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📁 CSP006 S E A

Location

CyberSecPro

Contents

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9 files | 62.09 MB

Description

This folder contains a collection of multilingual presentations and documents on Cyber Threat Intelligence and Threat Hunting within the energy sector, authored by Dr. Stefan Schauer and Dr. Abdelkader Shaaban. The materials cover various aspects including methodologies, threat actors and tactics, practical threat modeling, and relevant tools, aiming to enhance cybersecurity awareness and preparedness against potential threats in energy systems. AI generated

• Topic1 and Topic2 English.pdf
  This document is a presentation on "Cyber Threat Intelligence and Threat Hunting in the Energy Domain," authored by Dr. Stefan Schauer and Dr. Abdelkader Shaaban from the AIT Austrian Institute of Technology. It covers an overview of threat intelligence, threat hunting methodologies, and practical applications in the energy sector. Key topics include data sources, threat actors, and the use of frameworks like MITRE ATT&CK and STIX for threat modeling and information sharing. AI generated
  ⬇ Download file (2.1 MB)
• Topic1 and Topic2 Greek.docx
  This document, presented by Dr. Stefan Schauer and Dr. Abdelkader Shaaban from the Austrian Institute of Technology, focuses on Cyber Threat Intelligence and Threat Hunting in the energy sector. It provides an overview of threat intelligence types, data sources, and practical modeling related to cybersecurity threats, aiming to enhance awareness and preparedness against potential cyber incidents in energy systems. AI generated
  ⬇ Download file (18.2 MB)
• Topic1 and Topic2 Italian.pdf
  This document is a presentation on "Cyber Threat Intelligence and Threat Hunting in the Energy Sector," authored by Dr. Stefan Schauer and Dr. Abdelkader Shaaban. It covers topics such as the introduction to threat intelligence, sources and data collection, actors and threat tactics, practical threat modeling, and case studies. Additionally, it discusses tools and frameworks relevant to threat hunting, offering insights into the methodologies for improving cybersecurity practices within the ener… AI generated
  ⬇ Download file (4.4 MB)
• Topic3 - Threat Actors ad Tactics English.pdf
  The document covers the topic of "Threat Actors and Tactics" in the context of cyber threat intelligence, emphasizing the motivations behind various actors like nation-states, cybercriminals, and hacktivists. It outlines the typical attack lifecycle, key cyber threats (including ransomware and phishing), and notable examples of nation-state actors from the U.S., Russia, China, and North Korea. Additionally, it features infographics and models like the MITRE ATT&CK matrix to illustrate tactics an… AI generated
  ⬇ Download file (1.8 MB)
• Topic3 - Threat Actors ad Tactics Greek.docx
  This document presents a comprehensive overview of cyber threat intelligence and threat hunting specifically within the energy sector. It includes insights on threat actors, their tactics, potential motivations, and practical modeling approaches for threat analysis, contributed by experts Stefan Schauer and Abdelkader Shaaban from the Austrian Institute of Technology. It is primarily in Greek. AI generated
  ⬇ Download file (6.1 MB)
• Topic3 - Threat Actors ad Tactics Italian.pdf
  The document presents a comprehensive overview of cyber threat intelligence and threat hunting specifically within the energy sector. It covers topics such as the motivations and tactics of threat actors, the importance of cybersecurity measures, and a case study exercise on creating a cyber kill chain scenario. The content is aimed at enhancing understanding and preparedness against various forms of cyber threats, blending theoretical knowledge with practical applications. AI generated
  ⬇ Download file (2.3 MB)
• Topic4 - Practical Threat Modelling and Security Investigation English.pdf
  This document is a comprehensive presentation on cyber threat intelligence and threat hunting, specifically focused on practical threat modeling and security investigations in the energy sector. It outlines various threat modeling methods, including STRIDE and PASTA, and discusses the importance of threat analysis, attacker motivations, and the kill chain framework. The document also introduces a tool called ThreatGet, which automates threat analysis and outlines steps for implementing security … AI generated
  ⬇ Download file (3.2 MB)
• Topic4 - Practical Threat Modelling and Security Investigation Greek.docx
  This file contains a comprehensive presentation on Cyber Threat Intelligence and Threat Hunting specifically tailored for the energy sector, authored by Dr. Stefan Schauer and Dr. Abdelkader Shaaban. It discusses various threat modeling techniques, data collection sources, and strategies to enhance cybersecurity practices in the context of potential cyber threats to energy systems. AI generated
  ⬇ Download file (18.3 MB)
• Topic4 - Practical Threat Modelling and Security Investigation Italian.pdf
  This document is a presentation on "Cyber Threat Intelligence and Threat Hunting in the Energy Sector," authored by Dr. Stefan Schauer and Dr. Abdelkader Shaaban. It provides an overview of practical threat modeling, methodologies for analyzing threats, and security investigations, focusing on the energy sector. Key topics include methods for threat modeling, actors and tactics of threats, and the use of tools like ThreatGet for identifying potential threats in system models. The material is co-… AI generated
  ⬇ Download file (5.7 MB)

Acronym

CyberSecPro

Title

Collaborative, Multi-modal and Agile Professional Cybersecurity Training Program for A Skilled Workforce In the European Digital Single Market and Industries

Description

CyberSecPro promotes a conceptual disruptive approach with regards to existing approaches to training solutions. The project contributes to the broader need for cybersecurity marketing skills and technical/practical capabilities.
CyberSecPro aims to upskill and develop a workforce capable of overcoming the increasing security challenges that will burden innovation and excellence. This overarching goal can be achieved with the methodology adopted in the CyberSecPro project.
Further, the project utilises the processes developed within many EU Cybersecurity pilot projects and adppts relevant EU innovation and development work:

CyberSecPro will drive the HEIs to further enhance their cooperation with the private sector, in order to become the main suppliers of the necessary market-oriented cybersecurity skills and working-life practices required in the digital transformation, via providing hands-on trainings.

Project Duration

Dec 2022 to Feb 2026

Project EQF levels

EQF Level 7 EQF Level 6 EQF Level 5

Project Reference Code/ID

N/A

Project copyright license

CC BY-NC-SA: Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0)

Materials

747 files | 8.38 GB

Last updated

05/2026

Download Statistics

4170 file downloads | 45.77 GB