splitting demonstrate the potential for this method to provide a clean and sustainable source of hydrogen for various applications.

                o   Solar Water Splitting:
                Method
                : Sunlight is used to directly split water into hydrogen and oxygen.
                Organic Process Equation: Complex series of light-driven reactions leading to the production of hydrogen and oxygen.
                Case Study: Advancements in photoelectrochemical cells and photocatalysts for solar water splitting showcase the potential of this method for sustainable hydrogen production.
                 
                Each method offers a unique approach to producing hydrogen, with applications in various industrial, energy, and environmental sectors.

                Embracing Green Hydrogen: A Catalyst for Global Energy Transition and Economic Resilience

                In the pursuit of a sustainable future, the role of green hydrogen has emerged as a pivotal force in reshaping the global energy landscape. As nations strive to reduce carbon emissions and transition away from fossil fuels, green hydrogen has taken centre stage as a clean and versatile energy carrier.

                Green hydrogen is produced through the process of electrolysis, where renewable energy sources, such as solar or wind power, are harnessed to split water into hydrogen and oxygen. Unlike conventional methods that rely on natural gas, green hydrogen production emits zero GHGs, making it a cornerstone in the fight against climate change.

                One of the primary drivers behind the importance of green hydrogen is its potential to decarbonize sectors traditionally hard to electrify. Industries such as heavy manufacturing, aviation, and shipping, which heavily depend on fossil fuels, can seamlessly transition to green hydrogen, significantly reducing their carbon footprint. This versatility positions green hydrogen as a key enabler of a comprehensive and effective global energy transition.

                Economically, the green hydrogen sector has the potential to spark a wave of innovation and job creation. Investments in R&D, infrastructure development, and the scaling up of production facilities contribute to the growth of a new, sustainable industry. As economies evolve, the green hydrogen sector not only diversifies the energy mix but also fosters a robust and resilient economic foundation.

                Furthermore, the global green hydrogen market opens avenues for international collaboration and trade. Countries with abundant renewable resources can become major exporters of green hydrogen, fostering economic partnerships and driving global energy security. This not only accelerates the transition to a low-carbon future but also promotes geopolitical stability through shared energy goals.

                However, the widespread adoption of green hydrogen is not without challenges. Initial infrastructure investments, technological advancements, and policy frameworks must align to accelerate the deployment of green hydrogen technologies. Governments, industries, and research institutions must collaborate to create an enabling environment that encourages innovation, reduces production costs, and facilitates the integration of green hydrogen into existing energy systems.

                In conclusion, the importance of green hydrogen in the global energy transition cannot be overstated. Beyond its environmental benefits, green hydrogen stands as a catalyst for economic growth, job creation, and international cooperation. As nations strive to meet ambitious climate targets, the embrace of green hydrogen paves the way for a sustainable and prosperous future. The economic benefits of embracing green hydrogen extend beyond borders, resonating with the global commitment made at COP 28 towards net zero by 2050. The green hydrogen sector becomes a crucial contributor to these ambitious international climate targets.

                Renewable Energy Integration

                The increasing penetration of renewable energy sources (RES) like solar and wind power into the grid presents significant challenges and opportunities. These challenges include:
                 

                • Variability and Intermittency: RES output fluctuates depending on weather conditions, making it difficult to maintain grid stability and balance supply and demand.
                • Transmission and Distribution Upgrades: The existing grid infrastructure may not be adequate to handle the increased flow of electricity from distributed RES.
                • Grid Management: Integrating large amounts of RES requires advanced grid management technologies and strategies to ensure grid stability and reliability.
                • Policy and Regulatory Barriers: One of the persistent challenges in renewable energy integration lies in policy and regulatory barriers. Discussions at COP 28 emphasize the need for international cooperation to address these hurdles, aligning with the exploration of seamlessly integrating renewables into existing power grids.

                Several smart grid technologies can help overcome these challenges and facilitate the integration of renewable energy:

                • Smart Inverters: These devices can control the output of renewable energy sources and provide grid support services like voltage and frequency regulation.
                • Energy Storage: Batteries and other storage technologies can store excess renewable energy and discharge it when needed, balancing supply and demand.
                • Demand Response: Consumers can adjust their energy consumption in response to real-time grid conditions, reducing peak demand and improving grid efficiency.
                • Microgrids: These are self-contained power systems that can operate independently or in conjunction with the grid, providing additional flexibility and resilience.
                • Artificial Intelligence (AI) and Machine Learning (ML): These technologies can be used to analyse grid data, predict future energy generation and consumption, and optimize grid operations.

