NOAA’s Next Generation Fire System delivers fire alerts in under a minute — and Colorado could be next in line to benefit.
Colorado’s wildfire seasons are getting longer, drier, and more dangerous — but now, an experimental satellite-based technology is offering a powerful new tool to help firefighters stay ahead of fast-moving flames. Less than a year after being tested, NOAA’s Next Generation Fire System (NGFS) is already proving its worth across the U.S., detecting wildfires within minutes and giving first responders a critical head start.
Using imagery from NOAA’s GOES satellites orbiting 22,000 miles above Earth, NGFS can detect a fire as small as a quarter acre — often before a 911 call is ever made. Once detected, the system maps the fire’s location, tracks its spread in real-time, and instantly alerts weather offices, emergency managers, and fire crews across a centralized online dashboard.
“NGFS can provide alerts in as little as one minute from the time the energy from the fire reaches the satellite,” said Mike Pavolonis, NOAA’s Wildland Fire Program manager. “That kind of speed can mean the difference between a small burn and a major disaster.”
Real-World Results, Real-World Savings
The tech was put to the test earlier this year during a major wildfire outbreak in Oklahoma. NGFS detected 19 separate fires — and thanks to rapid response supported by the system, state officials estimate that more than $850 million in property damage was avoided.
To put that in perspective: NGFS cost less than $3 million to develop. That’s a 250-to-1 return on investment after just one outbreak.
With wildfire threats rising in the West, including here in Colorado, that kind of early detection is exactly what emergency crews need. Whether it’s a spark in the eastern plains or a remote mountain fire near a popular hiking trail, seconds matter. And NGFS is working to shave minutes off response time.
How It Works
The GOES satellites capture updated imagery of the U.S. every five minutes — and up to every minute for high-risk regions. The NGFS software uses advanced algorithms to scan those images for hot spots, including through smoke and cloud cover. If something unusual pops up, it’s automatically geo-tagged and shared through an online dashboard that’s accessible by meteorologists, dispatchers, and firefighting teams.
Beyond detection, the system also delivers live fire behavior data, helping incident commanders anticipate where a blaze might move next.
“Lives can be saved or lost from what you learn in minutes or even seconds,” said Todd Lindley from the National Weather Service office in Norman, Oklahoma. “NGFS gives us those minutes.”
Eyes on Colorado
While NGFS is already being used by fire officials in California, Oregon, Texas, New Mexico, and other high-risk states, it’s not yet fully integrated into Colorado’s fire management system. But that could soon change.
The NGFS is back in the Fire Weather Testbed for a second evaluation — and that work is happening in Boulder, Colorado, at NOAA’s Global Systems Laboratory. The goal? To expand the system’s usefulness by streamlining how alerts are delivered to land managers and fire teams across the West.
Zach Tolby, manager of the Fire Weather Testbed, is optimistic: “The rapid adoption of NGFS demonstrates its significant value to meteorologists. Now we want to look for ways to optimize the system for wildland fire management in the field.”
Given Colorado’s mix of urban-wildland interface, mountainous terrain, and recent history of destructive wildfires like the Marshall Fire and East Troublesome Fire, a system like NGFS could be a game-changer for our future fire seasons.
The Bottom Line:
With faster alerts, more accurate tracking, and proven cost savings, NGFS isn’t just another tool — it’s a wildfire-fighting revolution. And as NOAA continues to fine-tune the system in Colorado, it might not be long before Coloradans are among the next to benefit from this orbiting line of defense.
Learn more about NOAA’s Next Generation Fire System here:
🔗 https://cimss.ssec.wisc.edu/ngfs