News & blog / Blog post

Wildfire Solution - Distance to Assets & Wildfire Analytics Update

News & blog / Blog post

Wildfire Solution - Distance to Assets & Wildfire Analytics Update

In wildfire management, every second counts - and so does every kilometer (or mile for the Americans). When you're protecting critical infrastructure, monitoring operational zones, or planning for the season ahead, visibility is everything. That’s why we’re introducing a few new powerful capabilities within Wildfire Solution that bring your assets and wildfire data together in one ecosystem.

Take Control with User-Defined Assets

Previously, users couldn’t define and manage their own ground assets like buildings or powerlines within the platform. This meant limited visibility into whether active fires were threatening critical infrastructure, property boundaries, or operational areas - making proactive planning and rapid response more difficult.

In our newest updates, that changes. 

With User Assets, you can:

  • Manually create assets as points, lines, or polygons

  • Upload assets via Shapefile or GeoJSON

  • Automatically include assets in nearby fire detection analysis

  • Toggle the User Asset layer on or off

  • Instantly see whether fires are approaching your defined areas

This feature gives you clarity to track how close a fire is coming to your property, buildings, infrastructure, or anything else you define. Along with that, we have also introduced:

Nearby Assets – Distance Table: Real-Time Risk Clarity

Knowing that a fire is “nearby” isn’t enough. You need to know how close it actually is, and how fast that distance is changing.

The new Nearby Assets – Distance Table provides continuous, real-time visibility into fire proximity.

The table appears when:

  1. You’ve created User Assets, and

  2. A fire cluster is detected within 10 km of those assets.

When these conditions are met, a distance table automatically becomes available within the cluster details view. Expanding the table reveals:

  • A list of affected assets

  • The current distance between the fire cluster and each asset

  • Dynamically updating measurements as the fire perimeter grows or contracts

This transforms static awareness into actionable intelligence. Operations teams can prioritize suppression strategies, inform initial attack decisions, and assess exposure risk with confidence.

Wildfire Analytics: See the Bigger Picture

While real-time monitoring is essential, long-term insight is equally critical for strategic planning.

Wildfire Analytics provides a centralized view of wildfire activity within your Area of Interest—all in one place.

With powerful filtering capabilities, you can:

  • View the total number of fires

  • Analyze the total fire burn area

  • Examine specific burnt areas on the map

  • Filter data by date—including historical records going back to 2020

This allows you to:

  • Identify long-term wildfire trends

  • Prepare more effectively for upcoming seasons

  • Support mitigation and prevention planning

  • Generate fast, data-backed reports

Instead of manually compiling scattered information, you gain structured, visualized insights that support both operational decisions and executive reporting.

A Unified Approach to Wildfire Intelligence

Together, these capabilities create a seamless workflow:

  1. Define what matters with custom User Assets.

  2. Monitor real-time proximity with dynamic distance tracking.

  3. Plan strategically using historical and trend-based wildfire analytics.

The result? Greater situational awareness, faster decision-making, and smarter wildfire management - today and for the seasons ahead.

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The Smokehouse Creek Fire of February 2024 became the largest wildfire in Texas history, burning more than 1 million acres across the Texas Panhandle and into Oklahoma. What began as a collapsed power line in high winds quickly escalated into a fast-moving wildfire fueled by drought, unseasonably warm temperatures, and extreme weather conditions. Over nearly three weeks, the fire destroyed hundreds of structures, killed thousands of cattle, and caused more than $123 million in damages. Beyond the staggering statistics, the event exposed critical gaps in early detection, situational awareness, infrastructure monitoring, and interagency communication. By examining the ignition, rapid spread, and complex multi-agency response, we uncover key lessons for improving wildfire detection, response coordination, and real-time operational intelligence. As wildfire behavior grows more extreme, integrated monitoring systems and shared situational awareness are no longer optional — they are essential.