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itle: MITRE Caldera for OT
Presenter: Blaine Jeffries
Co-Presenter: Devon Colmer
Location: W303
Day,Time: Sat Aug 10 , 2PM - 3:45PM
Audience: Red Team, Purple Team, Operational Technology, Offense, Defense
Project: https://github.com/mitre/caldera-ot
Abstract:
Caldera for Operational Technology (C4OT) is an extension to the open-source Caldera adversary emulation platform. Adversary emulation has long helped defenders of information systems exercise and improve their cyber defenses by using real adversary techniques. While Caldera has been out since 2021, C4OT was released September 2023. Specifically, C4OT exposes native OT protocol functions to Caldera. The initial release of C4OT supported three popular OT protocols (Modbus, BACnet, and DNP3). Since then, we have added support for two more protocols (IEC61850 and Profinet). Today, we are actively working on support for the space protocol GEMS. By utilizing Caldera and the C4OT plugins, end-users can emulate threat activity across both Enterprise and Operational networks with ease.
Presenter: Blaine Jeffries
Co-Presenter: Devon Colmer
Location: W303
Day,Time: Sat Aug 10 , 2PM - 3:45PM
Audience: Red Team, Purple Team, Operational Technology, Offense, Defense
Project: https://github.com/mitre/caldera-ot
Abstract:
Caldera for Operational Technology (C4OT) is an extension to the open-source Caldera adversary emulation platform. Adversary emulation has long helped defenders of information systems exercise and improve their cyber defenses by using real adversary techniques. While Caldera has been out since 2021, C4OT was released September 2023. Specifically, C4OT exposes native OT protocol functions to Caldera. The initial release of C4OT supported three popular OT protocols (Modbus, BACnet, and DNP3). Since then, we have added support for two more protocols (IEC61850 and Profinet). Today, we are actively working on support for the space protocol GEMS. By utilizing Caldera and the C4OT plugins, end-users can emulate threat activity across both Enterprise and Operational networks with ease.