IT Contingency Planning: Backup, Restore, and BCM

During an incident, everyone knows there’s a backup. But no one has ever properly practiced the recovery process. You may be familiar with situations like this: Management asks when the system will be back up and running, and no one can give a reliable answer. Or an outage occurs, and the first step is figuring out who even has the necessary access.

If you can’t answer that clearly, recovery becomes unpredictable in an emergency. This isn’t a sign of poor preparation, but rather the result of systems that grow while the recovery process remains static. The problem isn’t a lack of tools, but a lack of recovery routines. Restores are practiced too rarely, responsibilities are unclear, and dependencies often only become apparent during an incident. This leads to downtime, stress, and real business risks.

1. Backup: Backing up data and system states.
2. Restore: Restoring data and system states until applications are usable and running stably again.
3. BCM: Business Continuity Management, safeguards critical processes and defines priorities, roles, and communication.
4. MTTR (Mean Time to Recovery): The time it takes for a service to resume stable operation after an incident.
5. RTO: The latest time by which a system must be up and running again.
6. RPO: Maximum acceptable data loss.

• How to tell if recovery isn’t a living process at your organization
• Why recovery often takes longer than necessary
• How to set up backup, restore, and BCM so they work when it really counts
• What first steps can ensure greater clarity and reliability

• Restore tests are conducted irregularly or are not performed at all
• RTO and RPO are unclear or not coordinated
• Emergency access procedures are not clearly defined
• Dependencies on third-party services are not documented up to date
• BCM exists, but no one has ever practiced the procedure
• MTTR is not measured, so improvements remain random

Financial

• Delayed deliveries or outages result in lost revenue and additional costs
• Deployments, external specialists, and emergency measures drive up costs

Operational

• Production stoppages, blocked logistics, or stalled service processes
• Backlogs and rework due to inconsistent data and interfaces

Strategic

• Loss of customer trust due to recurring outages
• Dependence on individuals or individual providers

The most common reaction after a lengthy incident is often: “We need to improve our backup process.” In many cases, however, the problem isn’t with the backup itself, but rather with the fact that, in an emergency, it’s unclear what steps to take. If you want to reduce MTTR, you need to develop recovery capabilities. This means:

• Business priorities are clear, including minimum operations
• Restore is defined and tested as a process
• BCM is practiced, including roles and communication

Reasons why MTTR is unnecessarily high

• Unclear roles prolong MTTR because decisions are delayed
• Hidden dependencies prolong MTTR because you have to search for them first
• Lack of emergency access extends MTTR because permissions, keys, or access are missing
• No restore tests prolong MTTR because actual times are unknown
• BCM without practice extends MTTR because communication and priorities become chaotic during an incident

Recovery won’t get faster just because you implement a new tool. It gets faster when objectives, responsibilities, and procedures are clear and regularly tested. The following process outlines the key steps.

1. Clarify priorities
   Define critical processes, minimum operations, and targets for RTO and RPO. Without this clarity, recovery will be either too expensive or too slow.
2. Define recovery as a process
   Establish 2 to 4 recovery scenarios that prevent the most damage.
3. Establish runbooks
   Runbooks reduce search time and prevent improvisation.
4. Set up backup so that restoration is possible
   Back up not only data, but also configurations, keys, certificates, and infrastructure definitions.
5. Anchor BCM in practical terms
   BCM only becomes resilient through practice. It governs priorities, roles, delegation, and communication.

Analyze

We first establish clarity on what actually exists today and what is relevant in an emergency. This includes backup chains, restore paths, system dependencies, roles, provider services, and SLAs. We work with you to assess the feasibility and relevance of RTOs and RPOs .Based on this, we prioritize scenarios so that business-critical processes are secured first.

Stabilize

We translate processes into robust workflows. To do this, we create concise runbooks, establish emergency access protocols—including designations for substitutes—and define a restart sequence. We then conduct initial restore tests and measure the actual MTTR. The result is a concrete action plan that eliminates the biggest time-wasters.

Operations

We embed the entire process as a routine in operations. Restore tests, reviews, and improvements are planned, documented, and followed up on a recurring basis to ensure that recovery remains reliable even after changes to systems and interfaces. Upon request, we assume responsibility for operations and further development, with clear regulations and full transparency.