Free XML to JSON Converter – Parse XML Feeds & Data Online Instantly

XML (eXtensible Markup Language) remains widely used in enterprise systems, SOAP APIs, RSS/Atom feeds, configuration files, and legacy system integrations—even as the modern web has largely moved to JSON. When working with XML data sources in a JSON-centric application, converting XML to JSON is a frequent requirement. Our free XML to JSON Converter handles this transformation instantly and accurately in your browser, with no server upload needed. XML and JSON represent hierarchical data differently. XML uses nested element tags with optional attributes: <user id='1'><name>Alice</name></user>. JSON uses nested objects: {"user": {"@id": "1", "name": "Alice"}}. The mapping between these formats requires decisions about how to handle XML attributes, text nodes, CDATA sections, namespaces, and elements that appear multiple times (which must become JSON arrays). Our converter implements the most widely-used XML-to-JSON conventions, producing output that matches the patterns used by libraries like xml2js (Node.js), xmltodict (Python), and ActiveSupport (Ruby on Rails). This compatibility means the JSON output from our tool integrates seamlessly with code that uses these popular XML parsing libraries.

Common XML Sources That Need JSON Conversion

XML feeds appear in many contexts that modern JavaScript developers need to work with. RSS and Atom feeds are XML-based syndication formats used by news sites, blogs, podcasts, and content aggregators. When building an application that aggregates content from multiple RSS feeds, you need to convert the XML feed data to JSON for use in React, Vue, or Angular components. SOAP web services use XML for both requests and responses. While REST APIs with JSON have largely replaced SOAP in new development, many enterprise systems—particularly in banking, healthcare, and government sectors—still use SOAP. Integrating a modern web application with a legacy SOAP service requires converting SOAP XML responses to JSON for processing in your JavaScript code. SVG files are XML-based vector graphics. When programmatically analyzing or manipulating SVG files, converting the SVG XML to JSON allows you to work with the document structure using standard JavaScript object manipulation instead of DOM APIs. Configuration files in formats like Spring XML, Maven POM, and Android AndroidManifest.xml all use XML and sometimes need to be parsed and analyzed programmatically in JSON format.

Understanding XML-to-JSON Conversion Rules – Attributes, Text, and Arrays

The most challenging aspect of XML to JSON conversion is handling the structural differences between the two formats. XML has concepts that JSON does not: element attributes, mixed content (elements containing both child elements and text), namespaces, and processing instructions. For attributes, our converter follows the convention of prefixing attribute names with @ in the JSON output: <tag id='1'> becomes {"@id": "1"}. This convention, used by xml2js and other parsers, clearly distinguishes attributes from child elements. For repeated elements (elements that appear multiple times with the same tag name), JSON needs an array. Our converter automatically creates arrays when a tag name appears more than once at the same level: multiple <item> elements become an 'item' array in JSON. Text content of elements is captured as a '$' key (or '#text', configurable) when the element also has attributes or child elements. CDATA sections, which contain unparsed character data in XML, are converted to plain strings in the JSON output. XML namespaces (xmlns declarations) are preserved in the JSON key names to maintain semantic accuracy. The tool clearly explains its conversion conventions in the output so you can easily write code to consume the generated JSON.

XML to JSON for RSS Feed Integration and Content Aggregation

RSS and Atom feed integration is one of the most common XML-to-JSON use cases for web developers. News aggregators, podcast apps, content dashboards, and developer tools often need to fetch and display content from multiple RSS feeds. Since Fetch API and browser JavaScript work naturally with JSON, converting RSS XML to JSON is a necessary step. An RSS 2.0 feed is structured as a <rss> element containing a <channel> with <title>, <description>, <link>, and multiple <item> elements. Each <item> typically contains <title>, <description>, <link>, <pubDate>, and <guid>. Our converter transforms this structure into a clean JSON object where items become an array of objects with their properties as keys. For Atom feeds (used by YouTube, many modern blogging platforms, and GitHub), the structure uses <entry> elements with <title>, <summary>, <link>, <updated>, and <author> sub-elements. Our converter handles both RSS 2.0 and Atom 1.0 feed formats, producing consistent JSON output that your application can consume regardless of which feed format the source uses.

Browser-Based XML Parser – Private, Fast, and Always Free

Enterprise XML files often contain proprietary data: SOAP responses from financial systems, HR system exports, healthcare data in HL7 format, or supply chain XML from EDI systems. Uploading this data to online conversion services creates serious data security and compliance risks under regulations like GDPR, HIPAA, and SOC 2. Our DevForge XML to JSON Converter uses the browser's built-in DOMParser API to parse XML entirely on your device. No data is transmitted to external servers. The parsing, tree traversal, and JSON serialization all occur client-side. After you close the browser tab, no trace of your XML data exists in any system other than your own browser history. The tool is completely free with no file size limits beyond browser memory constraints, no account registration, and instant results. It handles both small snippets (copying a single XML element from an API response) and large files (full XML database exports or RSS feeds with hundreds of entries). Download the JSON output as a .json file or copy it to your clipboard for immediate use in your development workflow.