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Every growing business accumulates operational debt. It usually starts with a practical decision. Someone needs a report, so they build a spreadsheet. A client requires an exception, so the team adds a manual step. Two systems don't quite talk to each other, so someone moves the data between them. A manager creates a checklist to keep a recurring process on track. These solutions work. They help the business keep moving while the team is small and the volume is manageable.
Then the business grows. The spreadsheet gains more tabs, the manual checks happen dozens of times a week, more people depend on the process, and another tool or workaround gets added to keep everything moving. Eventually, the company is spending more time maintaining the way work gets done.
That accumulated cost is operational debt: the time, complexity, and friction created by processes and systems that have evolved with the business without being redesigned. It rarely appears as one obvious expense. Instead, it is scattered across everyday work: a few extra minutes here, a manual check there, an hour spent reconciling data at the end of the week. As volume grows, those small costs add up.
Consider a simple example. Your sales team needs to send information to operations after closing a deal. At first, copying a few details from the CRM into a spreadsheet takes five minutes. No big deal. Then the business wins more customers.
Five minutes becomes an hour a day. Someone adds another column to track exceptions. Operations start using a second sheet because the first one doesn't contain everything they need. Finance needs some of the same information, so another export appears. A manager asks for a weekly report, which means someone has to reconcile all three sources before Monday's meeting.
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The original five-minute workaround is still there. It has simply accumulated more steps, more dependencies, and more people around it. Eventually, changing it feels risky. Who owns the spreadsheet? Which version is correct? What happens to the exceptions that only one person knows how to handle? Which other processes depend on this data? This is how operational debt grows: small decisions accumulate into increasingly complex ways of working.
As Atomic Actions describes in its coverage of growing SMBs, expanding companies often end up with more tools, fragmented workflows, and operational inefficiencies as they scale. A Central Hub can bring those systems and workflows into a more connected operating environment.
As companies scale operations, workflows that once worked smoothly can accumulate more manual work, coordination, and dependencies. The useful question is simple: Is the way your business operates keeping up with the business itself? If growth is adding more manual work, more coordination, and more dependencies to the same workflows, operational debt may already be affecting how quickly the company can move.
Operational debt rarely looks like a major problem at first. It appears in ordinary moments: someone asks which spreadsheet is current, a manager has to chase three people for a status update, a new employee needs a long explanation of how a process really works, or a report takes an afternoon because the numbers live in several different places.
Over time, these moments become patterns. Here are four of the most common ones.
Spreadsheets are useful precisely because they are flexible. They can fill a gap quickly, help a small team organize information, and adapt as requirements change. The problem starts when a spreadsheet becomes responsible for a critical business process.
A production tracker grows into scheduling, a reporting sheet becomes the place where CRM data is reconciled, and another file appears because the first one has become too complicated. Soon the process depends on formulas, conventions, manual updates, and someone's knowledge of how all those pieces fit together. At that point, the spreadsheet is doing more than storing information. It is carrying part of the operating logic of the business.
Every company has someone who knows the unofficial rules: which customer gets a different process, which report needs a manual check, where the “real” status lives, or what to do when the system doesn't quite handle an exception.
This is often the shadow work that keeps gaps in processes and systems from becoming visible. The business relies on a few people who know how things “really” work — how to override a system, interpret an exception, or remember a client-specific rule — even when that knowledge isn't documented or built into the workflow.
That knowledge becomes operational debt when the process depends on the person rather than being captured in the workflow itself. Onboarding takes longer, delegation becomes harder, and simple changes require finding the person who knows how things work.
A useful test is straightforward: if the person responsible for a critical process left tomorrow, could someone else reconstruct the workflow from the systems and documentation? If not, part of the company's operating knowledge is probably sitting in people's heads.
A CRM handles sales, a project management platform handles delivery, accounting software handles finance, spreadsheets handle reporting, and email or Slack handles approvals and updates. Each tool can work perfectly well on its own while the overall process becomes increasingly dependent on people moving information between them.
Disconnected tools and SaaS sprawl are a common source of operational debt because every handoff can require re-entry, copy-and-paste, manual reconciliation, or a status check. As more systems are added, the number of connections that people have to maintain grows with them.
The real friction appears at the handoffs. Data gets copied, statuses get checked, updates get requested, and the same information starts appearing in several places. As the number of transactions and teams increases, those manual connections become a growing part of the workload.
The question worth asking is not simply how many tools you use, but how much human effort is required to keep those tools in sync.
A customer needs something unusual, so the team creates a special workflow. Another customer needs something similar, and the exception gets reused. Eventually, the process has several versions depending on the customer, salesperson, project, or person handling it.
This creates complexity that is easy to miss because the official process may still look simple. The real workflow contains dozens of small decisions that employees have learned to make along the way, making business process standardization harder as the company grows and exceptions become part of everyday work.
Client onboarding is a common example. What starts as a form, a welcome email, and a few setup tasks can spread across spreadsheets, documents, calendars, project management tools, and follow-ups as the number of clients and requirements grows.
These patterns often overlap. A spreadsheet can become an unofficial system, one employee can become the person who knows how to maintain it, and several other tools can depend on information being manually copied into it. That's when operational debt starts becoming structural rather than incidental.
Operational debt rarely appears as a separate expense. It shows up inside business operations: a few extra minutes to update a tracker, time spent reconciling reports, another round of messages to get an approval, or an afternoon spent preparing information that should already be available.
