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A bad weld passes inspection
That is why periodic challenge parts are useful, but not sufficient on their own. They validate model behaviour against physical reality. They do not give you cybersecurity visibility.
π― IN THIS EPISODE:
β’ Automotive and connected vehicle security
β’ AI and machine learning security risks
π KEY TOPICS COVERED:
β’ Automotive Security
β’ AI Security
π KEY INSIGHTS:
1. The PLC accepts the result, the diverter stays idle, and the part moves downstream as if nothing happened
2. That is how AI risk usually enters OT
3. Not as a dramatic outage, but as a wrong decision repeated at production speed
π§ TECHNOLOGIES & STANDARDS:
ISO β’ PLC β’ ECU
π₯ WHO SHOULD LISTEN:
This episode is perfect for CISOs, OT security engineers, infrastructure operators, compliance officers, cybersecurity consultants, and anyone responsible for protecting critical systems.
π‘ WHAT YOU WILL LEARN:
β’ How real attacks unfold in OT/ICS environments
β’ Practical defense strategies you can implement today
β’ Compliance considerations (NIS2, IEC 62443, NIST)
β’ Lessons from recent high-profile incidents
π§ SUBSCRIBE & CONNECT:
Subscribe for weekly deep dives into real cybersecurity incidents affecting OT, ICS, and critical infrastructure. New episodes every week.
π¬ ENGAGE WITH US:
Have questions or topics you'd like us to cover? Reach out! We love hearing from our community.
#OTSecurity #OperationalTechnology #AutomotiveSecurity #ConnectedCar #AISecurity #MachineLearning #CyberSecurity #InfoSec #CybersecurityUnderPressure
By Antonio GonzΓ‘lezA bad weld passes inspection
That is why periodic challenge parts are useful, but not sufficient on their own. They validate model behaviour against physical reality. They do not give you cybersecurity visibility.
π― IN THIS EPISODE:
β’ Automotive and connected vehicle security
β’ AI and machine learning security risks
π KEY TOPICS COVERED:
β’ Automotive Security
β’ AI Security
π KEY INSIGHTS:
1. The PLC accepts the result, the diverter stays idle, and the part moves downstream as if nothing happened
2. That is how AI risk usually enters OT
3. Not as a dramatic outage, but as a wrong decision repeated at production speed
π§ TECHNOLOGIES & STANDARDS:
ISO β’ PLC β’ ECU
π₯ WHO SHOULD LISTEN:
This episode is perfect for CISOs, OT security engineers, infrastructure operators, compliance officers, cybersecurity consultants, and anyone responsible for protecting critical systems.
π‘ WHAT YOU WILL LEARN:
β’ How real attacks unfold in OT/ICS environments
β’ Practical defense strategies you can implement today
β’ Compliance considerations (NIS2, IEC 62443, NIST)
β’ Lessons from recent high-profile incidents
π§ SUBSCRIBE & CONNECT:
Subscribe for weekly deep dives into real cybersecurity incidents affecting OT, ICS, and critical infrastructure. New episodes every week.
π¬ ENGAGE WITH US:
Have questions or topics you'd like us to cover? Reach out! We love hearing from our community.
#OTSecurity #OperationalTechnology #AutomotiveSecurity #ConnectedCar #AISecurity #MachineLearning #CyberSecurity #InfoSec #CybersecurityUnderPressure