Middle East leads global infrastructure transition as AI, grid upgrades gather pace, finds Siemens report
The report found resilience has become a key focus for infrastructure operators, with 61 per cent of organisations saying industrial AI is already making critical infrastructure more resilient
24 June, 2026
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The Middle East is emerging as a global leader in infrastructure transformation, with organisations accelerating investments in artificial intelligence, grid modernisation and decarbonisation as governments push ahead with clean energy and digitalisation strategies, according to a new report by Siemens.
The 2026 Middle East Infrastructure Transition Monitor, based on a survey of 400 senior executives and interviews with regional industry leaders, found that 66 per cent of executives in the Middle East believe the global energy transition needs to accelerate significantly, compared with 57 per cent globally.
The report also found that 70 per cent of organisations in the region have already set targets for direct and indirect emissions, exceeding the global average of 58 per cent, while 68 per cent view digitalisation as essential to achieving decarbonisation goals.
Industrial AI is expected to play a central role in that transition. Around 62 per cent of executives said artificial intelligence would reshape infrastructure operations within the next three years, while 56 per cent of organisations said they were ready to implement autonomous systems in buildings. Some 57 per cent plan significant investment in autonomous technologies over the coming year.
“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.”
The report found resilience has become a key focus for infrastructure operators, with 61 per cent of organisations saying industrial AI is already making critical infrastructure more resilient.
Grid modernisation was also identified as a priority, with 64 per cent of respondents saying smart grids and grid software are essential to enabling the clean energy transition.
Meanwhile, 66 per cent supported integrating electricity, gas, hydrogen and transportation systems into a coordinated energy platform to improve efficiency and resilience.Demand for advanced digital infrastructure is also growing.
Nearly seven in 10 respondents, or 69 per cent, said their organisations require more sophisticated technologies to support rapid data integration, with the same proportion planning to increase spending in this area.
The study also highlighted growing public-private collaboration across the region, with 65 per cent of respondents saying businesses and governments are working closely on energy policy, compared with a global average of 59 per cent.
The findings come as countries across the Middle East continue to invest in renewable energy, power transmission and digital infrastructure as part of broader economic diversification and net-zero ambitions.
Siemens said increasingly interconnected infrastructure systems would require greater resilience, digital intelligence and adaptability to support long-term growth.




















