An accounting firm suffers a power outage due to a nearby storm, causing their data center to go offline. Because of this, customers cannot access their accounts, and their transactions are not able to be processed. Which of the following actions should the IT team take to most efficiently restore services to the company?

Question

An accounting firm suffers a power outage due to a nearby storm, causing their data center to go offline. Because of this, customers cannot access their accounts, and their transactions are not able to be processed.  Which of the following actions should the IT team take to most efficiently restore services to the company?

BlackTom AI · Accepted Answer

The scenario involves a power outage that shuts down the data center, preventing customers from accessing accounts and halting transactions. We need to evaluate which recovery action would most efficiently restore services.

Option 1: 'Use an on-site backup system to manually recover the data and restore customer services' This approach can be extremely time-consuming and prone to human error. Relying on manual recovery from on-site backups typically cannot match the speed and reliability required to restore services after a major outage, especially when core systems are down. It may also lack validation and failover capabilities that automated DR solutions provide.

Option 2: 'Switch to a hot site that has operational backup systems which will restore services immediately' A hot site is a fully configured, ready-to-use data center that mirrors the primary site. It typically includes active systems, data replication, and real-time or near-real-time failover. This option directly addresses the need for rapid restoration of services and minimal downtime, making it the most efficient recovery path in this scenario.

Option 3: 'Wait for the power to be restored, then assess the extent of the damage before taking action' Waiting for power restoration introduces unnecessary downtime and delays service availability. In DR planning, relying on external restoration of power without an immediate recovery strategy increases business impact and outages beyond what a proper failover plan would incur.

Option 4: 'Initiate a cold site recovery plan, setting up basic infrastructure for future use' A cold site provides space and basic infrastructure but requires manual provisioning and longer time to bring systems online. It is slower than a hot site, which already has active infrastructure and ready-to-use systems, making it unsuitable when the goal is the most efficient restoration of services.

In summary, the critical factors here are speed, continuity of operations, and minimizing downtime. Hot site failover offers the quickest path to resume normal operations because it provides ready-to-run systems and established failover processes, whereas the other options introduce delays or rely on less automated recovery methods.

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