Cyber Resilience Strategies
Course
Egon Van Dongen examines combining technology and practices to address modern cyberthreats, achieving unprecedented results with air-gapped recovery and analyzing a real-world polymorphic mirror ransomware attack.
Traditional backup solutions fail when sophisticated ransomware attacks exploit the very infrastructure designed to protect data. The NIST Cybersecurity Framework provides the theory - identify, protect, detect, respond and recover - but unpredictable attack patterns, spreading blast radius, and the challenge of identifying clean recovery points expose critical gaps in conventional approaches.
Organizations need resilience architectures that combine real-time replication, intelligent anomaly detection and true air-gapped isolation. The challenge isn't just protecting data - it's maintaining absolute control through immutable storage, zero-trust environments, and physically isolated recovery vaults.
Led by Egon Van Dongen, systems engineering manager for EMEA at Zerto, the session will cover:
- How to combine technology and practices to address modern cyberthreats;
- How an air-gapped recovery can achieve unprecedented results;
- A real-world ransomware case study featuring a polymorphic mirror attack - and why traditional disaster recovery couldn't help.
Here is the course outline:
Cyber Resilience Strategies: Unlocking Rapid Air-Gapped Recovery |
Completion
The following certificates are awarded when the course is completed:
![]() |
CPE Credit Certificate |