Vail, a mountain resort town in Colorado, is taking steps to bolster its response to wildfires by leveraging a new AI smart city platform from Hewlett Packard Enterprise (HPE). The town's aim is to detect fires more quickly and easily than ever before, thanks to the power of advanced analytics.
The system, developed alongside Kamiwaza, Nvidia, and several other tech companies, uses artificial intelligence to analyze footage taken by cameras placed on buses and high vantage points on the mountains. This footage is then reviewed by AI-powered software that can restore higher fidelity in images if needed, before applying video analytics against it to identify lightning strikes and smoke.
The platform also incorporates geospatial data analysis provided by Blackshark.ai, which uses drone and satellite images to assess how dry or healthy vegetation is as a measure of fire risk. This helps authorities determine the proximity of fire-prone brush to homes and decide what needs to be cleared.
Vail is not alone in its efforts to use AI for wildfire detection. The National Oceanic and Atmospheric Administration (NOAA) has developed an experimental Next Generation Fire System (NGFS) to automate fire detection from satellite imagery.
The use of AI for wildfire detection has raised concerns about the impact on climate change, as new energy-hungry data centers have also led to a spate of new fossil fuel projects. However, HPE's smart city platform is powered by renewable energy and plugged into the local power grid with electricity provided by Holy Cross Energy, a rural electric co-op that says 76 percent of its portfolio was made up of renewables in 2024.
The platform is expected to not only improve wildfire detection but also streamline administrative tasks, such as reviewing housing permits and business license applications, ensuring municipal websites are accessible for people with disabilities, and more. With the town's population of just 4,300 residents being inundated with up to 30,000 visitors a day during peak ski season, AI is expected to help free up staff to tackle the most pressing priorities.
With climate change posing an increasingly significant threat to mountain towns like Vail, the use of AI for wildfire detection and prevention is seen as a crucial step forward in protecting these communities.
The system, developed alongside Kamiwaza, Nvidia, and several other tech companies, uses artificial intelligence to analyze footage taken by cameras placed on buses and high vantage points on the mountains. This footage is then reviewed by AI-powered software that can restore higher fidelity in images if needed, before applying video analytics against it to identify lightning strikes and smoke.
The platform also incorporates geospatial data analysis provided by Blackshark.ai, which uses drone and satellite images to assess how dry or healthy vegetation is as a measure of fire risk. This helps authorities determine the proximity of fire-prone brush to homes and decide what needs to be cleared.
Vail is not alone in its efforts to use AI for wildfire detection. The National Oceanic and Atmospheric Administration (NOAA) has developed an experimental Next Generation Fire System (NGFS) to automate fire detection from satellite imagery.
The use of AI for wildfire detection has raised concerns about the impact on climate change, as new energy-hungry data centers have also led to a spate of new fossil fuel projects. However, HPE's smart city platform is powered by renewable energy and plugged into the local power grid with electricity provided by Holy Cross Energy, a rural electric co-op that says 76 percent of its portfolio was made up of renewables in 2024.
The platform is expected to not only improve wildfire detection but also streamline administrative tasks, such as reviewing housing permits and business license applications, ensuring municipal websites are accessible for people with disabilities, and more. With the town's population of just 4,300 residents being inundated with up to 30,000 visitors a day during peak ski season, AI is expected to help free up staff to tackle the most pressing priorities.
With climate change posing an increasingly significant threat to mountain towns like Vail, the use of AI for wildfire detection and prevention is seen as a crucial step forward in protecting these communities.