Synthetic monitoring for user journeys

What is synthetic monitoring for a user journey?

Synthetic monitoring checks a defined path regularly rather than waiting for a user to report a problem. For a business journey, the useful question is not only whether a page responds, but whether someone can move from the starting point to the expected outcome.

That outcome should be concrete: access an account, reach the next transaction stage, receive a confirmation or complete a request. This connects monitoring directly to the online service the organisation wants to keep available.

Why page availability is not enough

A journey can be interrupted while its individual pages remain available. A block may occur between search and a product page, between a cart and the next stage, or between a form and its confirmation. Looking at each page separately does not confirm the complete outcome.

Journey monitoring provides a shared business view: the affected step, expected result, observed result and possible impact. It complements the tools teams already use without claiming to explain the cause of a failure automatically.

Which user journeys should be monitored first?

Start with an important, repeatable journey that has a clear outcome. Examples include sign-in, search, adding an item to a cart, progressing through an online service, submitting a form or opening a customer portal.

You do not need to cover everything immediately. A useful first version describes one representative variant, the steps that cannot be bypassed and the possible impact when users cannot reach the final result. For commerce journeys, read our e-commerce journey monitoring guide.

Eight questions for framing the first journey

• Where does the journey start?
• What final outcome confirms that the user need has been met?
• Which business steps are essential between the two?
• Which important variants should be distinguished?
• What impact could a disruption have?
• Which teams need the same shared view?
• Which periods or changes make this journey more sensitive?
• What level of support is needed to maintain it over time?

Define observable business steps

Each step should express a useful change rather than a simple interface action. “The item is added to the cart” is more precise than “click the button”. “The request is confirmed” is more useful than “open the next page”.

This makes discussions easier across digital, e-commerce, QA, product and operations teams. Everyone can discuss the same journey without depending on vocabulary that belongs to only one tool.

Review failures with shared context

An alert indicates that attention is needed. Failure evidence adds useful context for locating the interruption in the journey and comparing what was expected with what was observed.

This shared view helps teams qualify the situation and pass on relevant information. It is not an automatic root-cause diagnosis. Learn more on the failure evidence page.

Follow continuity and performance over time

A journey can remain functional while becoming progressively less smooth. History lets teams compare the same path over time, identify a change and decide when further analysis is needed.

This record supports more objective discussions between teams. On its own, it cannot promise higher conversion, a universal detection time or the absence of every anomaly.

Why choose managed monitoring?

A journey changes with the service: new steps, variants, interface changes and operational priorities. Managed monitoring therefore combines ongoing monitoring with continued framing and maintenance alongside the teams involved.

Naosaki starts from the journey, its expected outcome and the impact of a disruption to define the right level of support. Explore the managed monitoring approach.

Frequently asked questions