Immutable backups, ransomware-resistant storage, and the quarterly restore drill that makes sure the snapshots aren't lying. Tested recovery, not just retention.
Having backups and being able to restore from them are not the same thing, and the gap between the two is where businesses get hurt. A backup is a hope until someone has actually recovered from it under realistic conditions. We design the backup so it survives a ransomware attack, store it where the production environment can't reach it, and prove it works on a schedule instead of assuming. Then we write down the result, so when the bad day comes there is no guessing about whether recovery will hold.
Backups that cannot be modified or deleted during their retention window, even by an account that has been compromised. Modern ransomware hunts for the backups first, so immutability is the feature that lets the recovery playbook actually work when you need it.
At least one copy living somewhere the production environment cannot reach, with both geographic and logical separation. A fire, a flood, or an intruder with domain admin shouldn't be able to take your primary data and its backup in the same stroke.
Three copies of the data, on two kinds of media, with one off-site. It's the rule the industry settled on decades ago for a reason, and we apply it as the baseline rather than the upsell. Survivable backup is not an add-on here.
We pick a workload, restore it to a clean environment, and time the recovery against your targets. Failures get found and fixed while it's still a drill, not during a live outage when three days of revenue are on the line.
Recovery-time and recovery-point objectives written down per workload, agreed with leadership. The system that can be down for a day and the one that can't are protected accordingly, so spend matches what the business can actually tolerate losing.
Email, SharePoint, OneDrive, and Teams data backed up separately from Microsoft's own retention, which is shorter than most people assume. A deleted mailbox or a ransomware-laced file in OneDrive needs its own recoverable copy. More on Microsoft 365.
Most companies discover their backups don't work in the worst week of their year. The snapshot job was running every night. The dashboard was green. The reports went to an inbox nobody read. And the restore process had been silently broken for eight months, because a credential expired, or a target filled up, or a software update changed a setting that nobody noticed. By the time anyone tried to actually recover, the ransomware was already encrypting the only copy that mattered, and the backup that was supposed to be the safety net turned out to be a screenshot of one.
We test restores quarterly. We document the recovery time and compare it to the target everyone agreed to. We fix the silent failures before they become live ones, because a backup that has never been restored is an untested assumption, not a plan. None of that testing costs extra. It is simply the bar, the same way changing the oil is part of owning the car rather than a premium service.
Good backup is also the last line of a ransomware defense, the control that turns an extortion demand into a bad afternoon. If the worst happens and an attacker encrypts your environment, a tested, immutable, off-site backup is what lets you decline to pay and restore on your own terms. That's why we treat backup as a security control, not just a chore, and why it sits alongside detection and response rather than off in an unrelated corner.
Backup is only worth anything if the recovery has been rehearsed. We build it in a deliberate order so that, when something goes wrong, restoring is a known procedure with a known runtime.
We map what needs protecting and how fast each piece has to come back. Setting recovery objectives with leadership decides where the spend goes, before any tooling gets chosen.
Immutable snapshots, an off-site and air-gapped copy, and Microsoft 365 coverage, configured to the 3-2-1 standard so no single failure or attacker takes both the data and its backup.
Each quarter we restore a real workload to a clean environment and time it. The recovery is measured, not assumed, and any drift from the target gets fixed while it's still a drill.
You get a written record of what was tested, how long it took, and what we changed. When an auditor or insurer asks whether your backups are tested, the answer is documented.
Secure backup fits any Jacksonville or Southeast business that would lose money, customers, or compliance standing if its data vanished, which is to say almost all of them. The need is sharpest for organizations whose operations stop without their systems, manufacturers, medical practices, professional-services firms, and for anyone whose cyber-insurance policy or regulator now requires tested, immutable backups in writing. If you have backups but have never actually restored from them, or you're relying on Microsoft 365's built-in retention without a separate copy, you have the most common gap we see. This service is the foundation under server management and a core part of ransomware resilience, working alongside managed detection and response so an attack meets a recovery plan rather than a ransom note.
Microsoft keeps deleted items for a limited window and protects against its own outages, but it is explicitly not a long-term backup, and its retention is shorter than most people assume. If a file is encrypted by ransomware or a mailbox is deleted past the retention period, you need a separate recoverable copy. We back up Microsoft 365 data independently for exactly that reason.
Immutable means the backup can't be altered or deleted during its retention window, even by an administrator account or a piece of malware. It matters because modern ransomware deliberately seeks out and destroys backups before encrypting your live data. An immutable, off-site copy is what survives that attack and lets you restore instead of paying.
Quarterly, as standard. We pick a real workload, restore it to a clean environment, and time the recovery against your agreed targets. Most backup failures are silent and only surface when you finally try to restore, so the test is the whole point. You receive a written record of each drill, including what we found and fixed.
RTO is how long you can be down before it hurts; RPO is how much recent data you can afford to lose. We set both per workload with your leadership team, because the system that can wait a day and the one that can't shouldn't get the same protection. Those targets then drive how the backups are designed and what they cost.
Tested, immutable, off-site backups are exactly what put that choice in your hands. If your data is recoverable on your own terms, the extortion loses most of its power. We can't promise zero disruption, recovery still takes time, but a proven backup turns a potential business-ending event into a planned restore. It works best alongside detection and response.
Bring your current RTO/RPO targets, or your guess at them. We'll come back with a written gap analysis and a 90-day improvement plan.
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