Business disruptions rarely happen at a convenient time. 

A critical system fails on Monday morning. A cyberattack locks employees out of files. Severe weather closes an office. An internet outage takes phones and cloud applications offline. Or the one employee who knows how a critical system works is suddenly unavailable. 

The specific disruption may be difficult to predict. Your ability to respond to it shouldn’t be. 

That’s where business continuity comes in. 

Business continuity is about keeping critical operations moving when normal operations are interrupted. And because nearly every modern business depends on technology, the strength of your continuity plan is closely connected to the strength of your technology environment. 

Ready.gov recommends that business preparedness planning include communications, IT support and recovery, and continuity planning. It also recommends developing an IT disaster recovery plan alongside the broader business continuity plan. (Ready.gov, 2024) 

But even organizations that have continuity plans can overlook technology gaps that make recovery harder than expected. 

Here are some of the most common. 

Technology Gap #1: Too Much Knowledge Lives With One Person 

Every organization has employees who know more than everyone else about certain systems. 

Maybe it’s the longtime IT manager who understands how the network was built. 

Maybe it’s an office administrator who knows every technology vendor. 

Maybe it’s the employee who manages a critical application and is the only person with certain administrative access. 

That expertise is valuable. 

Depending on it entirely is risky. 

Consider what would happen if that person suddenly left the company, became unavailable during an emergency, or simply couldn’t be reached when a system failed. 

Would someone else know: 

• How your network is configured? 

• Where administrative credentials are stored? 

• Which vendor supports a critical application? 

• How to access your backups? 

• Which systems should be recovered first? 

• Who to call during a cybersecurity incident? 

If the answer is no, your organization has a continuity gap. 

The NIST Cybersecurity Framework 2.0 specifically emphasizes governance, including clearly establishing cybersecurity roles, responsibilities, authorities, and policies. NIST added the Govern function to CSF 2.0 to better connect cybersecurity with overall enterprise risk management. (NIST, 2024) 

Critical technology knowledge should belong to the organization, not just an individual. 

Technology Gap #2: Your Documentation Doesn’t Reflect Your Current Business 

Documentation tends to age quietly. 

A server that fails gets attention. 

A cybersecurity alert gets attention. 

A business continuity plan written three years ago can sit unnoticed in a folder indefinitely. 

Meanwhile, the business keeps changing. 

Employees come and go. Applications move to the cloud. Vendors change. Offices open or close. New cybersecurity tools are deployed. Phone systems are replaced. Responsibilities move between employees. 

Eventually, the documentation describes a business that no longer exists. 

For example, an incident response plan may identify employees who have left the organization. 

A network diagram may show equipment that was replaced years ago. 

A recovery plan may not include a cloud platform that has become essential to operations. 

The organization technically has documentation. 

But can it actually use it during a disruption? 

NIST’s Cybersecurity Framework emphasizes establishing, communicating, and monitoring cybersecurity policies and responsibilities rather than treating governance as a one-time exercise. (NIST, 2024) 

Business continuity documentation should work the same way. 

A plan is only useful if it reflects the business you’re operating today. 

Technology Gap #3: You Have Backups, but Nobody Has Tested Recovery 

“We have backups.” 

It’s one of the most reassuring statements in business technology. 

It can also create a dangerous sense of confidence. 

Backups are essential, but simply having backup copies of data doesn’t guarantee that the business can recover from an outage or cyber incident. 

The more important questions are: 

• What exactly is being backed up? 

• How frequently are backups completed? 

• Are critical cloud systems included? 

• Are backups protected from unauthorized access? 

• Who monitors backup failures? 

• When was the last successful restoration test? 

• How long would it take to restore critical operations? 

NIST’s current recovery guidance specifically recommends verifying the integrity of backups and other recovery assets before using them to resume regular business operations. It also emphasizes knowing who has recovery responsibilities and prioritizing recovery tasks. (NIST, 2026) 

That’s an important distinction. 

Backup is about preserving information. Recovery is about getting the business operating again. 

You need both. 

Technology Gap #4: Nobody Has Defined What Needs to Come Back First 

Imagine that a significant outage takes multiple systems offline. 

What gets restored first? 

Email? 

Accounting? 

Customer records? 

Phones? 

File storage? 

A production system? 

Without established priorities, recovery can become reactive. 

