JSON Sorter: Sort Keys and Arrays Online in Your Browser
JSON Sorter sorts object keys in your JSON using ascending, descending, natural, or case-insensitive order. Choose deep sorting to include nested objects, or shallow sorting to sort only the top-level object. You can also optionally sort arrays of primitive values. Paste or drop your JSON, select the options you need, and copy the sorted result.
JSON Sorter is a browser-based tool for sorting JSON object keys into a consistent order. Use it to organize a JSON document before reviewing, sharing, or comparing it. The JSON Sorter supports ascending, descending, natural, and case-insensitive sorting, with options for nested objects and primitive arrays.
Choose deep sorting to sort keys inside nested objects as well as the top-level object, or use shallow sorting when you only want to sort the top level. Natural order places file2 before file10, while case-insensitive order sorts without distinguishing uppercase and lowercase letters. You can also choose whether to sort arrays of primitive values, such as strings or numbers.
JSON objects contain key-value pairs, while JSON arrays hold ordered values. Sorting object keys can make a document more predictable to scan or compare, and sorting primitive arrays can help bring matching values together. The tool reorganizes JSON content; it does not convert JSON to another format.
JSON Sorter runs entirely in your browser. Your input is processed on your device and is not sent to a server. Once the page has loaded, the tool works offline, so you can sort JSON without an internet connection.
Developers and DevOps engineers can use the tool to tidy configuration data, prepare examples, or review JSON they have received from someone else. Its sorting options are useful for both quick checks and documents with nested objects.
Step 1: Paste or drop your JSON into the tool. Start with the JSON document or list whose key order you want to organize.
Step 2: Choose a sort order: ascending, descending, natural, or case-insensitive. Natural order places names such as file2 before file10.
Step 3: Choose whether sorting should be deep or shallow. Deep mode also sorts keys in nested objects.
Step 4: Optionally enable sorting for arrays of primitive values. Review the result, then copy the sorted JSON.
Use case: Put JSON in a predictable order before comparing versions with a diff tool. Consistent key order makes changes easier to review.
Use case: Group equal primitive values together by sorting an array. This can make repeated values easier to spot.
Use case: Reorder a JSON document you did not write without manually editing each key.
Use case: Sort nested configuration objects before sharing or reviewing them. Deep mode applies sorting to nested objects too.
Use case: Prepare JSON for a report or documentation example. A consistent order makes the data easier to scan.
Use case: Sort filenames or similar values in natural order so entries such as file2 appear before file10.