About

Purdue University and the Texas A&M Engineering Extension Service (TEEX) is developing an innovative virtual reality (VR)-based training program to help public safety officials understand the connectivity created by the Internet of Things (IoT) technologies and increase awareness around the impacBusiness photo created by pch.vector - www.freepik.comts of cyberattacks on IoT for incident response and recovery during disasters. This program will increase the community’s ability to prevent an attack and continue to enhance the community’s resilience during times of catastrophic disasters.

The training will be composed of a series of scenario-based, immersive, experiential learning modules in which cyber incidents and attacks occurring concurrently with natural and man-made disasters.

Through these scenarios, participants will observe cause-and-effect reactions to the ubiquitous connected IoT technologies and identify strategies and techniques to adapt and prevent IoT-based attacks.

Utilizing artificial intelligence techniques, the project will include the development of an artificial intelligence-powered customizable VR-based training program. In addition, the training program will be adaptive to the learner and also accessible through a web-based platform tailored to operate on individuals’ personal devices. The program evaluation component of the project will provide insights into the effectiveness of VR-based training platforms and explore potential contributions of artificial intelligence in developing customizable and personalized training programs.

Project Period: 9/2020 – 8/2023

Funding Agency: The U.S. Department of Homeland Security (DHS)

Federal Emergency Management Agency (FEMA)

Project Amount: $1,500,000

Background

As IoT technologies continue to permeate commIOT pic designed by macrovector - freepikunities, emergency planning and response organizations struggle to mitigate the increasing vulnerabilities created by the ubiquity of these technologies. Cyber Resilience Adaptive Virtual Reality Experiences (CRAVRE) is designed for decision-makers at the state, tribal, and local levels of government, public safety leaders (e.g., fire, EMS, law enforcement, hospital and healthcare, public health, emergency management, etc.), key private sector stakeholders and partners, and non-governmental organizations (NGOs) who play essential roles in disaster planning, response, and recovery.

Cybersecurity training is needed throughout the nation at all levels within the workforce; public safety is not an exception. CRAVRE is focused on helping key decision-makers during response and recovery efforts, including:

  • State, Local, Tribal, and Territorial leadership & management
  • Councils of Government
  • Emergency Management & Civil Defense
  • School officials, administrators, & staff members
  • Law Enforcement
  • Fire Service & Hazardous Materials Response
  • Public Health
  • Environmental
  • Transportation & Logistics
  • Emergency Medical Service, Health Care providers & Hospitals
  • Private industry partners
  • Non-Governmental Organizations

Course Strategy

CRAVRE focuses on developing sVR pick from Canvatrategies to detect, identify, manage, and potentially mitigate a cyber-attack as it occurs in the midst of a concurrent incident. The course addresses incident management skills, staff responsibilities, and the related situational awareness skills through scenario-based, virtual reality immersive experiences to call awareness to the complexities and vulnerabilities of the connected work of the IoT technologies. This web-based course presents participants with a challenging, but adaptive environment. Furthermore, the AI-powered learner-in-the-loop personalized learning module with adaptive granularity will optimally meet the needs of both the individual and the prescribed outcomes of the cybersecurity training.


QUESTIONS?

Email CRAVRE@purdue.edu with any questions.

 

 

Photo credits: pch.vector -freepik.com; macrovector -freepik; canva.com