Learn how to identify business processes that are ready for workflow automation by evaluating process volume, complexity, manual effort, bottlenecks, business impact and scalability.
Workflow automation can streamline repetitive work but automation is only as effective as the process behind it. If an organization does not understand how work actually moves between people, departments and systems it can end up automating unnecessary steps, hidden workarounds or inefficient approval paths.
Process mapping provides a structured view of how a process operates before automation begins. By documenting the current state, identifying decisions and exceptions, removing unnecessary activities and designing the desired future state organizations can create a clearer foundation for workflow automation and reduce the risk of automating problems instead of solving them.
Automation does not automatically improve the design of a process. It executes the logic that an organization gives it. If that logic contains redundant approvals, duplicate data entry or unclear ownership those inefficiencies can become embedded in the automated workflow.
The potential for automation is significant. McKinsey Global Institute found that about 60% of occupations have at least 30% of their activities that could technically be automated using demonstrated technologies. The challenge for enterprises is therefore not simply finding something to automate but determining what should be automated and how the process should operate first.
A process map creates that foundation by making the sequence of work visible before technology is introduced. To learn how to evaluate which processes are the best candidates for automation, read How to Identify the Right Business Processes for Workflow Automation.
Process mapping is the practice of visually or structurally documenting how work moves from a defined starting point to a desired outcome. It identifies the activities, people, systems, decisions, inputs, outputs and exceptions involved in completing a process.
For workflow automation the map serves as a common reference for business and technology teams. It helps them agree on how the process currently works, what needs to change and which activities should ultimately be automated.
Before documenting individual activities define exactly where the process begins and ends. A clear boundary prevents the mapping exercise from becoming too broad and makes it easier to establish ownership and success criteria.
Start by identifying the trigger that initiates the process and the outcome that represents completion. For example a purchase approval process might begin when an employee submits a purchase request and end when the approved request is handed to procurement for execution.
The first map should represent the process as it actually operates today rather than how a policy document says it should operate.
Document each activity in sequence and capture:
Who performs the activity
What information is required
Which system is used
Where information comes from
What decision is made
Who receives the work next
How long the activity or waiting period takes
What happens when something goes wrong
This is commonly referred to as the As-Is process map. Its purpose is not to design the perfect process but to expose the reality of how work is being performed.
Every time work moves between employees, departments or systems there is a potential handoff risk. These transitions can create waiting periods, communication gaps and uncertainty about who is responsible for the next action.
Mark each handoff on the process map and identify the owner at every stage. If a task frequently waits because employees are unsure who should act next that is an important finding for the future workflow design.
Decision points are among the most important elements to document before automation because they determine how the workflow should branch.
For example:
If a purchase request is below a defined threshold → route to the department manager.
If it exceeds the threshold → route to additional approval.
If required information is missing → return the request to the requester.
If compliance documentation is incomplete → send it for review.
Making these rules explicit helps transform informal decision-making into structured workflow logic.
A process map that only captures the "happy path" is not sufficient for automation.
Ask what happens when:
Required information is missing.
A request is rejected.
An approval is delayed.
A document fails validation.
A system is unavailable.
A request requires additional review.
A task exceeds its SLA.
A transaction needs to be returned to an earlier stage.
These exceptions often determine whether an automated workflow will work reliably in real operating conditions. They should therefore be documented before the workflow is designed.
Once the current process is visible look for activities that create delay without adding meaningful value.
Pay particular attention to:
Duplicate data entry
Repeated approvals
Manual status updates
Email-based handoffs
Spreadsheet-based tracking
Unnecessary reviews
Rework caused by incomplete information
Tasks that remain idle while waiting for another team
The objective is not to automate every activity. Some activities should be removed or simplified before automation is considered. For more insights into identifying inefficient manual workflows, see Signs Your Business Has Outgrown Manual Workflow Management.
Establish a baseline before changing the process. Useful measures can include:
Average processing time
Total cycle time
Number of manual touchpoints
Number of handoffs
Error or rework frequency
Approval waiting time
Volume processed
SLA performance
Cost or employee effort per transaction
Without a baseline it becomes difficult to demonstrate whether the automated process actually improved performance.
After analyzing the current state design the To-Be process.The future-state map should show how the process should operate after unnecessary activities have been removed and responsibilities clarified.
At this stage determine which activities should be:
Automated because they are repetitive and rule-based.
Standardized because different teams currently perform them differently.
Integrated because information moves between multiple systems.
Human-led because they require judgment or contextual decision-making.
Eliminated because they do not provide sufficient value.
This creates a practical blueprint for the workflow that will eventually be implemented. For a structured approach to turning process improvements into an automation strategy, explore 8 Steps to a High-Impact Business Process Automation Strategy.
