Reliable, secure IT services are central to business continuity planning, and a key requirement is protecting service data so operations can continue after events like physical or logical storage damage. Organizations typically address this by creating copies of service data and storing them securely for restoration. As hybrid IT and “cloud-first” adoption expand, data protection must cover on-premises systems, SaaS applications, and IaaS workloads. Cloud services can appear to reduce continuity concerns, but many contracts do not guarantee customer data availability, and even when guarantees exist they may not satisfy all Recovery Point Objectives (RPOs) and Recovery Time Objectives (RTOs). Using multiple cloud vendors plus on-premises infrastructure often forces multiple protection tools, increasing cost and risk, strengthening the need for a unified approach.
For on-premises services, local copies are insufficient due to disaster risks; physically separate storage is needed, but moving media introduces delay and risk. Cloud storage offers resilient, geographically distributed targets that can reduce reliance on physical transfers and has driven both new and adapted cloud-backup solutions. Effective solutions should preserve not only data but also structure and metadata (e.g., permissions), allow customer control over geographic location for compliance, secure data in transit and at rest (e.g., encryption), and reduce cost and attack surface via deduplication. Centralized management, reporting, and SLA monitoring across environments is emphasized.
Micro Focus Data Protector (from the HPE software acquisition) is positioned as an enterprise backup and disaster recovery platform for complex heterogeneous environments, offered in Premium (hybrid physical/virtual) and Express (virtual) editions. It provides deep VMware and Hyper-V integration, application-consistent recovery for major enterprise apps and databases, enhanced automated disaster recovery (including bare-metal recovery), broad storage targets (disk/tape/cloud), extensive storage-array and deduplication integrations, and security features such as TLS 1.2 communications and encryption support. Key gaps include missing SaaS backup (e.g., Microsoft Office 365) and lack of built-in sensitive/personal data discovery in backups.
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