Veritas NetBackup Resiliency Platform offers a robust and automated approach to business continuity and disaster recovery planning, testing, and execution. With advanced features for incident management and multi-tier application recovery orchestration, the platform ensures minimal downtime and efficient resiliency for organizations of all sizes.
Designed to meet the diverse needs of businesses, the platform provides users with comprehensive capabilities for safeguarding critical processes and systems, allowing for seamless operations even in the event of unexpected disruptions.
Veritas NetBackup Resiliency Platform offers flexible pricing options to meet the diverse needs of businesses. Contact the sales team for personalized pricing details.
Users have praised the platform for its comprehensive business continuity and disaster recovery features, automated orchestration, and multi-tier application recovery capabilities. The intuitive user interface has also been highlighted as a key advantage.
The platform includes incident management capabilities, automated recovery for multi-tier applications, and compliance with stringent SLAs through audit reports and non-disruptive recovery rehearsals. With its robust automation and orchestration features, Veritas NetBackup Resiliency Platform ensures minimal downtime and efficient business continuity.
Veritas NetBackup Resiliency Platform is designed to offer organizations a coordinated and automated approach to business continuity and disaster recovery planning, testing, and execution. The platform's advanced features enable users to quickly evaluate the criticality of incidents, assign response team members based on various factors, and ensure compliance with industry regulations.
Businesses rely on Veritas NetBackup Resiliency Platform for its reliability in safeguarding critical processes and systems. The platform's near-zero RTO and automated recovery capabilities provide businesses with the assurance of uninterrupted operations, even in the face of unforeseen disruptions.