Choose an iOS photo workflow by the job your app needs to do. Importing a profile picture is different from organizing a library or maintaining a selected-photo backup.
A system picker is a strong starting point when a person chooses the photos your app should import. A broader PhotoKit workflow may be appropriate for an app whose core purpose needs library access. These are product and permission decisions, not interchangeable names for the same upload button.
Decide whether the user needs one image, several images, or a library management workflow. Explain the purpose before requesting broader access.
Treat selection and data availability separately. A chosen asset may require additional loading, and a loading failure needs a useful retry path.
If the product needs a lasting copy, make that transfer explicit. Track the selected item, import result, and application asset separately.
For PhotoKit library operations, recheck authorization and handle limited or denied states. For picker imports, handle loading failures or reselection without requiring broad library permission.
| Interface | Choose a system picker for deliberate imports when it fits the task. |
|---|---|
| Library access | Use PhotoKit only for the capabilities and scope your feature needs. |
| Data loading | Model cancellation, cloud availability, and unsupported representations. |
| Testing | Include denied access, limited access, large selections, and interrupted imports. |
Reference: Apple PhotosPicker documentation. The workflow above is practical guidance; check your chosen platform’s current documentation when implementing it.
No. Apple provides selection-based workflows that let people share chosen items. Broader library operations have separate access requirements.
Selection does not guarantee the desired data is already available to your app. Treat data loading as an asynchronous operation that may fail or be canceled.
Use the current Apple documentation for your chosen API and minimum operating-system version. Test the behavior on representative devices before committing to a permission flow.
Build an iOS photo import flow that respects user choice and survives slow downloads, cancellations, and permission changes. Learn how to separate selection, loading, validation, and upload while keeping status clear and local data under control.
Read the guide
Design photo backup around recoverability: independent retention, verified originals, resumable uploads, and tested restores. This guide explains how to separate device changes from archive policy and make backup status understandable to the people trusting your app.
Read the guide
Build an Android photo import flow around selected media, durable job state, and clear ownership of temporary files. This guide covers picker contracts, URI access, deferred uploads, format handling, privacy, and failure cases worth testing.
Read the guide