A process map should not be validated only by managers or IT teams. Employees who perform the work every day often know about exceptions, workarounds and informal steps that are not visible in official documentation.
Walk through the proposed map with the process participants and ask whether it represents how work actually happens. Validation at this stage is considerably easier than discovering missing requirements after automation has already been deployed.
A process is generally more suitable for automation when its trigger, inputs, responsibilities, rules, exceptions and desired outcome are clearly defined.
Before moving into implementation ask:
Is the process stable?
Is ownership clear?
Are business rules documented?
Are inputs structured?
Are exceptions understood?
Are unnecessary steps removed?
Can performance be measured?
Are required systems available for integration?
Is there a clear business reason to automate?
If several answers are no the process may require further redesign before automation begins. Before selecting an automation platform, see How to Choose the Right Enterprise Workflow Automation Platformto understand the capabilities to evaluate.
The As-Is map explains how the process operates today. It captures current activities, handoffs, systems, decisions, delays and exceptions without attempting to make the process look better than it is.
The To-Be map represents the improved process that the organization wants to implement. It removes unnecessary activities, clarifies responsibilities and identifies where automation, integration and human decisions should occur. Using both maps prevents teams from jumping directly from an incomplete understanding of the current process into an automation build.
Understanding the relationship between business processes and workflows can also help clarify the transition from process design to automation in What is Business Process Management or Workflow Management?.
Consider an organization where employees submit purchase requests through email. The manager reviews the request then forwards it to procurement while finance separately verifies budget information. Supporting documents may arrive through email or shared folders and employees frequently follow up to check the status.
Mapping the current state reveals several opportunities: information is captured inconsistently, ownership changes across departments, supporting documents are handled separately and status tracking depends on manual communication. The future-state process could use Forms+ to capture structured request information then use Flow+ to route the request according to approval rules and escalation conditions. Where documents need controlled storage or retrieval DMS+ can support the document-management component while AccountsPayable+ can support downstream accounts payable activities where applicable.
The important point is that the automation design emerges from the process map rather than the organization trying to fit an existing process into a technology tool. For another perspective on automating approval-driven processes, see Centralize Purchase Approvals and Vendor Decisions in One Automated Flow.
Once the future-state process has been defined the next step is to turn the approved design into an operational workflow. Flow+ helps organizations coordinate tasks, approvals, business rules, routing and integrations so processes can move consistently between people and systems.
This allows organizations to start with a clearly defined process and configure the corresponding workflow around its actual requirements. Instead of using automation to replicate every existing manual activity organizations can use the mapping exercise to create a cleaner process and then use Flow+ to execute and monitor it.
Learn how connected workflows can extend automation across applications and departments in Cross-Platform Workflow Orchestration: Integrating Workflow Automation With ERP, CRM And Third-Party Apps.
A policy document may describe an ideal process while employees may follow additional steps in practice. Mapping only the documented procedure can hide the workarounds that automation eventually needs to handle.
The normal path is rarely the entire process. Missing exceptions can result in workflows that work during straightforward transactions but require manual intervention when real-world variations occur.
Digitizing every existing activity can preserve unnecessary work. Review the map first and remove activities that do not contribute sufficient value.
Process owners and employees often have different perspectives on how a process operates. Including the people who execute the process helps produce a more accurate map.
A task may take five minutes to complete but remain in someone's queue for two days. Measure the complete cycle time and waiting periods rather than looking only at active work.
For more on the operational problems caused by poor workflow visibility, explore Why Workflow Automation Fails Without Visibility.
Process mapping documents how work moves through a business process including tasks, people, decisions, systems, handoffs and exceptions. It helps organizations understand and improve the process before turning it into an automated workflow.
Mapping reveals unnecessary steps, bottlenecks, duplicate work and hidden exceptions before they become part of the automated workflow. It helps teams automate an improved process rather than simply digitizing the existing one.
A useful process map should identify the trigger, activities, owners, inputs, outputs, systems, decisions, handoffs, exceptions and desired outcome. Baseline performance measures can also help establish how the process performs before automation.
An As-Is map documents how work operates today while a To-Be map describes how the process should operate after unnecessary activities have been removed and improvements have been designed.
The level of mapping required depends on process complexity. However any process involving multiple teams, systems, decisions or exceptions benefits from being documented before automation so important requirements are not overlooked.
Process mapping gives organizations a structured way to understand how work actually moves before automation changes the process. By documenting the current state, identifying bottlenecks, clarifying ownership, capturing exceptions and measuring performance teams can determine what should be removed, improved or automated.
The goal is not to create a detailed diagram for its own sake. It is to create a reliable blueprint for better operations. Once the future-state process is validated organizations can use Flow+ to turn that design into connected workflows that coordinate people, rules and systems while complementary products can support specific stages where they provide value.
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