                • Denmark: Denmark has achieved a world-leading share of wind energy in its electricity mix, exceeding 40% in 2020. This success is attributed to a combination of factors including supportive government policies, significant investments in grid infrastructure, and advanced smart grid technologies.
                • Germany: Germany has also made significant progress in integrating renewable energy, with solar and wind accounting for over 40% of its electricity generation in 2021. The country has implemented ambitious renewable-energy targets and invested heavily in distributed energy resources and grid modernization.
                • California: California has set ambitious goals to achieve 100% renewable energy by 2045. The state is focusing on a combination of RES including solar, wind, geothermal, and hydropower, along with energy storage and smart grid technologies.
                • India: India has rapidly expanded its renewable energy capacity in recent years, with solar power now exceeding the capacity of coal power.
                • Orkney Islands, Scotland: The Orkney Islands in Scotland have become a hub for renewable energy and hydrogen production. The European Marine Energy Centre (EMEC) on the islands has been involved in several projects integrating RES, such as wind and tidal power, with hydrogen production. These projects aim to demonstrate the feasibility of using surplus renewable energy to produce hydrogen through electrolysis, which can then be stored and used for various applications including transportation and heating.
                • Haeolma Island, South Korea: Haeolma Island in South Korea is home to a successful renewable hydrogen energy integration project. The island has implemented a microgrid system combining solar and wind power generation with hydrogen production and storage. Excess renewable energy is used to produce hydrogen through electrolysis and the stored hydrogen powers fuel cells for electricity generation and provide clean energy to the island’s residents.
                • HyDeploy, United Kingdom: The HyDeploy project in the UK is focused on integrating renewable hydrogen into the existing natural gas network. The project aims to demonstrate the feasibility of blending low-carbon hydrogen with natural gas for heating and cooking in residential and commercial buildings. This initiative showcases the potential for using renewable hydrogen as a sustainable alternative to traditional natural gas, contributing to decarbonizing the gas grid.
                • Fukushima, Japan: In Fukushima, Japan, efforts have been made to develop a sustainable hydrogen society following the 2011 nuclear disaster. The Fukushima Hydrogen Energy Research Field (FH2R) is a large-scale renewable hydrogen production facility utilizing solar power to produce green hydrogen through electrolysis. The project aims to promote the use of renewable hydrogen as an energy carrier and contribute to the region’s recovery and transition to clean energy.

                Unveiling Synergies: Green Hydrogen’s Integral Role in Reinforcing Renewable Energy

                The global energy landscape is on the verge of a monumental transformation, marking a significant departure from conventional methods of energy generation and consumption. Renewable energy sources, notably solar and wind power, are rapidly gaining favour as the go-to alternatives to traditional fossil fuels. Nevertheless, a formidable challenge hinders the seamless integration of renewables—their inherent intermittency and variability.

                The irregular patterns of energy production from renewable sources create uncertainty and pose a challenge to establishing a consistent and reliable energy supply. This obstacle has impeded the full-scale adoption of renewables into mainstream energy grids, preventing them from completely displacing conventional fossil fuel-based systems. Amid this intricate challenge, green hydrogen emerges as a promising solution.

                Green hydrogen, generated through electrolysis powered by renewable energy, addresses the Achilles’ heel of renewables—their intermittency. By harnessing surplus energy during periods of abundance, green hydrogen production becomes a strategic means of energy storage. Through the electrolysis process, renewable energy from sources like the sun or wind is utilized to split water into hydrogen and oxygen. The resulting green hydrogen can be stored and deployed during times when renewable energy production is low, effectively bridging the gap between energy supply and demand.

                This innovative approach not only mitigates the challenge of intermittency but also unlocks the full potential of RES. Green hydrogen acts as a versatile energy carrier that can be stored, transported, and utilized on-demand, providing a reliable and flexible complement to intermittent renewables. As the world endeavours to achieve a sustainable and resilient energy future, the integration of green hydrogen emerges as a transformative solution, facilitating a harmonious coexistence between renewable and traditional energy systems. In the narrative of energy evolution, green hydrogen stands as a catalyst, propelling us towards a future where the variability of renewables becomes an opportunity for innovation and progress rather than an obstacle.

                Green hydrogen stands as a formidable solution to the challenges of intermittency and variability associated with RES, offering a robust storage medium. Surplus renewable energy can be utilized for electrolysis, splitting water into hydrogen and oxygen. This hydrogen is then stored, serving as a reliable and flexible source of clean energy that can be later used to generate electricity when demand arises.

