Three lessons from the WFCA Tech Summit about turning proven technology into better decisions on the fireline.
Earlier this month, I attended the Western Fire Chiefs Association's Wildfire Technology Summit, surrounded by fire service leaders, operators, and technology providers working to advance collaboration in wildfire preparedness, response, and policy. The summit made it very clear that technology is advancing faster than the systems required to connect and deploy it.
Aristotle best stated that “the whole is greater than the sum of its parts.” From predictive modeling and detection systems to autonomous aircraft and real-time intelligence, the wildfire technology community has made significant progress. But these capabilities are still too often disconnected, while outdated procurement processes and jurisdictional barriers make them harder to adopt and integrate.
The next chapter of wildfire technology will not be defined by a single new tool. Instead, it will be defined by whether existing capabilities can work together to improve decisions and protect the people on the fireline.
The Problem Isn’t Capability. It’s Connection.
Three challenges stood out in my conversations.
- Wildfire technology has a connection problem. Sensors, cameras, satellites, models, and mapping platforms are already being used across the wildfire technology ecosystem in different stages of technology readiness levels. But these systems tend to be siloed. Bringing that information together still requires significant manual coordination. In the summit's Phase 2 findings, practitioners ranked interoperability as their top requirement, with a common data schema identified as a dependency for 14 of the 19 priority capabilities.
- Fire crosses jurisdictions, but information often doesn’t. Hundreds of fire agencies operate across the western United States, each with its own unique systems and procedures. A firefighter from Colorado responding to an incident in California may be fully qualified for the assignment but unfamiliar with the local conditions and operational details that affect safety. When that information isn't easily accessible across agencies, coordination becomes harder at precisely the moment it matters most. That information needs to move as effectively as the responders themselves. Additionally, responders need a system of systems that is familiar to achieve optimal human-to-system performance.
- Procurement is lagging behind the technology. Many agencies operate within purchasing frameworks designed around capital expenditures and equipment ownership. But today's wildfire technology increasingly depends on software, ongoing updates, and services that need to evolve alongside operational requirements. When procurement processes favor one-time purchases over integrated services, agencies can face additional barriers to adopting the capabilities they need. Standards and regulations must evolve alongside the technology.
Ultimately, these challenges come back to the same priority: firefighter and public safety. This season has already seen 18 fireline deaths, above the reported 10-year average of 15.5. Better coordination and more accessible information can support informed decisions when the stakes are highest, even as the risks of wildfire response remain.
The Future Is a Shared Operational Picture
The challenges raised at the summit reinforced the direction we're taking at EMBERPOINT. The opportunity is to bring together the capabilities that exist today and make them work more effectively for the people who rely on them.
Our approach spans the full wildfire management process. Before ignition, that means advancing predictive intelligence through robust AI models, fuel mapping, and lightning prediction to better understand where risk is building. Once a fire starts, the focus shifts to connecting satellite- and sensor-based detection with real-time operational intelligence, so information can move more quickly from detection to decision. From there, aircraft and autonomous systems can support more precise resource deployment, while post-fire analysis helps inform future responses.
But none of those capabilities can deliver their full value in isolation. That's why I left the summit even more convinced of the need for a lead systems integrator: one that connects existing technologies, datasets, and operators into a shared operational picture across jurisdictions.
For the firefighter, the goal should be simple: one log-on, one screen, and reliable information when it matters most at scale.
Integration Is the Next Essential Capability
Earlier this year, I wrote about the Coordination Gap: the space between what individual wildfire systems can do and what they produce together at the moment of decision. At the summit, I heard that same challenge echoed by the people navigating it every day.
Disconnected technologies, information that stops at jurisdictional boundaries, and procurement processes that haven't kept pace are not separate challenges. They're interconnected barriers to making wildfire response more effective.
At EMBERPOINT, we're focused on helping close those gaps by connecting proven capabilities, identifying what's still missing, and building solutions around the needs of the fire service. Because ultimately, progress shouldn't be measured by how much new technology we introduce, but by how effectively it helps the people making decisions on the fireline.
If you're working on wildfire resilience, from the fireline to the data layer underneath it, let's continue the conversation.