How to Build a Business Continuity Plan Around Cloud Backup and Disaster Recovery

Business continuity planning is sometimes treated as a compliance exercise: a document that satisfies an auditor or a client questionnaire and then sits on a shelf. That approach misses the point entirely. A business continuity plan is an operational resource. Its value is measured entirely by whether it enables the business to maintain or restore critical functions during a disruption.

An effective plan addresses four core questions:

1. What are the events that could disrupt the business? How likely and severe are each of them? This includes ransomware attacks, hardware failures, accidental data loss, and environmental disruptions.
2. Which operations, systems and datasets are critical? What is the impact of losing them over varying timeframes? A system that is mission-critical at 4 hours of downtime may be entirely different from one that becomes critical at 24 hours.
3. How will critical functions be maintained or restored? Who is responsible for each recovery action, and what resources do they need?
4. How will the plan be tested, maintained, and kept current? A plan that isn't regularly tested and updated as the business evolves will not hold under pressure.

Each of these questions has a data recovery dimension. The events that disrupt businesses increasingly involve data loss or system unavailability. The critical operations that need to be maintained depend on the systems and datasets that underpin them. The recovery actions that restore function rely on backup infrastructure performing to specification. And the testing that validates the plan must include realistic recovery scenarios, not just theoretical walkthroughs.

Not all systems carry equal weight. A business continuity plan that treats every application and dataset with the same level of urgency is neither practical nor credible. The starting point is a structured assessment of what the business genuinely cannot function without, and for how long.

Business impact analysis

A business impact analysis maps each system and dataset to the operational and financial consequences of losing them over defined timeframes: 1 hour, 4 hours, 24 hours and 1 week. For most organisations, this exercise surfaces a clear hierarchy. A handful of systems — perhaps an ERP platform, a CRM, an email server, or a core database — have consequences that become critical within hours. Others can be offline for days without a material impact.

This hierarchy directly informs the recovery objectives that need to be built into the backup architecture. Systems with a low tolerance for downtime need aggressive Recovery Time Objectives. Systems that process frequent transactions or changes need similarly tight Recovery Point Objectives. The backup solution needs to be designed around the output of the business impact analysis, not the other way around.

Data classification

Alongside system prioritisation, data classification identifies which datasets carry the highest risk weight. Client data, financial records, contractual documentation, and operational data that drives daily transactions typically sit at the top of that hierarchy. Regulatory obligations may add further structure: certain data types carry specific retention requirements that the backup architecture must support, and failure to meet them creates compliance exposure on top of operational risk.

Contrac works with clients to conduct this analysis as the foundation of every managed cloud backup engagement. The output is not a generic template — it is a specific, documented assessment of which systems and datasets the business depends on, and what the consequences of losing them would be across different timeframes.

Recovery Time Objectives and Recovery Point Objectives are the technical expression of business risk tolerance. Setting them correctly is one of the most important steps in the business continuity planning process, and one of the most frequently handled poorly.

The common failure mode is to set recovery objectives based on what the current backup solution can deliver rather than what the business actually needs. This reverses the correct logic. The objectives should be set first, based on the business impact analysis, and the backup architecture should then be designed to meet them. A Recovery Time Objective of four hours for a core business system is a business decision. Whether the current backup solution can achieve it is a technical question that follows from that decision.

"Contrac designs managed cloud backup solutions around defined RTO and RPO targets agreed with the client at the outset of the engagement. The architecture, backup frequency, storage configuration, and restoration infrastructure are all calibrated to meet those targets. When the targets are agreed contractually, the recovery commitment is a guarantee rather than an estimate."

For a deeper understanding of how RTO and RPO shape backup strategy, see our guide on what RTO and RPO mean for your cloud backup strategy.

A business continuity plan identifies what needs to be recovered and the timeframe for recovery. Cloud backup and disaster recovery provide the mechanism by which that recovery actually happens. Without a capable, well-configured backup architecture, the plan is a statement of intent with no means of delivery.

