Modern organizations, across the globe and regardless of industry, all have at least one commonality: they rely on data and critical applications to drive growth & innovation. 

In today’s world, agencies face many challenges including disaster recovery, cyber-attack recovery and resilience, and multi-cloud mobility. Zerto, an HPE company, is dedicated to helping agencies, like yours, protect, recover, and move their data. 

Disaster Recovery

• Challenge: Outages incur high costs and risks with insufficient protection and take time to fully recover.
• Zerto’s Solution: Zerto addresses this with no downtime by recovering at scale and in minutes. Meet your business SLAs with the lowest time to recover and closest recovery point while being simple and easy to use at scale.

Cyber-Attack Recovery

• Challenge: The increasing threat of cyber-attacks and data loss, costs associated with all outages are high. It is difficult and has resource-heavy failover testing.
• Zerto’s Solution: Zerto addresses this with continued data protection that provides no downtime. Recover in seconds before any attack or outage.

Multi-Cloud Mobility

• Challenge: Complex, slow, and challenging cloud adoption gives way to risk for several types of business disruptions through high cost of legacy infrastructure, resource constraints, and limited ability to move between technologies. 
• Zerto’s Solution: Zerto addresses these issues with simplified protection, recovery, and mobility across all clouds. Easy movement off legacy systems or across clouds to save you time and money, allowing you the freedom of choice across the cloud, and the ability to test before migrating. 

Attendees joined HPE Zerto's expert Michael Nassis, Product Marketing Manager, to explore how to:

• Recover from a cyber-attack and resume operations within minutes
• Limit data loss and downtime with the industry-leading Recovery Point Objectives and Recovery Time Objectives
• Unlock the freedom to innovate across the cloud and the agility to migrate to, from, and between heterogeneous platforms