                Beyond its storage capabilities, green hydrogen plays a pivotal role in ensuring grid stability. The inherent fluctuations in renewable energy output can disrupt the equilibrium of the grid, but green hydrogen can swiftly adjust its production to provide balancing power, thus, maintaining grid stability and preventing potential blackouts. As we delve into the synergies between green hydrogen and renewables, it becomes apparent that these solutions align harmoniously with the discussions at COP 28, where global leaders seek strategies for grid stability and decarbonization. Green hydrogen emerges as a transformative solution contributing to shared international goals.

                Moreover, green hydrogen possesses the transformative potential to decarbonize challenging sectors like transportation, industry, and heavy-duty vehicles. These sectors, notorious for contributing significantly to global greenhouse gas emissions, are often resistant to decarbonization through existing technologies. Green hydrogen emerges as a clean fuel alternative, making substantial contributions to achieving ambitious net-zero emissions targets.

                The synergies between green hydrogen and renewables offer a myriad of substantial benefits:

                • Reduced GHG Emissions: Green hydrogen contributes to widespread decarbonization, fostering a cleaner and healthier environment across diverse sectors.
                • Enhanced Grid Stability: As an essential balancing power, green hydrogen ensures reliability and resilience of a grid, mitigating the impacts of renewable energy fluctuations.
                • Improved Energy Security: By diminishing reliance on fossil fuels, green hydrogen promotes energy independence and reduces vulnerability to geopolitical instability.
                • Economic Growth: The development of green hydrogen technologies stimulates economic growth, creating employment opportunities and fostering economic activity.

                To summarise, the integration of green hydrogen with renewable energy represents a pivotal step towards a sustainable and secure energy future. With its multifaceted contributions to storage, grid stability, and decarbonization, green hydrogen propels us towards a world powered by clean renewable energy—an advancement that benefits both the planet and its inhabitants.

                Future Landscape: Green Hydrogen and Renewables

                The trajectory of energy is poised for a paradigm shift through the seamless integration of green hydrogen and RES. This symbiotic relationship holds the key to a sustainable energy future, with a spectrum of exciting advancements emerging on the horizon.

                • Advancements in Electrolysis: Pioneering electrolysis technologies, such as high-temperature solid oxide electrolysis, are surfacing and promising heightened efficiency and potential cost reductions.
                • Innovations in Hydrogen Storage: Novel storage solutions like metal hydrides and organic liquid carriers are under exploration, addressing storage challenges and ensuring a reliable hydrogen supply.
                • Diversification of Hydrogen Sources: Research is expanding beyond solar and wind to include hydrogen production from biomass and ocean energy, broadening the scope of the renewable energy portfolio.

                • Extended Duration Storage:  Beyond traditional batteries, technologies like pumped-hydro storage and hydrogen-based storage are anticipated to provide long-term energy storage solutions.
                • Enhanced Grid Integration: Smarter grid technologies and AI-powered solutions are expected to facilitate the seamless integration of diverse energy sources and storage systems.
                • Decentralized Energy Paradigm: Microgrids and community energy systems are poised to empower local communities in generating and managing their renewable energy.

                • Rapid Cost Reduction: As technology matures and economies of scale come into play, the cost of green hydrogen production and storage is projected to witness a substantial decline.
                • Policy Support: Crucial government policies and incentives are expected to stimulate green hydrogen development and expedite market adoption.
                • Disruptive Technologies: Breakthroughs in other clean energy technologies, such as advanced solar cells or fusion power, have the potential to reshape the energy landscape.

                • The future landscape will likely involve international collaboration and trade in green hydrogen. Countries with abundant renewable resources may export green hydrogen to regions with high demand for clean energy, fostering global partnerships and contributing to the establishment of a global green hydrogen market.

                • Green hydrogen will be used in power-to-gas applications to store excess renewable energy. Excess renewable electricity generated during periods of high production can be converted into green hydrogen through electrolysis and stored for later use in fuel cells or power generation, effectively balancing the supply and demand of renewable energy.

                • The future landscape will witness the development of a robust infrastructure for the storage, transportation, and distribution of renewable hydrogen. This includes the establishment of hydrogen refuelling stations for fuel cell vehicles, hydrogen pipelines for industrial use, and hydrogen storage facilities to ensure a reliable supply of green hydrogen.

                • Green hydrogen will play a pivotal role in decarbonizing industrial processes and transportation. Industries that require high-temperature heat, such as steel and cement production, can utilize green hydrogen as a clean fuel source. Additionally, green hydrogen can be used to power fuel cell vehicles, heavy-duty transport, and maritime vessels, reducing carbon emissions in the transportation sector.

