Event Title
Cyber Operations RangE (CORE): Containerized Gaming Platform for Cyberoperations Competitions
Location
Huntsville (Ala.)
Start Date
6-7-2017
Presentation Type
Paper
Description
Cybersecurity gaming is popularized through capture-the-flag (CTF) competitions, war games, and forensic challenges. Providing actual hands-on experience, the cybersecurity competitions have great potential to support classroom learning, professional skill development, and scenario testing. To capitalize this, the supporting gaming platforms need to overcome the following issues: i) A complex virtualized infrastructure that requires extensive resources and administration, ii) Lack of support for real-time cyberoperations within a competition environment, and iii) implementation of independent, real-time scoring system which tracks progress and determines results of the competitors. In response to these issues, we have developed Cyber Operations RangE (CORE) - a containerized cybersecurity gaming platform. This paper presents the design, implementation, and the application of the CORE platform for real-time cyberoperations competitions.
Recommended Citation
Vieth, Michael; Daniel, James; and Sharevski, Filipo, "Cyber Operations RangE (CORE): Containerized Gaming Platform for Cyberoperations Competitions" (2017). National Cyber Summit. 16.
https://louis.uah.edu/cyber-summit/ncs2017/ncs2017papers/16
Cyber Operations RangE (CORE): Containerized Gaming Platform for Cyberoperations Competitions
Huntsville (Ala.)
Cybersecurity gaming is popularized through capture-the-flag (CTF) competitions, war games, and forensic challenges. Providing actual hands-on experience, the cybersecurity competitions have great potential to support classroom learning, professional skill development, and scenario testing. To capitalize this, the supporting gaming platforms need to overcome the following issues: i) A complex virtualized infrastructure that requires extensive resources and administration, ii) Lack of support for real-time cyberoperations within a competition environment, and iii) implementation of independent, real-time scoring system which tracks progress and determines results of the competitors. In response to these issues, we have developed Cyber Operations RangE (CORE) - a containerized cybersecurity gaming platform. This paper presents the design, implementation, and the application of the CORE platform for real-time cyberoperations competitions.