Bizagi: 8 Steps From a Process Map to a Working Approval Flow

Bizagi supports process modeling and business process automation. A team can map how work moves between people and systems, then define the data, forms, rules, and actions needed to run that work. The main benefit comes from making handoffs clear and repeatable, rather than drawing a more detailed diagram for its own sake.

This guide follows eight steps from a process map to a working approval flow. It explains the roles of Modeler and the automation environment, then covers forms, rules, users, integrations, and tests. You will also find a purchase-request example and a practical plan for choosing a first process.

What Bizagi does

Process modeling describes the work. Automation makes selected parts of that work run through a system. The two connect, but a completed diagram does not automatically become a finished business app.

Bizagi’s process execution guidance explains the distinction between mapping and the tools used to build and run an automated process. Verify current product names, plans, and deployment options before planning a project.

A process model can show who receives a request, who reviews it, and what happens after approval or rejection. To run that model, the team also needs fields, permissions, routing rules, system connections, and ways to handle exceptions.

For example, a purchase request needs more than an “approve” task. It needs a requester, items, costs, a budget owner, and a clear outcome. The business must define these details before it can trust the workflow.

8 steps for building a useful Bizagi process

1. Choose a process with a clear business problem

Start with a process that staff already perform and can explain. A purchase request, internal service request, or controlled review can make a useful first scope. Avoid starting with the most complex process simply because it has the most steps.

Write down the pain point. Requests may sit in inboxes, lack required details, or move to the wrong reviewer. The first project should address a clear issue that the team can measure.

Next, define the start and finish. A purchase process might start when someone submits a complete request and end when the team records an approved or rejected outcome. Keep later ordering and payment work separate unless it belongs in the agreed scope.

2. Map the real flow with the people who do it

Bring requesters, reviewers, and downstream staff into the mapping session. Ask them to walk through a recent case. This often reveals waiting, informal checks, and exceptions that a policy document does not show.

Use clear task names and show who owns each task. A diagram should make the next action easy to understand. Avoid adding detail that does not help the team explain a decision or handoff.

Next, inspect the exceptions. What happens when a request is incomplete, the reviewer is away, or the requester withdraws it? A map that shows only approval will not cover the work staff actually handle.

3. Define the data and its owners

List the information the process needs. For a purchase request, that may include requester, department, item, quantity, estimated cost, reason, and supporting files. Mark which fields must exist before submission.

Then separate process data from reference data. A request stores the facts of that case, while a supplier list or department list may come from another system. Decide which source owns those shared values.

Also use stable identifiers for linked records. A supplier’s display name may change or resemble another supplier. A clear record reference helps the workflow avoid attaching the request to the wrong entity.

4. Build forms around each user’s task

A requester needs a clear way to submit the details. A reviewer needs the evidence needed to decide. A downstream worker may need a different view focused on the next action. Do not give every user one long form by default.

Keep the fields in a useful order and explain unfamiliar terms. Validate simple errors early, such as a missing quantity or an invalid date. However, do not make the form pretend to validate a business fact it cannot know.

Next, test edits. If the requester changes an amount after review, decide whether the request needs another approval. Important changes should not quietly bypass the rule that made the earlier decision valid.

5. Make business rules clear and reviewable

Write routing rules in plain language before configuring them. For example, a request may need a department reviewer and an additional review above an approved threshold. Use the business’s actual policy rather than a sample value from a demo.

Bizagi’s process wizard guidance describes the steps used to build an executable process. A model is only one part of that work. The team still needs to define data, forms, rules, people, and supporting behavior.

Next, test the boundary cases. Try an amount just below a threshold, exactly at it, and just above it. Also test missing data and a changed policy date. The result should match the written rule in every case.

6. Assign people, access, and absence routes

Each task needs an owner or a queue that a defined team monitors. Avoid routing every request to one named person without an absence plan. The flow should still work when a reviewer changes roles or takes leave.

Next, set access according to the task. A requester may need to see their own request, while a reviewer sees assigned work. Sensitive attachments may need tighter access than the general case summary.

Also define delegation and escalation. A reminder helps someone notice work, but it does not decide who may approve it. Keep the authority and fallback route clear so a delay does not lead to an informal bypass.

7. Connect systems at the right point

A process may need to read a budget code, look up a supplier, or create a record in another system. Decide when each action should happen and what confirms success. An approved request and a completed purchase order are different events.

