Consciously design empty states, loading states, and error states.

How can empty states, loading states, and error states be designed to be helpful?

Initially empty, actively loading, successful without result, and technically failed are distinct states, each requiring a clear explanation. Input and existing context should be preserved as much as possible, while an appropriate action, such as Start, Clear Filter, or Retry, continues the process.

Empty space

• Empty space – Without content, it remains unclear whether loading is still in progress, no data exists, or a technical error has occurred.

• Endless spinner – An animation signals activity even after a request is aborted and prevents a clear error or retry option.

• False success – Zero results are displayed as a successfully completed process, even though the cause could be a filter or data problem.

Meaningful next step

• Proportion of modeled component states with a clear, visible explanation, preserved context, and executable next action.

• Number of test paths in which the loading indicator or empty area persists despite cancellation, error, or zero result without a timely state change.

Preserved action context

1. Explicitly model all possible states for each data-dependent component, including initial use, zero result, delay, and failure.

2. Design the cause, preserved context, necessary feedback, and precisely matching follow-up action in text and behavior for each state.

3. Technically simulate slow response, network errors, empty data, and retry, and test transitions without lost input.

Working example: "Empty area"

A filtered results list permanently displays a spinner after a failed request and loses the selected filters. The error state retains the selection and last results, explains the interrupted update, and offers "Try again"; a true zero result, on the other hand, specifically suggests removing individual filters.

Honest system state

• Honest system state The interface distinguishes between initially empty, actively loading, successful without results, and technically failed, each with an accurate message.

• Preserved action context Filters, inputs, and already loaded data remain visible and reusable as far as possible during wait or error states.

• Meaningful next step – Each condition offers a corresponding action, such as starting input, clearing filters, trying again, or using alternative help.

What to check before and after "empty, loading, and erroneous states"

Separates "empty, loading, and erroneous states" Use required fields only where they are truly necessary raises an important follow-up question: Which form fields are truly mandatory?

Those who want to delve deeper into "empty, loading, and erroneous states" from the perspective of the "Local SEO & Entity Management" cluster will find further information in Represent location closures without permanent indexing problems. .

If you want to practically implement "empty, loading, and erroneous states," you can refer to Robust Website Systems The focus here is on "Confirmation, System States, and Filter Feedback" and "Honest System State."

Conclusion: Empty, Loading, and Faulty States

States are part of the process and must clearly translate the actual system state. Retained context and appropriate follow-up actions prevent uncertainty from becoming a dead end.

Sources and Further Information

These primary sources are crucial for platform behavior, terminology, and test limits for "Empty, Loading, and Faulty States."

• Panel – GOV.UK Design SystemOfficial component guidance for highlighted confirmations with a clear conclusion and reference information.

• User Notification – W3C Web Accessibility InitiativeOfficial guidance for providing understandable overall and inline feedback after successful or unsuccessful form submissions.

• Understanding Status Messages – W3C WAIOfficial explanation of how to make dynamic status messages available to assistive technologies without changing focus.