                While challenges persist, the future of green hydrogen and renewables is undeniably promising. Through sustained research, development, and investment, we can forge a path towards a clean, sustainable, and equitable energy future for generations to come. Anticipated advancements in emerging technologies and market trends align with the global vision set forth at COP 28. The international policies discussed on such forums are integral to driving rapid cost reduction and supporting the development of green hydrogen and renewable energy technologies.

                Call to Action:

                • Support policies and initiatives fostering green hydrogen and renewable energy development.
                • Invest in the R&D of innovative technologies within this field.
                • Educate and engage the public about the myriad benefits of green hydrogen and renewables.
                • Collaborate to create a more sustainable energy future that benefits all.

                As we conclude, our call to action extends beyond individual efforts. COP 28 discussions underscore the need for global cooperation and policy alignment. We urge nations to collaborate, invest, and implement strategies to accelerate the development and adoption of green hydrogen and renewable energy technologies, ensuring a sustainable and equitable energy future for all.

                Contributors

                Bragadesh Damodaran

                Vice President ET&U Industry Platform Capgemini

                Prof (Dr.) A. S. K. Sinha

                Director Rajiv Gandhi Institute of Petroleum Technology (RGIPT)

                Dr Shrawan Kumar Trivedi

                Assistant Professor Rajiv Gandhi Institute of Petroleum Technology (RGIPT)

                Dr Debashish Jena

                Assistant Professor Rajiv Gandhi Institute of Petroleum Technology (RGIPT)

                Dr Divyesh Arora

                Manager, SME Hydrogen & Energy TransitionET&U Industry Platform Capgemini

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                  Building intelligent networks: How telcos can take advantage of autonomous networks https://www.capgemini.com/in-en/insights/expert-perspectives/building-intelligent-networks/ https://www.capgemini.com/in-en/insights/expert-perspectives/building-intelligent-networks/#respond Thu, 22 Feb 2024 07:40:19 +0000 https://www.capgemini.com/in-en/?p=1096793&preview=true&preview_id=1096793 The post Building intelligent networks: How telcos can take advantage of autonomous networks appeared first on Capgemini India.

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                  Building intelligent networks: How telcos can take advantage of autonomous networks

                  Dr. Ehsan Dadrasnia
                  Feb 23, 2024

                  While telecoms networks were largely dependent on manual systems and processes before they had software-driven rules and automation built in, today, new innovations are set to drive tangible business benefits across the telecoms industry. Today, by leveraging machine learning (ML) and data and analytics, networks have the autonomy to take certain low risk, rules-based actions. However, telco networks look set to evolve once more, as the promise of a ‘self-serving’, ‘self-fulfilling’, and ‘self-assuring’, or autonomous networks draws closer.

                  The increasing demand for improved customer experience is placing pressure on telcos and their network resources. Despite investments in 5G and fiber broadband improving the reach and quality that networks provide, the increasing number of mobiles and devices connecting to networks, and the subsequent rise in volume of data means that telco networks are now more complex than ever. Essentially, the management of networks is increasingly going beyond the reach of manual operations. This is where autonomous networks can drive tangible business value for telcos, providing a springboard to improved customer service, as well as more efficient and more sustainable networks.

                  Investment in autonomous networks is on the rise

                  According to the latest research by the Capgemini Research Institute, telcos are expected to invest $87 million on average in autonomous networks over the next five years. [KA1] 

                  Today, according to TM Forum’s taxonomy of autonomous networks, the majority (84%) of telcos have either a level-1 or level-2 autonomous network. We know from our research that this is set to increase, with 61% of telcos aiming for at least level-3 autonomy over the next five years. Currently, Europe leads the way in overall network maturity, with over half (51%) of telcos at level 2 network autonomy, although North America has the greatest proportion of telcos at level 3, at 14%. Despite the clear eagerness showcased by telcos for greater network autonomy, the majority of the use cases are still at proof-of-concept stage. Of those surveyed, adaptive/dynamic network policies for changing conditions are the most popular use case at proof-of-concept stage (46%), followed slice optimization and SLA assurance in RAN/ORAN (40%).

