Europe’s energy and utilities market is entering a new phase of digital transformation—one in which modernization can no longer be separated from sustainability, resilience and measurable business value. Across utilities, supply and trading organizations, and industrial energy systems, leaders are facing a common challenge: how to redesign digital services and operations for a world defined by volatility, rising complexity, distributed architectures and increasing pressure to reduce environmental impact.
A recent collaboration between Publicis Sapient and Schneider Electric points to what this next phase looks like in practice. By using e-footprint, an open-source modelling solution developed by Publicis Sapient and hosted within the Boavizta ecosystem, Schneider Electric was able to assess the environmental impact of digital services, including edge and AI-enabled systems, and use that insight to inform technology architecture decisions. The significance goes beyond one engagement. It signals a broader shift in the market: European organizations increasingly need evidence-based ways to understand how digital design choices affect both business performance and sustainability outcomes.
That is particularly important because traditional sustainability assessment methods often stop at the product level. In modern energy and utilities environments, that is no longer enough. Digital services now span field devices, end-user equipment, networks, cloud infrastructure, data centers and AI workloads across edge, cloud and hybrid environments. As software-defined architectures become more common, engineering decisions have wider consequences. The real question is not just whether a system works, but how it works, where it runs, what it consumes and what long-term footprint it creates.
For European firms, that creates four connected priorities.
First, digital services must be modernized to keep pace with a fast-changing operating environment. Publicis Sapient’s work across the sector shows how fragmented legacy environments, siloed data and disconnected operational systems limit agility just when firms need it most. In supply, trading and risk, complexity and volatility have become the new normal. Organizations need digital pipelines and data-centric ecosystems that improve agility, enable next-generation decision support and portfolio optimization, and unlock high-value AI use cases without disrupting the business or forcing wholesale replacement of systems of record.
Second, architecture decisions need to become more transparent and explainable. This is one of the most practical lessons from the Schneider Electric work. With e-footprint, organizations can measure the environmental impact of an end-to-end digital service, compare alternative designs before implementation, identify the largest contributors to emissions and understand the assumptions behind every calculation through transparent modelling. That matters because sustainability is only actionable when it can influence engineering trade-offs early—whether the choice is between cloud, edge or hybrid deployment, between function-specific hardware and more generic software-controlled infrastructure, or between competing models for AI-enabled services. In Schneider Electric’s case, one design approach reduced CO2 emissions by more than 40% compared with the original design, illustrating how architecture choices can materially change outcomes.
Third, customer and operational resilience must improve together. In Europe’s energy market, resilience is not simply an infrastructure question; it is also a digital operating model question. As organizations scale AI and modernize their estates, IT environments become more fragmented, distributed and harder to manage. Traditional automation often cannot provide the context or coordination required at scale. Publicis Sapient’s approach to AI-enabled IT operations reflects the need to move from reactive support to predictive, self-healing operations. With context-aware AI, enterprises can detect issues early, resolve incidents autonomously, prevent recurring failures and improve reliability while reducing operational debt. This creates a stronger foundation for customer-facing services, where digital reliability increasingly shapes trust, satisfaction and cost-to-serve.
That customer dimension is especially important in utilities. Sector experience highlighted by Publicis Sapient shows that better digital journeys can reshape how customers interact with providers, reducing pressure on traditional service channels while improving engagement. More broadly, the energy transition is changing customer behaviors and expectations, expanding the role of digital experience from a support function into a transformation lever.
Fourth, sustainability must be embedded into transformation programs rather than treated as a reporting layer added at the end. Publicis Sapient consistently approaches sustainability as part of core business transformation: a way to improve efficiency, reduce waste, strengthen transparency, support climate resilience and unlock long-term competitiveness. This means connecting strategy, product, experience, engineering and data and AI into one transformation agenda.
In practice, that often starts with data. Many energy organizations still struggle to obtain a unified view of emissions and energy consumption across operations. One global energy company addressed this by creating a cloud-based Greenhouse Gas Emissions and Energy Efficiency Platform with Publicis Sapient. The platform integrated data from ERP, SCADA, HSE and external sources to provide a single view of emissions and energy use across operations in more than 40 countries. The result was not only better reporting, but better decision-making: self-serve analytics, predictive forecasts, what-if analysis, improved data confidence and targeted remediation opportunities. Over five years, the company achieved more than $200 million in OPEX savings and a 4.4% improvement in energy efficiency, while creating a stronger basis for decarbonization and compliance.
This is where the European opportunity becomes clear. The most effective programs go beyond compliance by using digital tools to create measurable value across the business. Data platforms help organizations see where energy is wasted and where intervention will matter most. Cloud and AI services accelerate modernization, enable new decision-support models and create scalable foundations for future use cases. Engineering capabilities help redesign services and infrastructure for lower impact and better performance. Sustainability strategy ensures that ambition is translated into operational choices, governance and measurable outcomes.
Publicis Sapient brings these elements together through a business-first approach that links strategy to implementation. Its work in energy and utilities spans customer experience, value chain optimization, supply and trading, risk management, cloud modernization, AI platforms and sustainability-led engineering. This combination matters in a European market where buyers are not looking for isolated tools. They need partners that can help them modernize legacy estates, create more transparent architecture choices, improve reliability, unify data, operationalize AI responsibly and embed sustainability into the way digital services are designed and run.
The result is a more practical model for sustainable digital transformation—one that treats environmental impact, operational resilience and business performance as interdependent. For energy and utilities leaders in Europe, that is the shift that matters most. The goal is no longer to digitize first and measure sustainability later. It is to use digital, AI, cloud, engineering and data from the outset to create services and operations that are more adaptive, more transparent and more sustainable by design.
That is how organizations move beyond compliance. And that is how they create value that can be measured not only in emissions reduced, but in resilience gained, costs avoided, decisions improved and competitive advantage sustained.