How a small technology problem can slow down work, delay customers, and expose gaps in business continuity planning.
At nearly 15,000 feet, the problem was impossible to miss.
On January 5, 2024, Alaska Airlines Flight 1282 had just departed Portland when a door plug separated from a Boeing 737-9 during climb. The crew returned the aircraft safely to Portland, and everyone survived. The visible failure was dramatic, but the deeper lesson was about weaknesses that existed before the aircraft ever left the ground.
The National Transportation Safety Board later identified problems with training, guidance, oversight, and process discipline in work completed before the flight. That same pattern can happen in business downtime.
The outage is what everyone sees. The overlooked dependency is often what causes the real damage.
Downtime Is Not Just an IT Problem
Most organizations still describe downtime in technical terms: a server fails, a cloud application becomes unavailable, internet connectivity is interrupted, or a Microsoft 365 service goes offline.
IT begins troubleshooting while the rest of the organization waits for updates. That view is incomplete.
Customers do not see a failed server, a login issue, or a broken internet connection. They see delayed orders, unanswered questions, missed commitments, and interrupted service.
The technology failure may start the event, but the business impact is what people remember.
Small IT Problems Can Create Big Delays
Consider a manufacturer whose engineering team suddenly cannot open its CAD (Computer Aided Design) drawings because a product licensing server is down. CAD is the software engineers use to create and review detailed product drawings.
- The production floor may still be running.
- Email may still work.
- Other business systems may still be online.
At first, the problem looks small: engineers cannot open drawings, check designs, approve changes, or support the production team.
Then the delay starts to spread.
- A customer change cannot be approved.
- A production question cannot be checked against the latest drawing.
- A supplier waits for the right file.
- Quality cannot confirm whether a part can be used.
What started as a simple access problem now affects purchasing, production schedules, quality decisions, and final delivery.
In some companies, the delay is not just a few hours.
If a design change cannot be released or a supplier cannot get the correct drawing, the delay can ripple through the schedule for days or weeks.
One missed production window can affect materials, labor, installation dates, customer promises, and revenue.
The same pattern can happen in other areas.
- A sales team may lose access to customer records.
- Accounting may not be able to reach financial systems.
- A professional services firm may lose access to client files or project notes.
In each case, a tool that appears routine can suddenly become the reason work slows down.
Not Every System Has the Same Priority
For IT teams, the first question cannot be only, “How do we restore the system?” It also has to be, “Which business processes are failing, and which ones matter most right now?”
Some systems create inconvenience when they are unavailable. Others stop production, delay customers, block revenue, or prevent important decisions.
If every system is treated as high priority, then nothing is truly high priority during a disruption.
That is why downtime planning cannot belong only to technology.
IT knows the systems and recovery options.
Operations knows which work stops first.
Finance knows where billing and cash flow are affected.
Customer service knows what customers are waiting on.
Leadership has to decide priorities, workarounds, communication plans, and risk tolerance before an outage happens.
This is also where organizations discover that a tool used by one department may actually be business-critical.
Email may carry approvals and customer updates.
User login systems may control access to many applications.
A product licensing server may seem minor until engineering, quoting, production support, and customer delivery all depend on it.
At BizCom Global, this is often where practical resilience work begins. The goal is not to turn every outage plan into a massive project. It is to help companies find the weak spots before they become urgent.
That can include Microsoft 365 security, user access, Group Policy settings, licensing dependencies, vendor access, backups, and recovery assumptions.
Business Continuity Has to Be Practical
Disaster recovery and business continuity are related, but they are not the same thing.
Disaster recovery is about getting systems and data back.
Business continuity is about keeping critical work moving while that recovery is happening.
A practical plan answers simple questions.
How long can each system be down?
Which business functions stop right away?
Who talks to customers, vendors, regulators, and employees?
What information needs to be written down and entered later?
Which decisions need executive approval?
These questions determine whether recovery is organized or chaotic. They also keep IT from being forced to make business decisions during a crisis because no one else defined priorities in advance.
A useful starting point is to connect each important system to the work it supports.
Email supports communication, approvals, customer updates, and vendor coordination.
User login systems control access to many applications.
Engineering platforms support drawings, models, changes, and release decisions that can affect production and delivery dates.
Once those connections are clear, the company can make better decisions about backups, Microsoft 365 resilience, identity and access security, vendor risk, customer communication, response exercises, and employee training.
For many organizations, the first step is a practical review of critical systems, security settings, access policies, vendor dependencies, communication gaps, and recovery assumptions.
BizCom Global helps turn those assumptions into practical plans through technical validation and incident response exercises that show how the organization would actually respond before an outage occurs.
A simple exercise is to ask each department three questions:
What systems do you need to serve customers?
What would you do for the first four hours without them?
What becomes unacceptable after one business day?
The answers usually reveal more risk than a purely technical inventory ever will.
Conclusion
The lesson from Alaska Airlines is simple: visible failures often have deeper causes.
In business, downtime can expose weak points that are already there, such as hidden dependencies, unclear workflows, weak recovery plans, and assumptions that were never tested.
Technology failures are inevitable.
- Hardware fails.
- Cloud providers have outages.
- Applications break.
- Internet circuits go down.
- Cyberattacks and human mistakes happen.
The organizations that weather those events most successfully understand their dependencies, prioritize realistically, test their assumptions, and keep serving customers while recovery is underway.
Downtime may begin as a technology issue. It becomes a business problem when the company cannot serve customers, keep work moving, make decisions, or communicate clearly while systems are being restored.
That is where practical operational resilience begins.
