Backup and recovery planning is no longer just an IT storage task. The real test is whether the organization can restore critical systems during a cyberattack, outage, data corruption event, or human error.
That test is harder as data spreads across cloud platforms, SaaS applications, endpoints, edge environments, and on-premises systems. The FBI’s 2025 Internet Crime Report included more than 1 million complaints of suspected Internet crime and reported losses exceeding $20 billion.
For IT, security, infrastructure, and procurement teams, the goal is to restore the right systems, in the right order, within the time the business actually needs. These five priorities can help teams evaluate data protection, disaster recovery, Backup as a Service (BaaS), and recovery readiness.
1. Backup and Recovery Starts with Business Priorities
A reliable data protection strategy starts with a business question. Which systems must come back first? A backup is a copy of data. Recovery is the process of restoring data, systems, and operations after a disruption. To connect those steps to business outcomes, teams need clear targets for each workload.
- Recovery Time Objective (RTO) defines how quickly a system or process must be restored.
- Recovery Point Objective (RPO) defines how much data loss the organization can tolerate, usually measured in time.
Every workload has different recovery needs, so IT teams should avoid treating all data the same. A student information system, electronic health record platform, ERP system, file share, SaaS application, and archive may each require a different recovery target.
Those targets should connect directly to business outcomes. That means understanding which systems support patient care, classroom continuity, constituent services, revenue operations, employee productivity, compliance, and customer trust.
Leadership should identify which systems keep the organization operating and what recovery target each one requires. That work may include business process analysis, interdependency mapping, uptime planning, and business resiliency planning, with service level agreement metrics tied back to core operations.
2. Ransomware Has Changed the Backup Conversation
It is not enough to know that a backup copy exists. IT leaders also need to know whether attackers can access, delete, encrypt, or corrupt that copy before recovery begins. CISA’s Stop Ransomware Guide recommends maintaining offline, encrypted backups of critical data and regularly testing backup availability and integrity in a disaster recovery scenario. A resilient approach should include immutable backups, which cannot be changed or deleted for a defined period, along with offline or air-gapped copies that are separated from the production network.
Access to the backup environment also needs strong controls. That includes role-based permissions, separate administrative accounts, multifactor authentication, and monitoring for suspicious activity. These measures do not eliminate ransomware risk on their own, but they help create a stronger foundation for cyber recovery readiness.
3. Hybrid Environments Need Broader Data Protection Coverage
Modern disaster recovery planning should extend beyond the primary on-premises data center. Workloads now span cloud platforms, SaaS applications, endpoints, remote offices, and local infrastructure. Gaps can appear when teams assume a cloud provider or SaaS platform covers every recovery need.
A plan should identify where data lives, who owns it, how long it must be retained, and how it will be restored. Coverage should include virtual machines, databases, SaaS applications, endpoints, remote offices, critical configurations, and identity data.
As environments expand, organizations may need a backup assessment or structured health check to find gaps, align policies, and create more consistent protection across cloud and physical workloads.
4. Recovery Testing Turns a Backup Plan into a Reliable Process
A successful backup job does not guarantee a successful recovery. Teams need to test restores, validate runbooks, and compare actual results against established RTO and RPO targets.
Regular recovery exercises reveal problems before an outage or attack does. They should confirm that data can be restored, applications can run, dependencies are available in the right order, and internal teams understand their roles.
Testing can include:
- File-level and application-level restores
- Full system restores
- Infrastructure failover tests
- Tabletop exercises with key stakeholders
These exercises should also verify backup integrity so teams do not restore corrupted, incomplete, or compromised data.
The results should feed back into updated runbooks, escalation paths, communication plans, and budget priorities. That way, recovery planning becomes part of a reliable process rather than an assumption that only gets tested during a real incident.
5. Backup and Recovery Should Be Continuously Managed
As data footprints change, so do compliance requirements, retention needs, and application dependencies. A backup and recovery plan that worked last year may leave coverage gaps today.
Signs that a data protection strategy may need review include:
- Missed backup windows
- Rising storage costs
- Inconsistent retention policies
- Failed recovery tests
- New SaaS workloads or unprotected endpoints
- Unclear ownership across teams
These issues affect more than IT operations. IT teams need support for monitoring, reporting, testing, and remediation. Procurement and finance stakeholders need visibility into cost, service levels, and risk reduction.
When staffing constraints or infrastructure complexity make daily management difficult, teams may need to consider a different operating model. Backup as a Service, Disaster Recovery as a Service (DRaaS), managed infrastructure services, or partner-hosted backup and recovery options can help shift day-to-day oversight while internal teams stay focused on business priorities.
Building a More Resilient Backup and Recovery Strategy
Strong backup and recovery planning starts before disruption. It should define what data matters most, how quickly systems need to return, how backups are protected from ransomware, and how recovery will be tested over time.
Effective planning should also account for hybrid workloads, business priorities, staffing constraints, and compliance requirements. Isolated backups, routine recovery exercises, and defined RTO and RPO targets help teams reduce uncertainty when a real disruption occurs.
Teams evaluating their current approach can use our Backup and Recovery resources and Cloud Technology Hub to review coverage, recovery planning, and modernization options.
