International Cooperation Strengthens Global Infrastructure
How two decades of sharing our nations’ infrastructure-related challenges has helped to accelerate global solutions.
An official website of the United States government
Here’s how you know
Official websites use .gov
A .gov website belongs to an official government organization in the United States.
Secure .gov websites use HTTPS
A lock
()
or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.
How two decades of sharing our nations’ infrastructure-related challenges has helped to accelerate global solutions.
DHS S&T announced the delivery and phased implementation of wildland fire sensors throughout Colorado that can detect the early stages of wildfires before they spread
As climate conditions are becoming hotter and drier, wildfires have grown more intense and destructive across much of the United States. The public safety challenges from wildfires are most acute in the area known as the wildland urban interface where lives and infrastructure are at most risk. Addressing the nation’s wildfire problem will invariably involve bridging different cultures of fire safety and risk that have traditionally been separate and developing a mix of social and technological innovations and ecosystem services to enable better wildfire mitigation and firefighting practices.
The Big City Fire Working Group (BCF) brings together representatives from 12 of the largest fire departments in the United States, as measured by number of stations and operational personnel. BCF members are senior leaders who understand the highest priorities of their departments and collaborate to identify and discuss the needs and challenges of fighting fire in dense urban settings. The S&T's NUSTL convenes and manages the BCF in support of the Directorate’s first responder portfolio and is responsible for setting strategy, executing process and identifying potential research, development, test and evaluation opportunities associated with the group.
Today, DHS S&T announced the placement of 80 wildfire detection sensors across Maui and the Hawaiian Islands.
S&T and the University of California San Diego recently collaborated with local California fire departments to evaluate WIFIRE’s edge computing and artificial intelligence capabilities.
Join the kick-off event as S&T and our partners at the U.S. Fire Administration and across Hawai’i announce a new round of beta testing for wildfire sensors. These devices can detect smoke and use artificial intelligence to distinguish between normal activities (such as barbeques) and smoldering fires, automatically alerting officials to give them more time to coordinate response or evacuation efforts.
Wildfires across the U.S. and around the world are becoming more frequent, costly, and dangerous. DHS S&T is working with the U.S. Fire Administrator, N5 Sensors Inc., TechNexus, and the Virginia Innovation Partnership Corporation to develop and test early wildfire detection technology to assist the Federal Emergency Management Agency and state and local emergency management partners.
Last week, S&T joined colleagues from NOAA, NASA, and the National Weather Service for an immersive extreme weather risk and preparedness workshop at the University of Oklahoma’s National Weather Center.
If you’ve heard that familiar emergency alert sound blaring from your phone, you already know a little bit about what’s in store in this episode.