New Siemens Report: Middle East Accelerates Infrastructure Transition
According to a new study released by Siemens, the region is rapidly outpacing global counterparts in its commitment to this transformative journey.
The Middle East is entering a new era of infrastructure development that is autonomous, resilient, and sustainable.
According to a new study released by Siemens, the region is rapidly outpacing global counterparts in its commitment to this transformative journey. Regional leaders are demonstrating stronger investment intentions, alongside a heightened sense of urgency concerning the transition to clean energy.
The comprehensive findings are detailed in the 2026 Middle East Infrastructure Transition Monitor, a report titled 'Powering Transformation: How a new generation of infrastructure assets is reshaping the Middle East'. Based on a survey of 400 senior executives and in-depth interviews with industry experts, the research reveals a region aligned for impact. An impressive 66% of executives state the global energy transition needs to accelerate significantly, compared with 57% globally. This optimism and urgency reflects a region at an inflection point, where governments have set ambitious strategic priorities, prompting organisations to follow suit.
Sustainability and the Decarbonisation Drive
The Middle East's infrastructure transition is grounded in sustainability by design. Decarbonisation is a regional priority, with AI-enabled hardware and software embedded directly in the core of infrastructure rather than added as afterthoughts. Decarbonising core operations has emerged as the leading priority for organisations throughout the region. A remarkable 70% of these organisations have already set targets for direct and indirect emissions, outperforming the global average of 58%. Digitalisation is recognised as the critical driver for this massive transformation, with 68% of respondents considering it an essential enabler.
Industrial AI and the Autonomous Future
Industrial AI is accelerating operational transformation, unlocking unprecedented efficiency, productivity, and sustainability across national systems. Remarkably, 62% of executives expect AI to reshape infrastructure operations within three years. Readiness to embrace automation is equally notable. Currently, 56% of organisations are prepared to implement autonomous systems in buildings, while 57% are actively planning significant investments in this specific area over the coming year. Demand for smarter technologies is prevalent, with 69% of respondents indicating their organisations require sophisticated solutions to enable rapid data integration, a necessity for overcoming institutional barriers and legacy system challenges. Consequently, the same percentage is planning to increase spending on data integration technologies.
"The 2026 Middle East Infrastructure Transition Monitor highlights a significant shift across the Middle East, as infrastructure evolves into a strategic driver of competitiveness, resilience, and sustainable growth," said Hakan Ozdemir, CEO of Siemens Smart Infrastructure in the Middle East and Siemens Qatar.
"As energy systems grow more complex and demand continues to rise, success will depend on the ability to connect data, intelligence, and physical infrastructure at scale. At Siemens, we see this transformation unfolding every day. By bridging the real and digital worlds, we are helping customers move beyond traditional infrastructure toward industrial AI-enabled systems that not only power autonomous buildings and future grids efficiently but also make them resilient. The next phase of infrastructure transformation will be defined by how intelligently systems can anticipate, adapt, and respond to change."
Resilience as the New Efficiency
Resilience has become the new efficiency. The evolving regional landscape requires advanced infrastructure systems that can anticipate failures, isolate issues, and learn from disruptions. Already, 61% of organisations confirm industrial AI is making critical infrastructure more resilient. Grid modernisation is central to the clean energy transition and overall resilience, with 64% identifying smart grids and grid software as crucial enablers. Furthermore, 66% support integrating various energy system components into a single platform. The region is proactively investing in cross-border interconnections and power-trading arrangements, essential for ensuring reliable electricity supply and strengthening response capabilities during extreme weather.
Collaboration is a cornerstone of the region's transition, with 65% confirming that businesses and governments are working closely on energy-system policy, surpassing the 59% global average. As modern infrastructure systems become increasingly interconnected, robust resilience, digital intelligence, and adaptability will be critical components for sustaining long-term regional growth and global competitiveness.