Skip to content
TRAC GRC Solution
 

Frustration-Free Risk Management

Simplify cybersecurity risk management and tackle your cybersecurity challenges with ease. TRAC is a powerful GRC tool that automates the tedious risk assessment process and delivers customized results aligned with regulations, best practices, and your strategic goals.

Blog_HeaderGradients-12
Cole PontoJune 13, 20245 min read

Testing a Business Continuity Plan: 4 Essential Steps

How to Test a Business Continuity Plan in 4 Steps | SBS
7:25

Business continuity planning is critical to maintaining essential operations during disruptions. Events such as natural disasters, technology failures, or other unforeseen incidents can significantly impact critical business processes. Being proactive and prepared is a necessity, especially in regulated environments.

If a disruption occurs, your organization needs a clear, tested plan to address issues quickly and minimize impact on customers, employees, and operations.

However, having a documented business continuity plan (BCP) is only part of the equation. The effectiveness of a BCP depends on how well it performs when put into action. Testing a business continuity plan helps validate assumptions, identify gaps, and improve response capabilities across a range of scenarios, from IT outages to facility disruptions.

There is no single approach that works for every organization. This guide outlines four practical steps to help you build a more effective business continuity testing program and strengthen organizational resilience.

 

BCP Testing 4 Steps

 

Step 1: Incorporate Different Business Continuity Testing Methods

The first step in strengthening business continuity testing is to use a variety of testing methods. Each method provides different insights into how usable and effective your BCP is in practice. The Federal Financial Institutions Examination Council (FFIEC) outlines commonly used approaches:

 

Tabletop Exercise

A tabletop exercise is a structured discussion involving key personnel who review their roles and responsibilities during a simulated adverse event. The goal is to validate plans and procedures, confirm role clarity, and assess coordination across teams.

 

Limited-Scale Exercise

A limited-scale exercise simulates the recovery of specific business processes using applicable personnel and systems. This type of test helps determine whether critical systems can be restored as planned and whether staff can execute assigned responsibilities.

 

Full-Scale Exercise

A full-scale exercise is the most comprehensive form of business continuity testing. It simulates full recovery using all available resources and may involve alternate processing sites. For example, a full-scale exercise could model the complete loss of a primary facility to confirm total recoverability.

 

Step 2: Determine How Often to Test Your Business Continuity Plan

Determining how often to test your business continuity plan is an important consideration, and there is no universal standard. Testing frequency depends on factors such as industry requirements, business size, system complexity, and the maturity of your BCP.

SBS recommends that emergency preparedness plans — including business continuity, disaster recovery, incident response, and pandemic preparedness — be reviewed annually. Testing typically includes an annual tabletop exercise covering all four plans and multiple scenarios based on the organization's higher-risk threats.

Scenarios that pose the greatest risk should be tested more frequently. A business continuity risk assessment can help identify which threats are more likely or most impactful.

Limited-scale exercises are generally recommended at least once per year, though more frequent testing may be appropriate depending on complexity. For example, achieving full disaster recovery failover capabilities often takes years of implementation and validation, while file-level restores from backups can be tested more quickly and frequently.

Significant changes to systems, processes, or recovery strategies may also warrant additional testing. Ultimately, testing schedules should be tailored to what is feasible and meaningful for your environment.

If you are unsure where to begin, your business impact analysis is a strong starting point. It helps identify critical processes and supporting systems that should be prioritized for testing. Systems that support essential operations should be tested more frequently to validate recovery capabilities and recovery time objectives (RTOs).

Maintaining a documented testing schedule allows for a more strategic, repeatable approach that accounts for internal processes, systems, and critical vendors.

 

Step 3: Include Vendors in Business Continuity Testing

Vendors play a critical role in many organizations' ability to operate during disruptions. Including key vendors in your business continuity testing cycle helps validate plans against more realistic scenarios.

Whether conducting a tabletop, limited-scale, or full-scale exercise, involve critical vendors to the extent possible. This collaboration can surface dependencies, clarify expectations, and provide feedback that strengthens both parties' response capabilities during an actual event.

 

Step 4: Document and Act on Testing Results

Documenting the results of business continuity testing is essential. Records should capture what was tested, what worked, what did not, and any corrective actions identified.

Following up on these findings and implementing improvements is the most important part of the BCP testing lifecycle. Testing alone does not strengthen a BCP, but acting on the results does.

Repeated testing, documentation, and plan refinement form the foundation of an effective business continuity strategy. This ongoing process improves response capabilities and supports continuous improvement over time.

 

Common Challenges and Solutions in Business Continuity Testing

No testing process is perfect. Issues are almost always identified. The key question is whether they are discovered during testing or during a real disruption.

Small gaps can quickly become major problems. For example, an organization may implement a backup internet provider and assume that failover will work automatically. Without testing, that control may fail the first time it is needed.

Using the business impact analysis to prioritize testing is a strong starting point, but other triggers should also be considered. New technologies, system changes, or vendor dependencies may need to be added to the testing schedule.

Tabletop exercises are particularly useful for identifying untested assumptions. During discussions, participants may reference backup systems or vendors that have not been validated. These moments often reveal where additional testing is needed. Even nontechnical attendees can help surface gaps by asking simple but important questions: Have we tested this? When was the last test? Should this be part of our schedule?

Another common challenge is whether recovery efforts meet documented expectations. If an organization has defined RTOs, testing should confirm whether those targets are achievable. Documenting recovery times and outcomes helps identify misalignment between expectations and actual capabilities.

 

Building a Sustainable Testing Program

Business continuity testing is not static. Technology changes, dependencies evolve, and new risks emerge. A testing strategy must evolve alongside the organization to remain effective. Organizations that rely on reactive approaches often encounter issues during real events that could have been identified and addressed through testing.

 

avatar

Cole Ponto

Cole Ponto is a Senior Information Security Consultant at SBS CyberSecurity. He is also an instructor for the SBS Institute, leading the Certified Banking Business Continuity Professional (CBBCP) course.

RELATED ARTICLES