                  Subverting the challenges

                  Despite the innovative use cases that autonomous networks can deliver, there remains considerable barriers to adoption. Chief among these is cultural issues, with just over half (51%) of telcos citing that employees don’t have the right mindset to undertake such a shift. Although, when you consider that just 17% of telcos have a well-defined autonomous networks transformation strategy, and fewer than one in five organizations have appointed a dedicated leader, it’s no surprise that cultural issues persist. However, the barriers to adoption aren’t limited to just cultural issues. In fact, we found that issues around technological maturity is slowing down telcos’ autonomous network journeys. Our survey found that 48% of telcos flagged technology integration was a noteworthy issue. Additionally, 33% and 25% of telcos flagged that technology maturity and the lack of skills among the internal workforce as significant barriers to adoption.

                  Gen AI and sustainability benefits front of mind

                  Over the past year, generative AI has risen from emerging technology status to the center of the boardroom conversation. All industries alike are assessing their operations to understand where they can integrate the technology, and telecoms is no different. According to our survey, three in five telcos are exploring generative AI for autonomous networks, and one in ten has implemented generative AI for networks at partial scale. Generative AI strikes that crucial balance for telcos as a cost reducer, and efficiency driver. We know from our research that the most popular use cases are complex event processing and dynamic bandwidth and path selection. On a more granular level, generative AI can assist telcos with translation, fraud resolution and model training.

                  However, it’s not just generative AI-related benefits that telcos are reaping and in fact, those telcos that are moving faster on their autonomous network journeys, are realizing the benefits. In fact, in just the past two years, telcos have on average achieved a 20% improvement in operational efficiency and 18% reduction in OPEX through autonomous networks. The survey also finds that telcos are expected to invest $87 million in autonomous networks over the next five years, but that this would amount to $150 million – $300 million in OPEX savings. And the benefits aren’t limited to simply cost savings, with the sustainability benefits front of mind for many telcos.

                  Today, it’s crucial that businesses have sustainability built into their core. Energy accounts for 30-40% of telco OPEX, with the Radio Access Network (RAN) accounting for 80% of network energy consumption. And those who transition to a higher level of autonomous network can expect a reduction of somewhere between 7.5%-15% reduction in their networks carbon emission. For instance, Telefónica Group has successfully reduced its energy consumption by 7.2% between 215 and 2022. While this initial number may seem low, when you consider that their network traffic has increased seven-fold over the same period, they have reduced their overall emissions by 51% over the period. As generative AI continues to cement itself as a key innovation across the telecoms landscape, we’re going to see these results improve much quicker.  

                  Accelerating the transition

                  As aforementioned, just 17% of telcos have a comprehensive autonomous networks strategy in place. Those who have this strategy in place can expect to realize the benefits of autonomous networks much sooner. With this in mind, I wanted to take a moment to explain what a comprehensive autonomous network strategy consists of.

                  • Strategy & roadmap: Here it’s critical that telcos establish the business case early on, so that they can secure the necessary finance and build a strategy that simultaneously resonates at both a global and local level.
                  • People: With innovations comes the need for new skillsets. Telcos should work to bridge the skills gap in areas such as AI by upskilling and reskilling the current workforce. As I mentioned earlier, the cultural shift presents one of the biggest barriers. By reorganizing systems, processes and tools, telcos can guide their organizations through to a new, more efficient operating model.
                  • Technology: Technology integration issues were high on the agenda of telco executives. To combat this, they should ensure they have an end-to-end view of their data landscape and leverage the cloud for virtualization where possible. Atop of this, telcos should invest time into establishing robust data-governance and data-management frameworks.
                  • Pace of transformation: As always, the pace of transformation depends on the maturity of the technology. For instance, beginner telcos should consider which network domains and use cases to prioritize, whereas those midway through their journey should double down on investment and focus on scaling.
                  • Innovation: Open and disaggregated networks open the door to new innovative use cases. Telcos should experiment with emerging technologies such as generative AI, metaverse and digital twins to ensure they enhance network efficiency.

                  The operating model of networks is going through a generational shift, from one managed by human operators, to an autonomous one whereby AI and data take center stage. While this shift requires significant investment, telcos should welcome it with open arms. Autonomous networks provide strike that all important balance of reducing costs, increasing efficiency, and contributing to a more sustainable future.

                  We look forward to meeting you at the Capgemini booth (2K21) in Hall 2 at MWC Barcelona from February 26th to February 29th

                  Meet the author

                  Dr. Ehsan Dadrasnia

                  VP at Global Telco Network Cloudification in Capgemini
                  Ehsan is an experienced technology leader with over two decades of expertise in telecommunication landscape, particularly in the realms of wire/wireless network and cloudification. His area of interests are deployment of Telco Cloud solutions including ORAN, 5G, hyperscalers, virtualization, autonomous and intelligent network operation. In his current role, Ehsan focuses on the cloud network transformation of CSPs, working closely with technology partners.

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