Screenshot of the Biosurveillance Common Operational Picture (BCOP) web application that consists of a 3D view of the U.S. Capitol in the center and surrounded by numerous dashboard components providing various modeling data and information.

A web-based information dashboard that provides analysts from the National Biosurveillance Integration Center the ability to track and monitor disease outbreaks across the world. This tool provides a common integrated view of the information for both situational awareness and decision-making, and is has been deployed for use in a 24/7 Department of Homeland Security command center.

Image containing a photo of a person in a cattle pasture clicking an iPad tablet to fill out an animal assessment. Also shown is the BFES application login screen.
BFES

Biosurveillance Field Entry System

Status: Completed

A cross platform mobile application that can be used by veterinarians for easily capturing of syndromic symptoms of animals in the field. This application allows for form-based submission in both a live and store-and-forward fashion for use in even very rural locations. The results can be queried and displayed in both a geospatial and temporal fashion within an analyst workstation. This is one perspective of the AgConnect system.

Screenshot of the Coast Guard Dashboard System that consists of a center map of the Puget Sound, Washington, area overlayed with vessel icons. The map is surrounded by numerous dashboard components providing various modeling data and information.
CGDS

Coast Guard Display System

Status: Completed

A web-based information dashboard that provides a user-defined common operating picture across multiple echelons and within different functional areas. This tool was used as part of an on-the-water exercise by the Coast Guard’s Sector Seattle Command Center in August of 2009. These dashboards provided integration of live data feeds describing the current operational environment, real-time video and sensors for providing monitoring and surveillance capabilities, and custom simulation and visual analytic products. The common integration of these diverse tools supported the full decision-making process.

Photo of the Micro Grid trailer, a deployable emergency power solution for emergency response and recovery operations along the Texas-Mexico border.
Micro Grid

Deployable Emergency Power Solution

Status: Completed

Developed and deployed an innovative and unique hybrid micro-grid technology that actively stores energy from renewable energy sources for as a deployable power solution for emergency response and recovery operations along the Texas-Mexico border.

This image depicts 4 aspects of the DREAMS (Disaster Relief and Emergency Medical Services) Digital EMS project: a screenshot of the software user interface, a military HMMWV ambulance, a white civilian ambulance, and a dual-screen Physician cart.
DREAMS™ Digital EMS

Disaster Relief and Emergency Medical Services

Status: Completed

A mobile telemedicine solution providing high quality video, audio and patient physiologic data in real-time from mobile remote ambulances, deployable systems, and portable kits to hospital physicians to enable earlier physician intervention, resulting in increased survivability and reduced morbidity.

Screenshot of the Dynamic Preparedness System (DPS) prototype that consists of a 2D map overlaid with various icons, weather, and plume models in the center and surrounded by numerous dashboard components providing various modeling data and information.
DPS

Dynamic Preparedness System

Status: Completed

Designed, developed, and deployed an information dashboard to provide relevant, integrated, and real-time information to decision-makers by presenting a user-defined common operating picture synthesizing authoritative data sources.

Screenshot of the Emergency Management Exercise System (EM*ES) in which a timeclock is displayed in the upper left corner, a tabbed menu across the top, and the remainder of the screen is a 2D map overlayed with various boundary lines and a plume model.

An exercise management system used to help train both civilian and military emergency response personnel in large-scale incident management and planning. Over 25,000 U.S. and international emergency responders have been trained in exercises ranging from the incident command post up to the state operations level.

Screenshot of the first-person Emergency Management Exercise System – Virtual (EM*ES Virtual) simulation-based virtual training system. The screen displays multiple fire personnel carrying a stretcher to retrieve an injured industry worker.

A simulation-based, virtual training system to support TEEX’s Industrial Incident Management and Incident Command training program. This system immerses trainees into highly realistic situations, provides opportunities to exercise management and response doctrine within situation-specific emergencies, and enables for a richer and more effective training experience for participants.

Screenshot of the Engaged to Excel (E2E) web application that consists of a 2D U.S. map overlaid with various icons and animal movement lines as well as colored states. The map is surrounded by numerous dashboard components providing various modeling data and information.
E2E

Engage to Excel

Status: Completed

Developed innovative technology to support secure data compartmentalization, sharing, visualization, and analysis that enables animal producers to maintain business continuity and perform risk management during an active animal disease outbreak, thereby minimizing business downtime and negative effects on the U.S. economy.

Screenshot of the AgConnect Enhanced Passive Surveillance (EPS) web application that consists of a 2D map of the south-western U.S. and various counties colored within Arizona and New Mexico. The map is surrounded by numerous dashboard components providing various modeling data and information. Overlayed on the image is an iPad showing a screenshot of the mobile app with Texas counties color-coded and a graph of data.

A system for integrating and analyzing syndromic surveillance data captured from mobile apps and other relevant sources. The data is aggregated and combined with embedded visualization and analysis tools to help determine baseline conditions in order to detect any anomalies that may signal the onset of an animal disease outbreak. This is one perspective of the AgConnect system.

Accessibility improvements are in progress ahead of the April 2027 deadline. If you need immediate access, visit our Accommodations page.