Happy Wednesday FACNM community,
As wildfires grow more frequent, communities around the world are looking for better ways to detect ignitions early and stop the spread of wildfire into the built environment. Traditional fire response methods, while still essential, are no longer the only tool available to land managers and community leaders. New technologies are playing a critical role in helping firefighters, emergency managers, and communities respond faster, smarter, and more safely.
From AI-powered cameras to satellite monitoring and drones, technology is reshaping how fires are detected, tracked, mitigated, and suppressed.
This Wildfire Wednesday features:
Technology to Improve Fire Detection, Suppression, and Mitigation
Smarter, Faster Fire Detection
Real-time Data for Better Decisions
Innovations in Fire Suppression
Supporting Mitigation and Communities
Looking Ahead
Learn More and Stay Engaged
Be well,
Megan
Technology to Improve Fire Detection, Suppression, and Mitigation
Smarter, Faster Fire Detection
Early detection is one important factor in preventing small fires from becoming large disasters. Historically, wildfires were most commonly reported by residents calling into local dispatch centers or spotted by staff and volunteers stationed in fire lookout towers. While these methods have proven effective over time, they can be slow, particularly as land mangers try to locate the cause of the smoke, or may be hindered by limited visibility.
With today’s technology, advanced detection systems are helping spot fires within minutes of smoke appearing in the air or heat being produced on the ground. These systems provide fire managers with earlier alerts, more precise locations, and better situational awareness at the very beginning of an incident.
Networks of high-definition cameras installed on towers, ridgelines, and mountaintops are now being used to continuously scan large landscapes. These cameras rely on artificial intelligence platforms, such as Pano AI and ALERTWest, to detect smoke patterns and automatically alert fire agencies and other authorized partners. Unlike traditional cameras, AI-enabled systems are trained to distinguish between smoke and non-fire visual disturbances such as fog, dust, or cloud cover, significantly reducing false alarms and improving response confidence.
New Mexico Examples
The public view of the camera, Tesuque Peak 1, on the ALERTWest website. Visit ALERTWest - Tesuque Peak 1 to view the current camera picture.
One local example is the Tesuque Peak 1 camera, which is publicly viewable on the ALERTWest website. In July 2025, the Greater Santa Fe Fireshed Coalition installed a fire camera atop Tesuque Peak to improve early detection across large portions of the Santa Fe Fireshed. This includes the critically important upper Santa Fe Municipal Watershed, the Pecos Wilderness, and the Rio en Medio and Tesuque drainages—areas where a fast-moving wildfire could have serious impacts on water supply, recreation, and nearby communities. The camera, which can see about 25 miles during the day and 50 miles at night, as well as zoom in up to 40x magnification, continually scans the landscape for smoke. ALERTWest uses artificial intelligence to flag potential fires on the camera feed, which then alerts human technicians to confirm risk and notify local response agencies.
New Mexico is also expanding its camera-based detection efforts statewide. State officials invested in a pilot program consisting of 11 wildfire detection cameras, to be placed in areas around Santa Fe and Albuquerque. The New Mexico Forestry Division, in partnership with electric utilities Public Service Company of New Mexico (PNM) and Southwestern Public Service Company, has contracted with Pano AI to build out the state’s first comprehensive AI-enabled wildfire detection camera network.
Each tower the company is building includes two rotating, high-resolution cameras that are stitched together to create a 360-degree panoramic image updated every minute. Pano AI uses artificial intelligence trained to detect the earliest signs of smoke. Potential fire starts flagged by the software are then reviewed by analysts on staff before an alert is sent to local emergency response agencies and dispatchers. The camera network can provide precise location data for wildfires, enabling agencies to send the appropriate amount of staff and resources to the right location.
Satellites are also playing a critical role in early wildfire detection. Modern satellite systems are used by researchers, fire officials, and land managers to identify heat signatures and smoke plumes across large regions, including remote or inaccessible terrain. In some cases, satellites can detect a fire before it is visible from the ground, providing agencies with a valuable head start—especially in areas without ground-based detection infrastructure.
Real-time Data for Better Decisions
Detecting a fire earlier is only the first step. Once a fire ignites, technology helps responders access accurate, real-time information to guide decisions about suppression, evacuations, and firefighter safety.
