Future-Proofing OT: How AI, Quantum and Connected Devices Will Reshape the Threat Landscape
Course
Claudio Sangaletti, Trish McGill, Ahson Khan and Kamil Oblodecki examine how AI, quantum computing and connected devices are reshaping OT threats and what manufacturers must do now.
Artificial intelligence is not a new category of threat; it is a multiplier of every threat that already exists, making phishing faster, attacks more targeted and detection evasion more sophisticated. At the same time, quantum computing introduces a longer-horizon risk: OT systems with decade-long life cycles that rely on RSA cryptography today may be fundamentally vulnerable by 2030, long before they are retired or replaced.
This panel examines how AI, post-quantum cryptography and the proliferation of connected devices - robots, drones, autonomous vehicles and IIoT endpoints - are reshaping the OT risk landscape and what organizations need to build into their road maps now.
In this insightful discussion, the panel of experts discuss:
- How AI amplifies existing OT threats rather than creating entirely new ones;
- Why post-quantum cryptography readiness must start with OT asset inventory today;
- How to treat connected devices as cyber-physical endpoints with identity, life cycle and secure update requirements.
Here is the course outline:
Future-Proofing OT: How AI, Quantum and Connected Devices Will Reshape the Threat Landscape |
Completion
The following certificates are awarded when the course is completed:
![]() |
CPE Credit Certificate |