Next, test a failed connection. The case should show whether the action failed before or after the destination accepted it. A retry must not create another order because the first response was lost.

Anomoz’s guide to API integration services explains how to define ownership, data flow, and recovery. Keep external system failures visible within the business process rather than hide them in a technical log alone.

8. Test cases, reports, and future changes

Run the process with normal requests and difficult cases. Include rejection, correction, withdrawal, absence, changed amounts, and failed connections. Ask users to complete the work through their actual roles.

Next, inspect the history and reports. Can the team explain who decided, what information they saw, and what happened next? A useful audit trail needs more than the final status.

Also plan changes. A new rule may affect new cases differently from cases already in progress. Define how the team will handle both groups and test the product’s current version behavior before release.

A purchase-request example

Imagine a maintenance business where staff request tools and equipment by email. Managers often ask for missing details, and the purchasing team cannot tell which messages carry a valid approval. The goal is a clear request and decision record.

The new process starts with a form that captures the item, reason, quantity, cost estimate, and department. The workflow checks required fields and routes the request to the right reviewer. Incomplete cases return to the requester with a clear question.

The reviewer can approve, reject, or ask for a change. If a change affects the approval rule, the process routes it for the required review again. The case keeps the earlier decision and the reason for the new review.

After approval, a controlled connection may prepare a downstream purchasing record where supported. The case records the destination reference only after confirmation. If the connection fails, it enters an owned exception state.

This example illustrates a design approach, not a promise of a particular out-of-the-box setup. The exact implementation depends on the current Bizagi environment, connected systems, and business policy.

Modeling, automation, and integration are different jobs

Modeling helps the team agree on what should happen. Automation routes work, captures decisions, and applies defined rules. Integration moves information or actions between systems. A project may need all three, but each needs its own checks.

For example, a process map may correctly show a supplier lookup. The automation still needs a user experience when no supplier matches. The integration still needs a safe response when the supplier system cannot answer.

Do not assume that a more detailed diagram solves those design questions. Use the model to expose them, then make the decisions explicit. Anomoz’s article on process documentation can help preserve the operating rules beside the system design.

How to choose a first process

Look for repeated work with clear participants, stable rules, and a measurable problem. A good candidate has enough volume to justify the project but not so many exceptions that the team cannot agree on its scope.

Also check the source of the delay. If requests wait because policy is unclear, software alone will not fix it. Agree on authority, required evidence, and response expectations before building the route.

Next, choose a small end-to-end slice. Completing one useful process often teaches more than mapping many processes without running any. Use the first release to test ownership, support, and change management.

A pilot that proves the work

Ask real users to run a set of checked cases in a safe environment. Give them normal tasks rather than a script that reveals every click. Watch where they pause, search for context, or ask who should act.

Measure waiting time, returned requests, missing fields, and exception work. Compare the whole process with the earlier approach. A faster form submission does not prove that the request reaches a decision sooner.

Then test role changes and an interrupted system connection. Anomoz’s guide to software quality assurance services explains how to verify business flows and failures. Keep evidence of the results before expanding the scope.

Cost and ongoing ownership

Ask for a current quote based on users, environments, process scope, support, and deployment needs. Product plans and names can change, so confirm the package with the supplier. Do not assume a modeling tool’s access terms also cover production automation.

Include process design, forms, data cleanup, connections, testing, and training. Low-code tools can reduce some build effort, but they do not remove the need for those tasks. Use the pilot to refine the estimate.

Also assign ongoing owners. Someone must review policy changes, manage user roles, maintain connections, and handle exceptions. Keep these duties visible so the system remains useful after the first project ends.

Make case status useful to every participant

A status should tell staff what is happening and who must act next. “In progress” alone may hide whether a request waits for the requester, a reviewer, or another system.

Use clear business terms and show the current owner beside the status. Next, distinguish a request awaiting a decision from one whose approved outcome still needs a system action. This helps staff avoid telling a requester the whole process is complete too early.

Also test the status view with someone outside the project team. Give them a sample case and ask what they think should happen next. If they cannot answer, improve the label or supporting detail. A process becomes easier to use when its records explain the work without requiring everyone to read the full diagram.

Turn a shared process into a clear working flow

Bizagi can support a structured route from process design to daily work. Follow the eight steps with one focused process. Then expand when users can complete tasks, reviewers can trace decisions, and the team can recover failures.