tOS (Temperature Operating System) by FortyGuard is an innovative AI-powered platform designed to tackle the pressing issue of urban heat islands and their associated health risks. By utilizing proprietary algorithms and sensor networks, tOS maps and analyzes urban heat at a hyper-local level, providing unprecedented insights into temperature variations within cities. This cloud-based solution aggregates data from satellites, drones, and ground sensors to create accurate heat maps with a resolution better than 2 meters.

One of the key features of tOS is its ability to model urban cooling strategies based on the collected data. By identifying areas with high heat exposure, the platform can recommend solutions such as planting green zones, optimizing surface materials, and implementing early relief measures. These strategies not only help mitigate the immediate health risks posed by extreme heat but also contribute to long-term urban planning and sustainability efforts.

Furthermore, tOS offers dashboards and API access for users to assess heat exposure across their infrastructure portfolios. This functionality is invaluable for city planners, facility managers, and sustainability professionals looking to incorporate heat mitigation strategies into their projects. By integrating with city planning tools, ESG reporting systems, smart cities platforms, and facility management systems, tOS ensures seamless collaboration and data sharing across various stakeholders.

One of the standout features of tOS is its scalability and ease of deployment. With no hardware requirements for end users, the platform can be quickly implemented in urban environments, enabling cities to take immediate action against heat-related challenges. By leveraging tOS, cities can reduce heat-related health risks, lower building cooling demand, and develop evidence-based decarbonization strategies to combat climate change.

Recognized at prestigious events such as GTC 2024, the Emerging Technology Awards, and COP28, FortyGuard's tOS is at the forefront of climate adaptation technology, empowering cities to make informed decisions for a more sustainable future.

• Data-driven urban heat mapping at sub-meter scale resolution
• AI-powered analysis for identifying heat exposure hotspots
• Modeling of urban cooling strategies based on collected data
• Integration with city planning tools, ESG reporting, and smart cities platforms
• Scalable deployment with no hardware requirements for end users
• Reduction of heat-related health risks and building cooling demand
• Support for evidence-based decarbonization strategies
• Recognition at industry-leading events for innovation and impact