PwC describes this kind of friction as a “sludge tax”: the hidden cost of extra approvals, redundant reporting, duplicated checks, and other work that consumes capacity without appearing as a distinct budget line. Its Strategic Cost Intelligence research similarly examines wasted costs created by inefficient processes and their effect on margins. McKinsey's research on operational excellence points to the same broader pattern: organizations with stronger operating systems, connected data, clear KPIs, and disciplined workflows achieve higher productivity and financial performance than those relying heavily on manual, ad hoc processes.
The cost shows up in several ways. Employees spend time maintaining spreadsheets, moving information between systems, checking data, and answering questions that the existing systems should already answer. These process inefficiencies consume capacity that could otherwise go toward customers, projects, and higher-value work.
Manual handoffs also create opportunities for errors and rework. A number gets copied incorrectly, a status isn't updated, or an invoice is built from outdated information. One small mistake can trigger a correction, another approval, and another round of data entry. When the same process happens hundreds of times, even a small error rate creates a steady stream of additional work.
Then there is management attention. When systems don't provide a reliable view of what is happening, managers compensate by asking for updates, checking numbers, reconciling reports, and figuring out which version of the information is correct. Meetings, messages, and manual reports gradually become part of the infrastructure holding the operation together.
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And the cost grows with the business. A process that takes ten minutes and happens twice a month may be perfectly manageable. The same process repeated 200 times a month across several teams creates a very different workload. More customers mean more transactions, more employees mean more handoffs, and more products mean more exceptions. If every increase in volume brings a corresponding increase in manual work, operational costs rise along with revenue, and the company ends up scaling the effort required to operate the business alongside its growth.
That is when operational debt stops being a collection of small inefficiencies and starts becoming a constraint on growth.
You can usually spot operational debt by following one workflow from beginning to end and looking at what actually happens along the way.
How many systems does it touch? How often is the same information entered more than once? Where does someone have to manually check, reconcile, or chase an update? Which steps depend on one person's knowledge? And what would happen if the volume of work doubled?
That last question is especially useful. If doubling your customers would require doubling the manual work behind a particular process, you've probably found a workflow worth examining. The goal is to find the places where growth is multiplying friction, so you can focus your workflow optimization efforts where they can create meaningful capacity.
Once a company identifies an inefficient process, the obvious next step is often business process automation. A spreadsheet takes too long, so someone connects it to the CRM. People keep copying data between systems, so an integration is added. Approvals get stuck in email, so a workflow is built to route them automatically. Automation can solve all of these problems. It works best when the underlying workflow has been understood first.
Take a simple invoicing process. On paper, it might look like this:
Invoice arrives → data is entered → invoice is checked → invoice is approved → invoice is created in accounting software.
In reality, it might look more like this:
Invoice arrives by email → someone downloads it → notices the vendor uses a different format → checks a spreadsheet → realizes a product is missing → messages someone in operations → waits for a reply → enters the data into another spreadsheet → copies it into QuickBooks → asks Finance to confirm something → corrects the invoice.
That second version is the process the business actually runs. It contains the exceptions, decisions, handoffs, and waiting time that don't appear in the official process description. If you automate before understanding those details, you can end up building technology around a process that still contains unnecessary steps and unclear rules.
This is why operational discovery matters. Before deciding what to automate, you need to understand how work actually moves through the business, where it slows down, and which parts need to be redesigned, connected, or removed.
Once you understand where operational debt is accumulating, the next step is business process optimization: identifying the changes that can make the biggest difference without turning the business into a year-long transformation project. This is where a structured approach to process improvement becomes useful, with atomic actions providing a practical way to make targeted changes.
An atomic action is a small, clearly defined change to a specific part of an operational process. It might remove a manual handoff, standardize a recurring decision, make one system the source of truth for a piece of information, or trigger the next step automatically.
The important part is that the change has a clear boundary and an observable outcome. You can see how the workflow works today, identify workflow bottlenecks, and measure whether the new process actually performs better.
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For example, if sales closes a deal and someone manually sends the details to Operations, the first atomic action might be to trigger that handoff automatically when the deal reaches a specific stage. If employees enter the same customer information into several systems, the change might be to capture it once and pass it to the systems that need it. If a recurring report requires hours of manual preparation, the improvement might be to connect the underlying data and automate the reporting flow.
A client onboarding workflow at Be Known shows what this can look like in practice. The process involved manual data entry across six or more tools and could take up to two weeks. After the workflow was redesigned, a single form submission triggered the required actions across seven tools, bringing onboarding down to under 15 minutes, freeing up more than 40 hours of work each month, and saving approximately $18,000 a year in labor costs.
You don't have to redesign every process at once. Start with the workflows where frequency, friction, and business impact come together, make a measurable improvement, and use what you learn to identify the next opportunity.
Over time, these changes can become part of a more connected operating system. Sales, operations, finance, reporting, and other core functions can share information and workflows instead of relying on manual coordination to keep everything aligned.
Operational debt is a natural result of growth. Processes evolve, teams add tools, people create workarounds, and decisions that made sense at one stage of the business remain in place as the company moves into another.
The goal is to make sure the way work gets done can support the business at its current scale and the scale it is moving toward. That starts with knowing where operational debt is accumulating. Find the workflow that creates the most friction. Understand what actually happens inside it. Identify the steps that consume time, create errors, or depend on manual coordination. Then make the changes that have the clearest impact.
One workflow at a time, these improvements can help reduce operational costs, free up capacity, and make the business easier to run as it grows. Over time, the question shifts from “How do we keep up with all this work?” to “How should the business work now that we've grown?”
If you're seeing that friction in your own operations, start with the workflow that's costing you the most. Atomic Actions can help you map it, identify the bottlenecks, and find the changes that will make the biggest difference.