EUROPEAN PROJECTS / Cyber Polygon: A Cyber Range Platform Specialized in the Energy Sector with Automatic Generation of Virtual Scenarios

Cyber Polygon: A Cyber Range Platform Specialized in the Energy Sector with Automatic Generation of Virtual Scenarios

Project Coordinator: Dr. Carmen Elena CÎRNU – Scientific Researcher II

General objectives of the project

  • Propose an innovative alternative to the existing framework using Common Vulnerabilities and Exposures (CVEs) to automate and modify vulnerable systems according to specific requirements
  • Develop a comprehensive cyber polygon platform dedicated to the energy sector

Project description

The Cyber Polygon initiative aims to establish a cutting-edge cyber range platform seamlessly integrated with organizations' operational technology (OT) environments. This platform provides a dynamic and secure space for hands-on training, technology testing, and real-time process evaluation. By simulating high-pressure scenarios, it enhances cybersecurity preparedness and response capabilities. Organizations can benefit from a robust platform that delivers practical solutions for cybersecurity training, technology evaluation, and process optimization, ensuring heightened resilience against potential threats.

Steps to accomplish project objectives

  1. Define Requirements: Identify and document the key user and system requirements to align the project with stakeholder needs and technical expectations
  2. Develop and Implement Applications/Tools: Design, build, and implement the necessary tools and applications to meet defined requirements and project objectives
  3. Test and Debug Applications/Tools: Conduct comprehensive testing and debugging to ensure the developed solutions function as intended and are free of critical issues
  4. Deploy Applications/Tools: Successfully deploy the tools and applications in the target operational environment, ensuring readiness for end-user utilization
  5. Provide Training and Guidance: Deliver in-depth training and guidance to end-users to facilitate effective piloting and utilization of cybersecurity scenarios
  6. Disseminate and Communicate Results: Share the project’s outcomes with stakeholders through structured dissemination and communication efforts, showcasing key achievements and insights

Expected results

  • A robust architecture for a cyber polygon tailored to the energy sector
  • A comprehensive set of best practices specific to the energy sector
  • Training programs and security exercises designed to enhance readiness
  • A peer-reviewed scientific publication detailing the project outcomes
Short description

A federated cyber range tailored to the energy sector is essential to fortify cybersecurity defenses and safeguard critical energy infrastructure against escalating cyber and hybrid threats. This project focuses on developing a state-of-the-art cyber range platform designed for seamless integration with organizations' operational technology (OT) environments. By providing a simulated environment, it enables realistic training, rigorous technology testing, and process evaluation under high-pressure scenarios. Integrating OT systems into the cyber range enhances organizations' preparedness and response capabilities, fostering robust cybersecurity measures.