Technical teams may restore systems based on what is easiest to recover rather than what the business needs most urgently. 

Business continuity planning should identify critical business processes and the technology supporting them before a disruption occurs. 

Ready.gov recommends that organizations evaluate the operations that are critical to the survival of the business as part of continuity planning. (Ready.gov) 

Leadership should understand which systems can be unavailable for several hours and which ones create immediate operational or financial consequences. 

This allows the technology recovery strategy to support the business recovery strategy. 

Technology Gap #5: Your Incident Response Plan Exists Only on Paper 

Having an incident response plan is important. 

Knowing whether it works is more important. 

Consider a ransomware scenario. 

An employee discovers that files are inaccessible. 

What happens next? 

Who should they contact? 

Who determines whether systems should be disconnected? 

Who contacts the cybersecurity provider? 

Who notifies leadership? 

Who communicates with employees? 

Who coordinates with legal counsel, the insurance carrier, or other outside parties if necessary? 

What happens if normal email is unavailable? 

Those decisions shouldn’t be made for the first time during an active incident. 

NIST organizes cybersecurity risk management around six continuous functions: Govern, Identify, Protect, Detect, Respond, and Recover. Response and recovery aren’t afterthoughts. They are fundamental parts of managing cybersecurity risk. (NIST, 2024) 

Testing an incident response plan through tabletop exercises can expose unclear responsibilities, outdated contacts, missing documentation, and unrealistic assumptions before a real event occurs. 

Technology Gap #6: You Have Too Many Vendors and Nobody Owns the Big Picture 

Technology environments often become fragmented over time. 

One vendor manages the network. 

Another provides cybersecurity. 

Another manages phones. 

Another handles backups. 

Another provides cloud applications. 

Another supports specialized software. 

Each vendor may perform its individual role well. 

The problem appears when something goes wrong across multiple systems. 

Who owns the incident? 

Who coordinates the vendors? 

Who determines whether the problem is related to the network, application, cybersecurity platform, cloud provider, or internet connection? 

Leadership can suddenly find itself acting as the project manager during a technology emergency. 

That’s not where executives should be spending their time during a disruption. 

Business preparedness requires accountability. 

Organizations need someone who understands how the technology environment fits together and can coordinate response and recovery across vendors. 

That’s one reason an integrated managed technology strategy can improve resilience. 

Instead of managing isolated technology products, the business gains a clearer view of how infrastructure, cybersecurity, communications, recovery, and business operations depend on one another. 

Technology Gap #7: Your Business Continuity Plan Doesn’t Account for Cybersecurity 

Business continuity and cybersecurity used to be treated as separate conversations. 

They shouldn’t be anymore. 

A cyberattack can create the same operational consequences as a physical disaster. 

Employees can’t access systems. 

Customers can’t receive service. 

Phones may stop working. 

Financial processes may be interrupted. 

Sensitive information may be unavailable or compromised. 

The NIST Cybersecurity Framework 2.0 explicitly treats cybersecurity as an enterprise risk-management issue rather than simply a technical problem. Its Govern function is intended to connect cybersecurity strategy with organizational mission, stakeholder expectations, and broader business risk. (NIST, 2024) 

A modern business continuity plan should therefore consider cyber incidents alongside weather events, hardware failures, power outages, and other disruptions. 

Cybersecurity preparedness is business preparedness. 

Technology Gap #8: Your Employees Don’t Know What to Do 

A continuity plan known only by leadership isn’t enough. 

Employees need to understand their roles. 

During a disruption, people naturally start asking questions: 

Should I keep working? 

Can I use this system? 

Should I work remotely? 

Who do I contact? 

Is this email legitimate? 

When will systems return? 

If those questions haven’t been considered beforehand, uncertainty can quickly spread across the organization. 

Ready.gov identifies training, testing, and exercises as essential components of business preparedness because employees need to understand what to do when operations are disrupted. (Ready.gov, 2024) 

Preparedness doesn’t mean every employee needs to understand the entire continuity plan. 

It means people know what is expected of them. 

Technology Gap #9: Nobody Has Tested the Plan 

A business continuity document can look excellent on paper. 

The real test is whether it works. 

Tabletop exercises allow leadership and technology teams to walk through realistic scenarios without actually disrupting operations. 