Drones—often referred to as unmanned aerial systems (UAS)—are increasingly used to support firefighting operations. Drones can quickly provide eyes on the ground in places where it may be unsafe, inefficient, or impossible to send crews. They allow fire managers to gather information about an unfolding incident much faster than a traditional on-the-ground size-up. Drones also allow opportunities for surveillance in areas with dangerous terrain or during low visibility, some of the most dangerous conditions for wildland fire pilots.
Equipped with thermal imaging cameras, drones can fly over active fires to locate lingering hotspots hidden by smoke, vegetation, or darkness. Without this technology, firefighters often must physically walk burn scars to search for remaining heat, an effort that can take significant time and manpower depending on a fire’s size. Drone data allows crews to be dispatched more safely and efficiently, focusing only on areas that are still producing heat and pose a risk of reignition.
Drones are also particularly valuable during overnight operations, when manned aircraft are often grounded due to safety concerns. UAS can continue collecting data on fire behavior, helping incident commanders maintain situational awareness around the clock. In post-fire situations, drones also help assess damage quickly, allowing communities to plan recovery efforts sooner and more effectively.
Innovations in Fire Suppression
Technology is also changing how fires are suppressed once they are detected. Companies like Seneca, a resilience technology firm, are developing aerial systems designed to support fire suppression using artificial intelligence to locate and attack fires before they spread. Seneca’s drones can carry more than 100 pounds of water or foam, deploy suppression agents at over 100 PSI, and be launched remotely by an operator from any location. These systems have the potential to reduce response times to under ten minutes, allowing fires to be attacked during the critical early window when a single ignition could otherwise grow into a large incident.
Drones are also now being used to deliver supplies to firefighters working in difficult or dangerous terrain. While they have not replaced traditional logistics operations, drones are proving useful for delivering small but essential items such as water, tools, and medical supplies, when speed, access, and safety are priorities.
In wildfire-prone regions, utilities are also adopting technology to reduce ignition risk. Sensors and automated shutoff systems are being used to de-energize power lines during extreme wind events, helping prevent electrical equipment from sparking fires under dangerous conditions.
Supporting Mitigation and Communities
USFS UAS operator explains the system to members of New Mexico’s All Hands All Lands burn team.
Beyond detection and suppression, technology is playing a growing role in mitigation and prescribed fire operations. Drones are now commonly used to support prescribed burns by conducting aerial ignitions. These UAS can carry ping-pong-ball-sized ignition spheres filled with a potassium-based compound that ignites on impact, allowing managers to ignite large interior areas of units without needing to send in crews with torches.
This past fall, the Carson National Forest used a UAS to support ignitions during the Ojo Sarco prescribed burn. Ariel ignitions allowed firefighters to avoid steep, dangerous terrain and focus their efforts on holding the line downwind to ensure that fire did not cross onto private property or impact the water delivery infrastructure for the community of Ojo Sarco.
Prescribed burns and vegetation thinning are also increasingly guided by data and modeling tools. Using smart sensors and high-resolution imagery from drones and ground-based systems, researchers are training models to process real-time environmental data alongside weather forecasts and historical fire behavior. These tools help land managers better understand how a planned burn may behave across a specific landscape, with the ability to account for factors like fuel types, slope, and topography.
Luis Sotto, a foreman with BurnBot, works on fuel mitigation Tuesday with a masticator on the Rim Trail in Los Alamos. Photo credit: Michael G. Seamans/The New Mexican.
Technology is also being used for fuel mitigation. Los Alamos County Fire has contracted BurnBot, a California-based company, to do fuel removal using a remote controlled masticator and a “BurnBot,” which is a vehicle that conducts prescribed burns in a chamber and then suppresses them. The benefit of this technology, particularly the masticators, is they run on slopes that conventional masticators would not be able to operate on and the speed at which the technology works. According to reporting by The Santa Fe New Mexican, two BurnBot mastication machines can treat approximately three acres per day, a task that would typically take a 20-person crew nearly twice as long since they have to cut the fuel and then return for chipping.
Looking Ahead
Technology alone will not solve the growing wildfire challenge. However, many fire professionals increasingly view technology as a force multiplier, augmenting existing capacity rather than replacing firefighters. Tools like drones, cameras, and satellites can significantly expand a department’s ability to detect, respond to, and suppress fires threatening communities and critical infrastructure.
