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Planet
Ten Years of SHUFFLE: Redefining Sustainable Urban Infrastructure The first smart pole to be launched on the market in 2015, SHUFFLE has been a catalyst for smarter, more resilient public realms by bringing a wide range of services in a refined design. SHUFFLE is a sustainable ecosystem. By integrating up to five modules, including lighting, cameras, intercoms, EV chargers, 4G/5G connectivity, light rings and loudspeakers, into one refined pole, it significantly reduces the need for urban furniture. This efficient design minimises the consumption of raw materials and preserves the aesthetic appeal and physical accessibility of spaces. Sustainability is rooted in longevity. SHUFFLE’s plug-and-play architecture allows for seamless hardware upgrades without replacing the entire structure. This circular approach ensures that as technology evolves, the SHUFFLE remains a high-value, low-impact asset that continues to serve citizens and the planet for decades to come. The global journey of the SHUFFLE began in Toulouse, where the very first column was installed. Today, that footprint has evolved into a worldwide network of over 30,000 columns. From its origins in France to the streets of Sydney, London, Antwerp, Montreal, and Santiago, the SHUFFLE now serves communities in over 35 countries.
Scale and Sustainability: The Data-Led Transformation of Ausgrid’s Infrastructure
The Ausgrid Connected Streetlighting Project is a great example of how digital infrastructure can accelerate the transition to low-carbon cities. Delivered by Ausgrid in partnership with Schréder, the upgrade of 62,000 streetlights across 32 councils is transforming public lighting into a resilient, data-driven sustainability platform. By deploying energy-efficient LED luminaires with adaptive dimming and remote monitoring, the project is: • reducing electricity consumption by approximately 56%; • delivering annual savings of €1.7 million; • cutting more than 34,000 tonnes of CO₂-equivalent emissions each year. In 2025, with over 44,000 smart nodes already operational, measurable reductions in energy use and maintenance interventions are being realised across metropolitan Sydney, the Central Coast and the Hunter Valley.
Beyond efficiency gains, the project demonstrates how connected infrastructure supports broader environmental stewardship. Real-time lighting adjustments minimise light pollution, protecting biodiversity and dark skies. Meanwhile embedded edge computing and IoT-ready receptacles will enable future environmental, traffic and community-safety applications without the need for additional physical infrastructure. By combining interoperability standards, cybersecurity best practices (ISO 27001) and open integration capabilities, the initiative avoids vendor lock-in and ensures long-term scalability. This project is one of the many examples of how enabling technologies can deliver immediate carbon reductions while establishing the digital infrastructure necessary for creating more sustainable, inclusive and climate- resilient cities.
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