Webinar Description
Key Takeaways
- Addresses cyber resilience challenges across VMware, Nutanix AHV, and Red Hat OpenShift Virtualization environments
- Covers ransomware recovery techniques including instant mass restore for large-scale virtual machine recovery
- Explores advanced recovery strategies: air-gapped vaults, threat scanning, and clean room recovery
- Designed for IT managers, infrastructure professionals, and security architects in enterprise environments
About the Event
This virtual webinar, hosted by Cohesity, examines how organizations can maintain cyber resilience as their virtualization infrastructure becomes increasingly diverse. The session demonstrates approaches to protecting and recovering virtualized workloads from ransomware and other cyber threats using a unified platform that spans multiple hypervisor technologies.
Multi-Hypervisor Protection and Recovery
The webinar addresses a growing challenge for enterprises: managing backup and recovery across mixed virtualization environments. As organizations adopt different platforms (whether VMware, Nutanix AHV, or Red Hat OpenShift Virtualization), protecting workloads consistently becomes more complex. The session covers how to unify protection across these environments rather than managing separate solutions for each hypervisor.
A core focus is rapid recovery at scale. The presentation demonstrates instant mass restore capabilities designed to recover hundreds of virtual machines simultaneously, reducing downtime after cyber incidents.
Advanced Cyber Recovery Strategies
The webinar explores several techniques for strengthening recovery posture against ransomware. These include air-gapped vaults that isolate backup data from production networks, threat scanning to identify compromised data before restoration, and clean room recovery environments for safely validating systems before returning them to production.
Who Should Attend
This session is relevant for IT managers, infrastructure managers, systems administrators, and security architects responsible for virtualization, backup, and disaster recovery. It is particularly suited to mid and senior-level professionals working in enterprises with complex, multi-hypervisor environments who need to ensure business continuity following cyber events.