The AWS-powered blueprint for building sustainable cities
Real transformation comes when buildings, utilities, transport, and public infrastructure share data to create collective intelligence, says Madhavi Reddy, managing director for Amazon Web Services, MENAT
22 April, 2026
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The UAE and Saudi Arabia have some of the most ambitious sustainability pledges in the world. With initiatives including the UAE’s Net Zero by 2050 Strategic Initiative, Dubai Clean Energy Strategy 2050, the Saudi Green Initiative, and the Kingdom’s National Renewable Energy Program, the two nations have firmly committed to a future where technology drives the transformation toward more sustainable and efficient environments.
Seeing the city in real time
Cities cannot optimise what they cannot measure. Today, utility grids, water networks, transport and smart building systems all generate vast amounts of data. However, limited interoperability between systems created opportunities to improve data integration into a comprehensive, real-time picture of the city. Amazon Web Services (AWS) cloud and AI solutions are connecting millions of devices and using the data to bring new levels of understanding to city systems.
The AWS IoT Core solution enables secure, bidirectional communication between sensors in utility networks and building sensors, while AWS IoT SiteWise collects data from industrial equipment to monitor performance. AWS IoT TwinMaker builds a digital twin of the city, enabling real-time visualisation of consumption patterns and scenario testing to model impact before implementation. Amazon SageMaker applies machine learning (ML) to detect energy waste, predict equipment failures, and optimise resource allocation. Together, these services transform fragmented data into a real-time view of city performance—enabling services to dynamically adjust and balance critical resources. For cities that want to improve sustainability, this visibility is foundational.
Building interoperable, sustainable cities
Real transformation comes when buildings, utilities, transport, and public infrastructure share data to create collective intelligence. This is the purpose of the Garnet Framework—an open-source framework developed by AWS that leverages open standards to build living digital twins of operations. Municipalities around the world are demonstrating its impact: in Panama, cloud-based digital twins are mapping the entire water infrastructure in real-time; in Madrid over five million city assets are set to be connected to a city-wide environmental monitoring network, while London is tracking biodiversity across its urban green spaces.
For the region’s application developer communities, Garnet Framework provides a standards-aligned foundation on which future-proof sustainability platforms can be built and scaled.
Intelligent mobility systems: City-scale operations
Urban congestion presents opportunities for mobility and sustainability improvements through reduced travel, time and greenhouse gas emissions. Advanced solutions integrator Parsons Corporation, an AWS Advanced Consulting Partner, delivers innovative solutions across national security and critical infrastructure, including intelligent mobility systems that integrate real-time roadway and signal data, allowing traffic engineers to retime signals far more frequently than traditional methods, reducing congestion by up to 40 per cent, accelerating incident response, and improving air quality and safety.
Beyond mobility, Parsons also leverages AWS cloud infrastructure to deploy digital twin solutions that integrate data streams from transport networks, building systems, and environmental sensors into a single platform. This approach enables the optimisation of urban form, infrastructure and mobility, energy efficiency, and heat mitigation strategies, reducing risk, preventing carbon-intensive choices, and advancing resilient, low-emission urban development.
A future being built today
To support these sustainability projects, AWS continues to invest in strategic partnerships that bring cloud and IoT solutions to national scale throughout the region. We are also investing in local renewable energy projects, to make sure that our operations are sustainable too, in line with our goal of powering 100 per cent of our operations with renewable energy.
Ambitious policy commitments are translating into tangible operational progress at unprecedented speed. The technologies to turn commitments into measurable urban outcomes—smarter grids, greener buildings, and intelligent mobility—are here, proven, and ready to deploy. The next chapter of the region’s growth story will be written in more kilowatts saved, emissions reduced, and cities transformed further.























