Energy Transition Talks

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How do you turn massive data sets into measurable value while managing the inherent risks of AI? In the second part of their discussion, CGI experts Peter Warren, Global Industry Lead for Energy & Utilities, and Dr. Diane Gutiw, Global AI Research Lead, cut through the noise to tackle the critical next steps in enterprise AI adoption.
They explore the essential balance between innovation and risk, detailing why establishing clear governance and putting guardrails in place is the fastest path to long-term success. Learn how AI is enabling a "conversation with your data," helping industries like energy and utilities improve safety, predict failures, and build a resilient operational future.
In this episode, you will learn about:
The Four Pillars of AI Risk: A breakdown of the key risks in AI adoption—from bad actors and misuse to misunderstanding and the fear of missed opportunities.
Guardrails as Accelerators: Why the most successful companies are the ones implementing standards and rules for AI use, leading to more reliable and trusted results.
Unlocking IoT Data: How AI is turning data overload from industrial assets into actionable insights for predictive maintenance, fraud detection, and operational efficiency.
Conversational AI: The future of dashboards and data analysis, where leaders can "phone their data" to ask complex what-if scenarios and get immediate answers.
Real-World Impact: Practical examples of how AI is improving field safety, resource allocation, and performance in the energy and utilities industry.
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In this episode, we move beyond the hype to discuss the strategic imperative of scaling AI across your enterprise. Join host Peter Warren and Dr. Diane Gutiw, CGI’s Global AI Research Lead, as they outline the leadership and cultural shifts required to move from small-scale AI experiments to enterprise-wide production and business value.
Discover how to:
Leverage "Agentic AI" to unlock new levels of operational efficiency and automate high-value work, not just tasks.
Navigate the "Hybrid Workforce," outlining the new leadership strategies required when your teams are composed of both humans and AI.
Utilize the "Digital Triplet" framework to transform your infrastructure and data into a conversational asset, enabling smarter, faster strategic decisions.
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Is your infrastructure truly resilient? Join Derek Marinos, Peter Warren, and Torsten Bernström as they explore how AI and IT/OT integration define modern digital sovereignty.
As energy, utility, and defense sectors converge, physical borders are being replaced by digital ones. This episode breaks down the "cardiovascular system" of national infrastructure and why traditional security silos are now a liability.
Key Takeaways:
IT/OT Convergence: Why separate security teams often result in "no security" at all.
Real-Time AI: Shifting from retrospective analysis to real-time situational awareness and decision support.
The Speed Advantage: Using defense models to observe and act faster than adversaries.
Governed Data: Treating data as a strategic asset to manage non-linear supply chain risks.
Unified Resilience: Why sustainability and security are two sides of the same coin.
Readiness is the new measure of security. Learn how to build trust across systems, people, and data in an age of transition.
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Energy sovereignty is no longer optional—it’s a matter of national security.
In this episode of Energy Transition Talks, Derek Marinos speaks with CGI leaders Peter Warren (Energy & Utilities) and Torsten Bernström (Defense) about how resilient energy systems, secure supply chains and digital sovereignty are reshaping defense readiness and economic competitiveness.
The discussion explores why reliable energy underpins total defense, how decentralized generation and SMRs reduce geopolitical risk, and why energy and cyber resilience now form one interconnected security ecosystem. 
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Zero-trust, device identity and cyber-physical resilience are now essential for securing modern energy grids. In this episode, CGI’s Andrea Grad speaks with PHYSEC CEO Prof. Dr. Christian Zenger about protecting OT, IoT, smart meters, substations and distributed energy resources (DERs) at scale. They also examine how regulations such as NIS2, the Cyber Resilience Act and the CER Directive are shaping global approaches to grid security, compliance and modernization. 
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