For example: 

It’s 8:00 Monday morning. Your primary business application is unavailable. Your internal IT manager is on vacation. Employees are unable to access customer information. What happens next? 

Walk through it. 

Who discovers the outage? 

Who gets called? 

Who has administrative access? 

Where is the vendor information? 

How will employees receive updates? 

What happens if the outage lasts four hours? 

What happens if it lasts two days? 

Ready.gov specifically identifies training and exercises as important parts of preparedness because testing helps organizations understand how they will respond when operations are actually disrupted. (Ready.gov, 2024) 

Testing exposes assumptions. 

And assumptions are much cheaper to fix before an emergency. 

Business Continuity Is a Leadership Issue 

Technology resilience shouldn’t sit entirely with IT. 

If a critical system is unavailable for two days, the consequences aren’t limited to the technology department. 

Sales may stop. 

Customer service may slow down. 

Invoices may not go out. 

Employees may be unable to work. 

Revenue may be affected. 

Customers may lose confidence. 

That’s why leadership should understand the organization’s technology dependencies and recovery strategy. 

NIST’s decision to add Govern as a core function of CSF 2.0 reinforces this principle. Cybersecurity risk management requires direction, accountability, defined responsibilities, and alignment with broader enterprise risk management. (NIST, 2024) 

Business continuity deserves the same executive visibility. 

What Better Business Preparedness Looks Like 

A resilient organization doesn’t assume nothing will go wrong. 

It assumes something eventually will and prepares accordingly. 

That means: 

• Critical systems are identified. 

• Recovery priorities are established. 

• Backups are monitored and tested. 

• Technology documentation is current. 

• Administrative access is securely managed. 

• Roles and responsibilities are clear. 

• Vendors and escalation contacts are documented. 

• Incident response procedures are tested. 

• Employees understand what to do. 

• Leadership knows who owns the response. 

None of these steps can guarantee that a disruption won’t happen. 

They can make the disruption significantly easier to manage. 

Frequently Asked Questions 

What is business continuity? 

Business continuity is an organization’s ability to maintain or restore critical operations during and after a disruption. A continuity plan addresses the people, processes, technology, communications, and resources necessary to keep the business functioning. 

Is business continuity the same as disaster recovery? 

No. Disaster recovery typically focuses on restoring technology, systems, applications, and data. Business continuity is broader and focuses on keeping critical business operations running. Ready.gov recommends developing IT disaster recovery planning in conjunction with the overall business continuity plan. (Ready.gov) 

Why is IT documentation important for business continuity? 

Current documentation helps authorized personnel understand technology systems, vendors, administrative responsibilities, recovery procedures, and dependencies. It reduces reliance on institutional knowledge held by one employee. 

Are backups enough to protect business continuity? 

No. Backups protect data, but organizations also need tested procedures for restoring systems and operations. NIST recommends verifying recovery assets and establishing clear recovery responsibilities and priorities. (NIST, 2026) 

How often should a business continuity plan be tested? 

There isn’t one schedule appropriate for every organization. Plans should be reviewed and exercised regularly and after significant changes to technology, personnel, vendors, facilities, or business operations. The goal is to ensure the plan continues to reflect how the business actually operates. 

How can managed IT services improve business continuity? 

A managed technology partner can help businesses maintain technology documentation, monitor infrastructure, oversee backups, strengthen cybersecurity, coordinate vendors, establish recovery priorities, and provide additional expertise during disruptions. 

Don’t Wait for a Disruption to Find the Gaps 

The most expensive time to discover a weakness in your business continuity strategy is when you’re already depending on it. 

You don’t want to discover during a ransomware attack that nobody knows how to restore a critical application. 

You don’t want to discover during an outage that your emergency contact list is three years old. 

And you don’t want to discover after a key employee leaves that they were the only person who understood how an essential system worked. 

Business preparedness is about finding those gaps now. 

At TruePoint Systems, we help organizations look at technology as a complete business environment not a collection of disconnected systems. By bringing managed IT, cybersecurity, strategic technology guidance, documentation, and continuity planning together under one accountable partner, we help businesses reduce uncertainty and prepare for disruptions before they become emergencies. 

Because business continuity isn’t about assuming nothing will go wrong. 

It’s about knowing what happens when something does. 

Managed Technology. Zero Surprises.