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Researcher Profile

Mag. Martin Latzenhofer

Mag. Martin Latzenhofer

Function

Scientist

Center

Digital Safety & Security

Competence Unit

Security & Communication Technologies

E-Mail

Martin.Latzenhofer(at)ait.ac.at

Phone

+43 50550 4134

Address

Giefinggasse 4, 1210 Vienna

Career

Field: Dependable Systems Engineering

Main Research: Risk Management, Critical Infrastructures, Security Management, Automotive Security

Experience: Information Security, IT Outsourcing, Disaster Recovery/Business Continuity, IT Audit, IT Internal Control System, IT Service Manage-ment, IT Quality Management, Continual Improvement, IT Consulting, IT Training, IT Process Management, Business Process Reengineer-ing, IT Management, IT Budgeting, IT Reporting, IT Risk Management, IT Project Management, Knowledge Management, Automotive Securi-ty, Cooperative Intelligent Transport System, Internet of Things, Data Protection, Privacy.

  • 2001-2004: IT Security Manager
    max.mobil/T-Mobile Austria / AT
  • 2005-2008: IT Auditor
    KPMG / AT
  • 2008-2011: IT Service Manager, IT Consultant
    ACP IT Solutions / AT
  • 2011-2012: IT Consultant and IT Trainer
    ITSM Partner / AT
  • 2012-2014: Information Officer
    MyPlace Selfstorage / AT
  • 2014-2014: Wissenschaftlicher Mitarbeiter
    Uinversität Wien / AT
  • 2014-*: Scientist
    AIT / AT
  • 2005: Certified Information Systems Auditor (CISA)
  • 2007: ITIL Service Manager V2
  • 2008: ITIL Expert V3
  • 2010: Certified Information Security Manager (CISM)
  • 2010: Certified in Risk and Information Systems Control (CRISC)
  • 2015: Informations Sicherheits Manager (CIS)
  • 2018: Certified Information Privacy Manager (CIPM)

Publications

  • Practical Use Case Evaluation of a Generic ICT Meta-Risk Model Implemented with Graph Database Technology
    Author(s): Stefan Schiebeck, Martin Latzenhofer, Brigitte Palensky, Stefan Schauer, Gerald Quirchmayr, Thomas Benesch, Johannes Meurers, Christian Meurers, Ingo Mayr
    Journal: International Journal on Advances in Security, 1&2, vol.9 (2016) ; 66-79
  • The Influence of the Human Factor on ICT Security: An Empirical Study within the Corporate Landscape in Austria
    Author(s): Christine Schuster, Martin Latzenhofer, Stefan Schauer, Johannes Göllner, Christian Meurers, Andreas Peer, Peter Prah, Gerald Quirchmayr, Thomas Benesch
    Journal: International Journal on Advances in Security, 1&2 (2017) ; 48-60
  • Implementation of a Generic ICT Risk Model using Graph Databases
    Author(s): Stefan Schiebeck, Martin Latzenhofer, Brigitte Palensky, Stefan Schauer, Gerald Quirchmayr, Thomas Benesch, Johannes Meurers, Christian Meurers, Ingo Mayr
    Conference SECURWARE 2015, Venice
  • A Study on User Perceptions of ICT Security
    Author(s): Christine Schuster, Martin Latzenhofer, Stefan Schauer, Johannes Göllner, Christian Meurers, Andreas Peer, Peter Prah, Gerald Quirchmayr, Thomas Benesch
    Conference SECURWARE 2016, Nice
  • RMDM – A Conceptual ICT Risk-Meta-Data-Model – Applied to COBIT for Risk as underlying Risk Model
    Author(s): Martin Latzenhofer, Gerald Quirchmayr
    Conference SECURWARE 2017, Rome
  • IKT-Risikoanalyse am Beispiel APT
    Author(s): Stefan Schiebeck, Martin Latzenhofer, Brigitte Palensky, Stefan Schauer, Gerald Quirchmayr, Thomas Benesch, Johannes Göllner, Christian Meurers, Andreas Peer
    Conference D•A•CH Security 2015, Bonn
  • Ein Meta-Risiko-Datenmodell für IKT
    Author(s): Martin Latzenhofer
    Conference D•A•CH Security 2016, Klagenfurt
  • High-Level Risikoanalyse im Bereich Internet of Things
    Author(s): Stefan Schiebeck, Sandra König, Stefan Schauer, Martin Latzenhofer
    Conference D•A•CH Security 2017, München
  • ISM1 „Organisation & Führung“ (2014)
    Ferdinand Porsche FernFH Wien-Wiener Neustadt
  • ISM4 „Informationssicherheit“ (2014)
    Ferdinand Porsche FernFH Wien-Wiener Neustadt
  • ISM6 „Frameworks & Methoden“ (2014)
    Ferdinand Porsche FernFH Wien-Wiener Neustadt
  • Proseminar Enterprise Information Systems (2015)
    Universität Wien
  • Übung Modellierung (2016)
    Universität Wien
  • Vorlesungsübung Modellierung (2017)
    Universität Wien
  • Vorlesungsübung Modellierung (2018)
    Universität Wien

Further Information

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