Keep operating when the building cannot

Continuity planning starts with impact, not technology. We sit with your leadership and work out which processes actually generate revenue and which can pause for a week without anyone noticing. A dental practice cannot see patients without imaging and scheduling. A distributor cannot ship without the order system. Everything else, including email in many cases, is secondary for the first twenty-four hours. Ranking this honestly is what stops a plan from trying to restore everything at once and therefore restoring nothing quickly.

The runbook is the deliverable

A plan that lives in someone's memory is not a plan. We produce written runbooks: who declares an incident, who calls whom, in what order systems come back, what the manual workaround is for each critical process while systems are down, and how to communicate with customers and staff. Contact details are printed as well as stored, because a plan that only exists on the file server you just lost is not much use.

Each runbook lists dependencies explicitly. Restoring the practice management server does nothing if the domain controller providing authentication is still down, and a lot of first attempts fail on exactly that kind of ordering mistake.

Failover, sized to the business

Technical continuity ranges widely in cost. At the lower end, a local recovery appliance can boot your critical servers as virtual machines within the hour, which covers hardware failure and most ransomware scenarios. In the middle, cloud failover spins those workloads up in Azure or a hosted environment when the building itself is unavailable. At the higher end, warm standby infrastructure keeps replicas running continuously.

We size that against your tolerance for downtime rather than against a product catalogue. Many small businesses find that moving critical workloads to cloud services removes half the problem, because a Microsoft 365 tenant does not care whether your office has power.

Arizona specifics get engineered in. Server closets need real cooling and monitored temperature alerting, not a fan and optimism. Equipment needs proper UPS protection with tested batteries, because monsoon season delivers repeated short outages and surges that kill power supplies and switches. Anything critical mounted above a ceiling or under a roof penetration deserves a second look before August. We have replaced enough monsoon-damaged gear to be blunt about this.

Then we rehearse. A tabletop exercise walks your leadership through a realistic scenario and exposes the assumptions: nobody knows the alarm code, the insurance policy number is on the dead server, the person who owns the vendor relationship is on vacation. Every rehearsal we run finds something. Backup design details live on our backup and recovery page, and there is more at disasterrecovery.orcait.io.