Latest
YesterdaySaanich Starts Five-Year Upgrade Of Water Meter Reading Equipment At 30,000 Properties YesterdayDubai’s Moro Hub Partners With ThingsBoard To Host Government IoT Applications On Moro Cloud YesterdayMonza Completes 12,688-Point LED Streetlight Replacement And Adds QR Fault Reporting YesterdayUSDOT Selects UCLA, University Of Michigan And Derq For $5.5M Intersection Safety Phase One YesterdaySIEL-Territoire d’Énergie Loire Reaches 25,000 Sensors On Its ROC42 LoRaWAN Network 25 OctMBTA Begins Hayden AI Bus Lane And Bus Stop Camera Enforcement On Routes SL4 And SL5 24 OctLos Angeles Council Approves 50 DASH Bus Enforcement Cameras In $3.43M Hayden AI Contract 22 OctFriuli Venezia Giulia Council Backs Adaptive Streetlight Study After €156.6M Udine Crash Toll 22 OctNYC Department of Transportation Ends Automotus Curb Camera Pilot on the Upper West Side 22 OctAomori Prefecture Installs 12 AI Bear-Detection Cameras In Hakkoda Mountains After Fatal Attack
Kurrantly News · Weekly briefingThe week in smart cities and utilities, in one email
Share
Environmental Monitoring · USA

Larimer County Deploys OroraTech Satellite System to Boost Wildfire Response

Kurrant News Desk · ·1 min read

Larimer County in Colorado has launched a pilot program in 2025 to integrate OroraTech’s Wildfire Solution platform into its emergency services operations. The county will receive near-real-time wildfire alerts, AI-based fire spread modeling, and decision support tailored to its mountainous terrain.


OroraTech’s system draws on data from more than 25 satellites to detect fires as small as 10×10 meters, and combines satellite imagery with onboard processing to reduce latency.

The deployment covers Larimer County, a jurisdiction with a history of frequent and large fires, including the 208,000-acre Cameron Peak Fire in 2020 and the 87,000-acre High Park Fire in 2012, and aims to improve both early detection and rapid response.

While the announcement does not disclose the investment cost or full scaling plans for the county, OroraTech itself plans to build a constellation of up to 96 satellites to achieve near-continuous global wildfire coverage, aiming for revisit times of around 30 minutes.

This new adoption underscores growing reliance by local governments on satellite-based intelligence to strengthen wildfire preparedness and situational awareness on the ground.