Pushing the boundaries of innovation, See Holding announced the launch of “Sustainable City 2.0” during the Annual Investment Meeting 2025 in Abu Dhabi, heralding an advanced era of smart sustainable cities. This step will set new standards for future cities in terms of sustainability, comfort, and artificial intelligence integration, turning the concept of “smart sustainable cities” into reality.
Article Contents:
- A renewed launch: Sustainable City 2.0
- Artificial intelligence at the core of design
- Renewable energy and advanced resource management
- Recycling and circular economy adoption
- Electric mobility and technical convenience
- Advanced health and educational services
- Future vision and elevating human value
- The legacy of Sustainable City: A decade of achievements
- An overview of the Annual Investment Meeting 2025
- Frequently Asked Questions
A renewed launch: Sustainable City 2.0
See Holding, a global leader in sustainable community development and creator of the renowned “Sustainable City” model, announced the launch of an advanced version of its project titled “Sustainable City 2.0 (TSC 2.0)” during the Annual Investment Meeting (AIM Congress) in Abu Dhabi 2025. This announcement comes a full decade after the launch of a new standard for sustainable urban planning, as See Holding returns to shape a more advanced future with a city capable of thinking, adapting, and growing continuously.
Artificial intelligence at the core of design
“Sustainable City 2.0” centers around integrating artificial intelligence into every element of its urban infrastructure to provide a flexible, adaptable environment that meets the needs of future generations. Through advanced digital systems, the city can collect and analyze data in real time, aiding immediate decision-making and achieving high operational efficiency across various sectors.
Renewable energy and advanced resource management
Smart systems in this city will enhance environmental sustainability by relying on a mix of solar energy, biogas, wind power, and innovative hydroelectric systems. Smart grids will also balance supply and demand to maintain net-zero emissions, while cyclic water management technologies are implemented to reuse every single drop of water. In addition, vertical farms and precision agriculture enable high levels of production while minimizing the consumption of natural resources.
Recycling and circular economy adoption
At the heart of the new city, waste becomes a valuable resource that is reused, recycled, or converted into useful energy to minimize waste sent to landfills and elevate the circular economy concept. This approach enhances the city’s ability to reduce resource depletion and increase economic reintegration opportunities for what was previously considered waste.
Electric mobility and technical convenience
Mobility within the city will rely entirely on autonomous electric vehicles, including shared electric cars and bikes, as well as self-driving buses. Furthermore, homes will be equipped with modern technologies allowing deliveries via autonomous robots, alongside drone landing pads to facilitate internal logistics.
Advanced health and educational services
The city features pedestrian-friendly infrastructure and natural green spaces that contribute to enhancing the physical and mental health of residents. It also provides comprehensive future-focused educational systems, including advanced classrooms and future laboratories to turn ideas into practical innovations. On the healthcare front, digital systems monitor residents’ health conditions and predict issues before they occur, enabling proactive intervention to prevent any potential health risks.
Future vision and elevating human value
Engineer Faris Saeed, Chairman and CEO of See Holding, stated: “not a fictional vision of a distant future, but a realistic model built on artificial intelligence and net-zero emission technologies, designed specifically to meet human needs. Sustainable City 2.0 encapsulates our accumulated expertise and successive successes, powered by the strength and efficiency of smart systems, and anchored in one goal: keeping humans at the heart of development in a world shaped by artificial intelligence algorithms.”
The legacy of Sustainable City: A decade of achievements
For over 10 years, the “Sustainable City” model has provided a global benchmark and a unique business model for future cities. The “Sustainable City – Dubai” succeeded in achieving remarkable results, most notably reducing carbon emissions by 78% and diverting 89% of waste away from landfills, in addition to being ranked the “happiest community in the GCC.” The experience has since expanded to several locations in the UAE and the Sultanate of Oman, confirming the feasibility and scalability of the concept across various regions.
An overview of the Annual Investment Meeting 2025
The Annual Investment Meeting 2025 is taking place in Abu Dhabi over three days from April 7 to 9, where participants have an exceptional opportunity to experience Sustainable City 2.0 and discover its features through an interactive display highlighting the future smart and resilient cities model. This forum serves as an important gateway for sustainable investment and innovation, helping to build communication bridges between various sectors to leverage available economic opportunities in a fast-paced world.
Frequently Asked Questions
1. What is “Sustainable City 2.0”?
It is an upgraded version of the “Sustainable City” project that relies on integrating artificial intelligence and green technologies to create an integrated and resilient urban community.
2. How does the city contribute to achieving net-zero emissions?
The city uses solar energy, biogas, wind power, and hydroelectric systems, in addition to smart grids to balance energy consumption and production without harmful emissions.
3. Does the project provide economic opportunities?
Yes, the model promotes a circular economy that allows converting waste into useful resources and opens new investment fields in energy, agriculture, and smart technologies.
4. What is the role of robots and drones inside the city?
Robots are used for daily deliveries and logistics management, while drones help provide various services such as rapid transport of purchases.
5. How does the city enhance resident health?
The city provides healthy infrastructure including green spaces and motion-powered running tracks, in addition to digital healthcare systems that monitor residents’ health conditions around the clock.
6. What is the importance of future education in this model?
The city focuses on advanced classrooms and future laboratories that help turn ideas into innovations, while fostering students’ skills for upcoming technical needs.
7. Does “Sustainable City 2.0” apply the principle of recycling?
Yes, the city relies on integrated systems to recycle waste and convert it into energy, contributing to supporting the circular economy and reducing waste.
