On-Site BDR

When a server fails, the question isn't whether you have a backup — it's whether that backup gets you running again, and how fast. A full restore from a conventional backup can take hours. Hours of downtime for a server that runs accounting, or the database your whole operation depends on, is a different category of problem than a slow afternoon.

An on-site backup and disaster recovery appliance changes that math. It takes scheduled image-based backups of your servers and workstations — complete snapshots, not just files — and stores them locally in a way that lets the appliance itself run your server as a virtual machine while the real hardware is repaired or replaced. The business keeps going. The restore happens in the background.

What we do

Image-based backups on a defined schedule. We deploy and manage a dedicated backup appliance that captures full image snapshots of your servers and workstations at scheduled intervals — hourly, every few hours, or daily depending on how much data you can afford to lose. The images capture the full system state: OS, applications, configuration, data — everything needed to bring the machine back up from scratch.

Instant local recovery. When a covered server goes down, we can boot a recent image directly on the appliance as a virtual machine — typically within minutes. Your users keep working against the VM while the underlying hardware is diagnosed and rebuilt. There's no waiting for a full restore to complete before anyone can log in.

Offsite replication to an immutable cloud copy. Local backups are fast but not safe from a fire, flood, or ransomware attack that hits the network broadly. Backups replicate to an offsite cloud vault that uses immutable storage — the copies can't be overwritten or deleted by ransomware, even if it has domain credentials. This is the 3-2-1 architecture in practice: local copy for speed, offsite copy for resilience.

Automated backup verification. Every backup is automatically tested — the appliance boots each image in an isolated environment and captures a screenshot to confirm it actually came up. You're not trusting that the backup worked; you have evidence it did. An unverified backup is not a recovery plan.

Why it matters

A failed backup is worse than no backup. Discovering a backup is corrupt or incomplete at the moment you need it — after the server has already failed — leaves you with nothing. Automated verification catches bad backups before they're needed, not after.

Ransomware reaches mapped drives. If ransomware runs with your credentials, it can encrypt anything the infected user has access to, including backup shares on the same network. An offsite immutable copy is outside that blast radius. Rolling back to an image from before the infection is a legitimate recovery path, not a last resort.

The math on downtime. A four-hour restore window on a critical server isn't just an IT inconvenience — it's lost revenue, staff sitting idle, and decisions that can't be made. Instant local failover compresses that window to minutes and keeps the business operational while recovery happens.

Hardware failure is a when, not an if. Every server has a finite life. The question is whether you have a recovery plan that accounts for that, or whether you find out what you're missing when a drive array fails on a Tuesday morning.

When you need this

Server hardware failure. A drive fails, a RAID degrades, a power supply takes the system with it. Boot from the appliance, keep working, replace the hardware.

Ransomware attack. Identify the last clean image from before the infection, boot it on the appliance, verify the environment is clean, then migrate back. This is one of the few ransomware scenarios where you don't have to pay.

Accidental deletion or configuration damage. A database got corrupted, a configuration change broke something, or a file that mattered was deleted a week ago. Roll back to the right point-in-time image.

Site disaster. Fire, flood, or anything that takes the physical office offline. The offsite cloud copy survives and can be used to spin up recovery instances elsewhere.

Where this fits

On-site BDR is one layer of a complete backup posture. For workloads where you need a live standby rather than a restore history — replication that keeps a second copy running in near-real-time — see Virtual Machine Replication. For cloud-native data that doesn't live on your servers at all — email, SharePoint, Teams files, Google Workspace — that's a separate problem the appliance doesn't cover: see SaaS & Cloud Backup. Both pair naturally with on-site BDR. The full picture — strategy, testing, and all the layers together — lives under the Backup & Cyber-Resilience pillar.

How we help

We deploy and manage on-site BDR appliances for businesses across the New York Metro and the Puget Sound (Seattle) area. That includes sizing the appliance to your environment, setting retention and schedule policies that match what you actually need to protect, confirming that verification tests are running clean, and handling restores when they're needed — so you're not reading a recovery guide for the first time at 9 PM after a server crash. We scope the solution to your server footprint and recovery time expectations, not to a product tier.