A GDPR compliance module for supporting the exchange of information between CERTs. - Otto Hellwig; Gerald Quirchmayr; Walter Hötzendorfer; Christof Tschohl; Edith Huber; Franz Vock; Florian Nentwich; Bettina Pospisil; Matthias Gusenbauer; Gregor Langner (ARES, 2018)

Enhancing credibility of digital evidence through provenance-based incident response handling. - Ludwig Englbrecht; Gregor Langner; Günther Pernul; Gerald Quirchmayr (ARES, 2019)

AIT Cyber Range: Flexible Cyber Security Environment for Exercises, Training and Research. - Maria Leitner; Maximilian Frank; Wolfgang Hotwagner; Gregor Langner; Oliver Maurhart; Timea Pahi; Lenhard Reuter; Florian Skopik; Paul Smith 001; Manuel Warum (EICC, 2020)

Poster: The Need for a Collaborative Approach to Cyber Security Education. - Gregor Langner; Jerry Andriessen; Gerald Quirchmayr; Steven Furnell; Vittorio Scarano; Teemu Tokola (EuroS&P, 2021)

Enabling exercises, education and research with a comprehensive cyber range. - Maria Leitner; Maximilian Frank; Gregor Langner; Max Landauer; Florian Skopik; Paul Smith 001; Benjamin Akhras; Wolfgang Hotwagner; Stela Kucek; Timea Pahi; Lenhard Reuter; Manuel Warum (J. Wirel. Mob. Networks Ubiquitous Comput. Dependable Appl., 2021)

COLTRANE - Towards a Methodology and Platform Supported Educational Basis for Cybersecurity Education. - Jerry Andriessen; Steven Furnell; Gregor Langner; Carmela Luciano; Gerald Quirchmayr; Vittorio Scarano; Teemu Johannes Tokola (HAISA, 2022)

A Tailored Model for Cyber Security Education Utilizing a Cyber Range. - Gregor Langner; Florian Skopik; Steven Furnell; Gerald Quirchmayr (ICISSP, 2022)

Collaborative Cybersecurity Learning: Establishing Educator and Learner Expectations and Requirements. - Steven Furnell; Gregor Langner; Teemu Tokola; Jerry Andriessen; Gerald Quirchmayr; Carmela Luciano (World Conference on Information Security Education, 2022)

A Comprehensive Design Framework for Multi-disciplinary Cyber Security Education. - Gregor Langner; Steven Furnell; Gerald Quirchmayr; Florian Skopik (HAISA, 2023)

A Simulation-Oriented Approach to Securing Logistics Processes Based on the NIST CSF and OODA Loop. - Larissa Schachenhofer; Gregor Langner; Gerald Quirchmayr; Philipp Wolf; Patrick Hirsch; Stefan Schauer; Ulrike Lechner; Günter Fahrnberger (I4CS, 2025)