A working backup isn’t the same thing as a recoverable one. Cybersecurity has held the #1 CIO priority for four years running, and the question that boards ask after an incident isn’t whether backups existed; it’s how fast the business was back online. A backup function that successfully executes daily can still fail the one time it matters. Why? Perhaps nobody has tested whether the restore works, how long it takes, or whether the backups themselves were encrypted before the attacker breached them.
WEI designs resilient backup architectures using Veeam and ExaGrid to help organizations recover quickly while supporting long-term retention and ransomware protection. Veeam handles deduplication-friendly backups, and ExaGrid’s disk-cache landing zone speeds up restores while keeping long-term retention affordable. Details are available in Four Ways Veeam and ExaGrid Support Your Data Protection and Backup Strategy. The architecture is designed for virtualized environments, helping backup and recovery performance remain consistent as data volumes and retention requirements grow.
Immutable backup architecture, tested recovery planning, and RPO/RTO alignment mean that when ransomware hits, the answer is a restore, not a costly ransom payment. Immutability means a backup, once written, cannot be encrypted, altered, or deleted by anyone. This includes an attacker who already compromised administrator credentials. That single property is what separates a real recovery plan from a folder of files that ransomware can reach just as easily as anyone else can. A backup and a disaster recovery plan aren’t the same thing: a backup is just a copy of the data, while a recovery plan is the tested process for getting systems back online in a defined order, on a known timeline, using that copy.
Disaster recovery planning should reflect business priorities. For example, a federal credit union facing aging infrastructure and rising costs recently turned to WEI to redesign its disaster recovery around a Nutanix hyperconverged environment. The approach is covered in our case study, Maximize Your Nutanix DR Strategy With Exclusive Expert Insights. Recovery time objectives (RTO) and recovery point objectives (RPO) get set per workload, not as a single blanket policy, since a customer-facing application and an internal reporting server rarely deserve the same recovery budget or priority when an incident happens.
WEI regularly validates recovery processes through periodic planned testing, and to a much higher degree than a standard tabletop exercise. The goal is to confirm that your recovery objectives can be met before an incident, not after one.
For workloads where an RPO measured in minutes takes high priority, WEI also deploys Zerto for continuous, journal-based replication. WEI captures every write continuously, so recovery can roll back to seconds before an incident instead of the most recent nightly snapshot. The right tool depends on the workload’s actual tolerance for data loss, not a blanket platform decision applied to everything.
Resilience isn’t only about data. A location that loses its only WAN connection is offline just the same as one that lost its backups. WEI Connect uses Starlink to bring a site back online in hours or days where traditional fiber can take 60 to 180 days, and it isn’t limited to emergency-only failover: it’s a fully SD-WAN and SASE-ready connectivity option that works as a primary or supplemental network path anywhere fast, reliable connectivity is the constraint, new locations, remote sites, temporary projects, or a second path for existing ones, not just a backup line held in reserve for when something breaks.
A WEI Business Resilience engagement typically includes:
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