eWEEK Staff, Author at TechRepublic

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A completed backup job can offer reassurance right up until an organization needs to recover. Copying data is one thing; restoring a clean, functioning business service under pressure is another. That gap has widened as IT environments have grown more complex. Over time, many organizations have accumulated separate tools, scripts, and recovery processes, leaving teams without a clear view of what is recoverable or how quickly critical services can return. Modern data protection must therefore do more than preserve data. It must help teams identify trustworthy recovery points, restore dependent systems in the right order, and prove that recovery will work before an incident occurs. Successful Backups Don't Always Mean Fast Recovery A successful backup job confirms that data was copied. It doesn't necessarily prove that critical business services can be restored quickly, completely, or in the correct sequence during an outage. Applications often depend on interconnected virtual machines, cloud services, containers, identity platforms, and third-party systems that must all come back online together. That complexity has grown gradually as organizations adopted new technologies, often adding workload-specific backup tools, custom scripts, and manual processes along the way. While each solution may address a particular environment effectively, the combined result can leave infrastructure teams managing fragmented recovery workflows, inconsistent policies, and limited visibility across their overall environment. Recovery becomes increasingly dependent on manual coordination and institutional knowledge rather than a consistent, repeatable process. "The industry has discovered that a green checkmark on a backup job is a great measure of whether data was copied … but a very poor indicator of whether a business service can actually come back online," said Michael Thelander, senior director of product marketing at Commvault. He added, "Recovery confidence and job-completion rates have gradually become more and more decoupled as environments become more complex." The consequences become most apparent during a real incident. Research shows that 82% of organizations experience at least one unplanned outage over a three-year period, while the average outage results in approximately 30% direct revenue loss. Beyond the immediate operational impact, prolonged downtime can damage customer trust and organizational reputation. Ultimately, business continuity depends on more than protected data — it depends on knowing critical services can be restored quickly, consistently, and with confidence when the business needs them most. How years of layered tools and processes slow recovery Modern IT environments didn't become fragmented overnight. As organizations adopted virtualization, public cloud, containers, SaaS applications, and newer infrastructure platforms, each often came with its own backup solution, management console, and recovery workflow. Rather than replacing existing technologies, most teams simply added another tool or script to protect the next workload. Over time, that approach created a patchwork of backup platforms, custom integrations, and disconnected processes. Each solution may perform well within its own environment, the collection rarely provides a complete picture of recovery readiness across the organization. Different policies, reporting mechanisms, and recovery procedures can make it difficult to determine what is protected, whether dependencies have been accounted for, or if recovery points are consistent across critical business services. According to Thelander, the operational impact becomes most visible when organizations are forced to recover under pressure. "No single team has a unified view of what's protected, what depends on what, or which recovery point is actually clean across the whole environment," he said. "Recovery becomes a manual, sequential, tribal-knowledge exercise: someone has to know which tool covers which system and in what order to bring things back so dependencies don't break." That fragmentation creates overhead before an incident occurs. Infrastructure, storage, backup, and operations teams spend time coordinating policies, validating recovery processes, and reconciling information across multiple consoles. During an outage or cyber incident, those manual processes can slow decision-making and extend recovery timelines when every minute matters. Modern recovery demands more than backup success Recovery has evolved far beyond restoring data after a system failure. Today, infrastructure teams must be prepared to recover from ransomware, hardware failures, software outages, accidental deletions, and other disruptions while ensuring the recovered environment is trustworthy enough to return to production. That means recovery is no longer measured by how quickly systems come back online, but by how confidently organizations can restore clean, business-ready services. This shift has elevated recovery from an IT function to a core component of operational resilience. Instead of asking whether backups exist, organizations increasingly need answers to more practical questions: Is the recovery point free of malware? Have identities and permissions remained intact? Can interconnected applications be restored together? Are recovery processes tested and repeatable under real-world conditions? "Recovery has to include continuous scanning, detection, and recoverability of directory services while treating identity as a first-class workload and not an afterthought," Thelander said. "Because compromised identity is now the entry point for the majority of ransomware attacks." Confidence also depends on validating recovery before production systems are restored. Rather than relying on assumptions, leading organizations are adopting capabilities such as immutable recovery copies, isolated clean-room environments, and automated identification of trusted recovery points to reduce uncertainty during an incident. According to Thelander, only about 40% of organizations have a tested clean-room capability, while roughly 35% have automated the identification of clean recovery points, highlighting a significant gap between perceived readiness and demonstrated capability. Modernizing data protection without rebuilding everything Modernizing data protection starts with simplifying recovery across existing environments. Businesses can build a more coherent recovery strategy without abandoning the infrastructure they already rely on. Organizations can centralize visibility into protected workloads, standardize governance, and automate repetitive recovery tasks rather than relying on multiple policy engines, disconnected reporting, and separate workflows. "The goal isn't fewer environments, but one coherent way to protect and recover all of them," said Thelander. "Organizations are consolidating onto a single policy and control plane that sits across these disparate environments rather than ripping and replacing them, unifying data protection for on-premises, cloud, virtualization, containers, SaaS, and even AI data under one set of policies, one reporting layer, and one recovery workflow." Capabilities such as centralized policy management, application-aware recovery, immutable recovery storage, automated identification of trusted recovery points, and broad workload coverage help reduce manual effort while improving recoverability across hybrid environments. Equally important, they give infrastructure teams greater visibility into recovery readiness and more confidence that critical business services can be restored consistently. Platforms such as Commvault Cloud illustrate this evolution by providing unified data protection across on-premises, hybrid, and cloud environments without requiring organizations to replace existing infrastructure. By bringing centralized visibility, consistent policy management, automation, and clean recovery capabilities into a single operational framework, organizations can simplify recovery operations today while establishing a stronger foundation for long-term cyber resilience and future ResOps maturity. Building recovery confidence before the next incident An organization's resilience is measured by how quickly it can restore critical business services — not by how many backup jobs completed successfully. Recovery readiness must therefore be demonstrated through validation rather than assumed from historical backup success. Organizations should move beyond static disaster recovery plans and periodic exercises toward continuous visibility, automated validation, realistic testing, and measurable recovery outcomes. "The evidence from a real test is the only thing that distinguishes a documented plan from a demonstrated capability," said Thelander. He recommends that infrastructure and operations leaders start by defining critical business services and acceptable impact tolerances, mapping application dependencies, testing recovery under adversarial conditions, and measuring actual recovery outcomes rather than backup activity alone. This broader mindset is driving the evolution toward Resilience Operations, or ResOps, where infrastructure, security, business, and governance teams share responsibility for maintaining recoverability as a continuous business capability. Instead of treating backup, cyber recovery, and operational resilience as separate initiatives, organizations are increasingly integrating them into a unified strategy supported by consistent governance, automation, and ongoing validation. Learn how a unified data protection strategy can help simplify recovery, reduce operational complexity, and strengthen cyber resilience across your hybrid environment.

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