Cloud backup as the foundation

Managed cloud backup powered by Acronis Cyber Protect Cloud creates independent, immutable copies of business-critical systems and data at intervals aligned to the agreed Recovery Point Objectives. Those copies are held in ISO 27001 accredited UK data centres, isolated from the primary environment, and protected against ransomware through immutable storage that cannot be altered or deleted even if the primary network is compromised.

Automated daily testing verifies that each backup is restorable before an incident occurs. This matters because a continuity plan that depends on backups which have never been tested against a live restoration is not a plan that can be relied upon. The testing regime is the mechanism by which the recovery commitment is continuously validated.

Disaster recovery for rapid system restoration

For systems with aggressive Recovery Time Objectives, cloud-based disaster recovery extends the capability beyond simple data restoration. Rather than waiting for physical hardware to be rebuilt and data to be restored sequentially, cloud disaster recovery enables systems to be brought back online in a cloud environment while longer-term restoration continues in parallel. For businesses where even a few hours of downtime can carry significant consequences, this capability often makes the difference between meeting the RTO and missing it.

The infrastructure that supports this capability sits within Contrac IT Support's broader hosting and cloud environment. For organisations that want to understand how backup and disaster recovery connect to wider infrastructure resilience, the hosting and cloud solutions page sets out how these elements work together.

A business continuity plan that has never been tested is a hypothesis. Testing is the process that turns it into something the business can actually rely on, and it needs to happen at two levels: backup integrity testing and scenario-based continuity testing.

Backup integrity testing

Backup integrity testing verifies that the recovery points created by the backup solution can be restored to a functional state. Contrac's managed backup service includes automated daily verification that checks restoration integrity without requiring manual intervention. The results are monitored by the engineering team, and failures are addressed before they represent a gap in protection coverage.

Scenario-based continuity testing

Scenario-based testing goes a step further. It simulates a specific disruptive event and validates whether the business can execute the recovery procedures outlined in the continuity plan. Common scenarios include:

• A ransomware attack that compromises the primary environment
• An accidental mass deletion of critical data
• A hardware failure affecting a key server

Each scenario tests a different aspect of the recovery architecture and the team's ability to execute under pressure. The output of scenario testing is not a pass or fail verdict. It is a set of findings that identifies gaps between the plan as written and the plan as it actually performs. Those findings should drive updates to the plan, improvements to the backup architecture, and adjustments to the recovery procedures. A continuity plan that is never revised in response to testing findings is unlikely to improve over time.

Having worked with UK businesses across a range of sectors, Contrac IT Support regularly encounters similar gaps in business continuity plans. Awareness of them is useful whether you are building a plan from scratch or reviewing one that is already in place.

Recovery objectives that have never been formally agreed upon

Many organisations have a backup solution running without any documented RTO or RPO. Recovery in this situation is handled reactively, with the timeframe determined by the capabilities of the backup solution rather than by the business's needs. Formalising recovery objectives is the single most impactful improvement most businesses can make to their continuity posture.

Backup solutions that have not been tested since installation

A backup verified during initial setup but not tested since may or may not be restorable today. Software updates, storage changes, and configuration drift all introduce risk over time. Continuous automated testing, rather than periodic manual checks, is the only reliable way to maintain confidence in backup integrity.

Plans that do not account for the human element

Who executes the recovery procedures during an incident? If the answer is one specific person who holds all the relevant knowledge, the plan has a single point of failure. A managed service removes this dependency by placing the recovery capability with an experienced engineering team rather than an individual within the business.

Plans that have not kept pace with infrastructure changes

New applications, cloud migrations, additional Microsoft 365 workloads, and changes to the data estate all affect the scope of what needs to be backed up. A continuity plan and backup configuration that was accurate 18 months ago may no longer reflect the current environment. Regular reviews — ideally at least annually and following any significant infrastructure change — are necessary to keep the plan current.