• Ways to Strengthen the Resilience of Supply Chains After Hurricanes

    A new report from the National Academies of Sciences recommends ways to make supply chains — the systems that provide populations with critical goods and services, such as food and water, gasoline, and pharmaceuticals and medical supplies – more resilient in the face of hurricanes and other disasters, drawing upon lessons learned from the 2017 hurricanes Harvey, Irma, and Maria.

  • New Wildfire Reality: Helping Land Managers Take Risk-Analysis Approach

    New digital tools will enable land managers to better adapt to the new reality of large wildfires through analytics that guide planning and suppression across jurisdictional boundaries that fires typically don’t adhere to.

  • DARPA Wants Smart Suits to Protect Against Biological Attacks

    DARPA, the Pentagon’s research arm, wants to accelerate the development of innovative textiles and smart materials to better and more comfortably protect humans from chemical and biological threats.

  • Rapid DNA Identifies Boat Fire Victims

    Thirty-four people died in a tragic boat fire on 2 September 2019, off the coast of Santa Cruz Island, California. Thanks to a technology funded by the DHS S&T, the 33 passengers and one crew member who died were quickly identified.

  • Data Science Could Help Californians Battle Future Wildfires

    A major wildfire spread through Colorado, and I spent long hours locating shelters, identifying evacuation routes and piecing together satellite imagery. As the Fourmile Canyon Fire devastated areas to the west of Boulder, ultimately destroying 169 homes and causing $217 million in damage, my biggest concerns were ensuring that people could safely evacuate and first responders had the best chance of keeping the fire at bay. The oddest thing about that 7 September 2010? I spent it sitting comfortably in my home in Bloomington, Indiana, a thousand miles away from the action.

  • Preparing for Chemical Attacks

    Is the U.S. ready for a chemical attack on the homeland? With the very real possibility of a chemical attack in public spaces like stadiums, religious buildings, museums and theaters, or even contamination of the food or water supply, the U.S. needs to be prepared to take appropriate action to save lives. This means having security measures in place to prevent or minimize the attack. It also means having effective medical responses that consider the quantity of medical supplies needed, transportation of those supplies to the scene, and medical facilities and personnel to care for the injured.

  • Monitoring Hurricanes: Better Life-Saving, Property-Preserving Decisions

    When a natural disaster strikes, first responders step in to reduce harm and save lives. They risk their lives in highly unpredictable environments — often without clear knowledge of the dangers they are facing or where they are needed most. Now, imagine if responders could make use of cutting-edge disaster forecasting models in conjunction with real-time data to predict a disaster’s impact and then use that information to make better-informed decisions. Fewer lives would be lost and more people would receive the help they need.

  • Robotic Lifeguard EMILY Proves Itself in the Wake of Hurricane Dorian

    The responders who came to the rescue a day after Hurricane Dorian finished lashing Abaco Island in the Bahamas had a tool to get ashore, so they could provide medical care and supplies to stricken islanders. It was EMILY the robotic lifeguard—officially known as the Emergency Integrated Lifesaving Lanyard—a remote-controlled unmanned surface vehicle that has proven its mettle saving imperiled swimmers during natural disasters and humanitarian crises.

  • Helping First Responders Identify Unknown Chemicals

    First responders arrive first on the scene when disaster strikes or terrorists attack. They often encounter dangerous conditions like smoke and chemicals. To best help in situations like these, they need to know the chemical substances present onsite. This is where analytical field instruments such as Gas Chromatograph/Mass Spectrometers (GC/MS) come into play. But to acquire such technology, first responders first need to know which GC/MSs suit both their needs and their budgets.

  • In-Suit Communications Equipment for First Responders

    Every day, across the nation, emergency responders are dispatched to calls with situations ranging from basic structural fires to complex search and rescue operations to domestic violence or assaults. Emergency responders answering those calls for help oftentimes arrive at a scene with limited information, so communication between themselves and their colleagues becomes of the utmost importance. When responding to a hazardous material incident, personal protective equipment (PPE) may need to be worn, which can significantly impact the ability to communicate.

  • The Complications of Counting Casualties after Natural Disasters

    There are many gray areas when collecting data on how and why people died in a disaster. A new study now underway aims to identify best practices for collecting, recording, and reporting death and illness data during and immediately after large-scale weather disasters.

  • Preparing for the Unexpected Disaster

    When thinking of earthquakes in the U.S., California often comes to mind. But what if a massive earthquake suddenly struck Middle America? Would first responders and emergency managers have the tools to swiftly secure infrastructure and ensure public safety? Would every level of government, as well as stakeholders at non-governmental organizations or in the private sector, know how to properly communicate and share resources? DHS S&T asked itself these questions, and they were the driving force behind S&T joining FEMA and others for FEMA’s 2019 Shaken Fury exercise.

  • Hazmat Challenge Tests Responders’ Skills in Simulated Emergencies

    Ten hazardous materials response teams are testing their skills in a series of graded exercises Aug. 19-23 at Los Alamos National Laboratory’s Hazmat Challenge. “Toughest scenarios yet” plus an obstacle course help hazmat teams hone their abilities.

  • Evaluate AI capabilities in Helping Paramedics

    Paramedics must make numerous life-saving decisions, often in the back of an ambulance with limited time. While they at times call doctors for additional medical directives, precious seconds tick away for the patient during these back-and-forth conversations. DHS S&T partnered with its Canadian counterpart to examine whether artificial intelligence could be used to improve that information overload.

  • This High-Tech Solution to Disaster Response May Be Too Good to Be True

    The company called One Concern has all the characteristics of a buzzy and promising Silicon Valley start-up: young founders from Stanford, tens of millions of dollars in venture capital and a board with prominent names. Its particular niche is disaster response. And it markets a way to use artificial intelligence to address one of the most vexing issues facing emergency responders in disasters: figuring out where people need help in time to save them. That promise to bring new smarts and resources to an anachronistic field has generated excitement. But there are skeptics, and interviews and documents show the company has often exaggerated its tools’ abilities and has kept outside experts from reviewing its methodology.