As noted in a Grist article, drones are “far from a silver bullet.” Battery life is limited, they can only complete flights of about 15 minutes on average, and human verification, often referred to as “ground truthing,” is still essential. Therefore, technology works best when paired with experienced personnel and strong operational planning.
One of the biggest challenges moving forward is ensuring that under-resourced fire departments and non-federal land management organizations can access and sustain these tools. While technology has proven effective across the West, long-term investment and funding are needed so innovation can keep pace with increasing wildfire risk and so tools like fire cameras and UAS can be adopted more widely across New Mexico.
Learn More and Stay Engaged
Webinars
Lead by the IAFC Technology Council, "Tech Talk Tuesdays" occur twice a month as live discussions where professionals dive into the latest advancements in public safety technology. Each session features interviews and demos with first responder leaders, exploring innovative solutions and real-world applications that are shaping the future of emergency response.
View past Tech Talk recordings: Tech Talk Tuesdays - YouTube
Join IAFC live for the next Tech Talk Tuesday on LinkedIn, Facebook, and YouTube
Conferences
Attend the Red Sky Summit, hosted by by Convective Capital, with support from the Gordon and Betty Moore Foundation and other philanthropic sponsors. The Summit’s objective is to develop and scale innovative, technology-based solutions to the wildfire crisis.
Date: November 4, 2026 | San Francisco, CA
Attend the Technology Summit International (TSI), hosted by the International Association of Fire Chiefs. Sessions dig in with hands-on, face-to-face, and problem-focused experiences. This is a chance to test tools, question experts, and explore opportunities and challenges with the professionals across the fire service.
Date: December 8-10, 2026 | Denver, CO
Upcoming Opportunities and Additonal Resources
The International Association of Fire Chiefs (IAFC) Wildfire Programs is accepting proposals from fire departments for Fuels Reduction Projects.
The goal is to facilitate on-the-ground fuel reduction projects in communities across the country. The funding opportunity is for fire and emergency response agencies to implement or expand community fuels-reduction projects in their jurisdictions. Funding can support staffing costs, contractual services, purchase of mitigation PPE, and purchase of small equipment (valued at less than $5,000). Fire departments that work closely with the Forest Service and other partners on cross-boundary fuels-reduction projects and that demonstrate financial need will receive the highest priority for funding.
A maximum of $15,000 per department is available, with a minimum cash match of 5% of the award total. Applications are due February 27, 2026 at 11:59 PM EDT.
NM Forestry Division: Hiring a Wildfire Prepared Program Coordinator
The New Mexico Forestry Division is hiring a full‑time Wildfire Prepared Program Coordinator, based in either Albuquerque or Santa Fe. This position will lead a new statewide initiative designed to help homes and properties in New Mexico better withstand wildfire.
The position duties include coordinating the New Mexico Fire Planning Task Force and analyzing data and preparing the annual Communities At Risk report. The position will work closely with other state agencies to develop standards for defensible space and wildfire prepared structures; create grant guidelines, eligibility requirements and scoring criteria for expenditures from the Wildfire Prepared Fund; create policies and procedures for the Wildfire Prepared Program including allocating budget and setting budget priorities; and more.
Application closes February 11, 2026.
Webinar: State of the Science on Wildland Firefighter Health and Wellbeing
February 11, 2026 | 11AM MST
This webinar from the Southwest Fire Science Consortium and Southern Rockies Fire Science Network will highlight findings from the Wildland Firefighter Health Scoping Review, which analyzed more than 250 studies published between 1985–2025. The review shows that while some groups—like Interagency Hotshot Crews—are frequently studied, others, including support personnel, receive far less attention. Research on cancer, cardiovascular disease, and other chronic disease risks is growing, but long-term health studies remain scarce. Although many strategies have been proposed to reduce health risks, few have been formally evaluated.
This webinar will also introduce the Wildland Firefighters’ Science Needs Assessment, a new effort to identify priority research areas and strengthen collaboration between practitioners and researchers to better support firefighter health and wellbeing.
Understanding Forestry Terms: A Glossary for Private Landowners
In discussing forest land management and forest operations, you will often hear and read words and phrases that are unique to the natural resources professions. You will also encounter some common terms that have special meanings when applied to forestry. NC State Extension published a list of terms that defines more than 150 forest resource terms to help everyone in conversing about forestry matters and to help make informed decisions about your forestland.
