Paste a URL
Drop in a full URL such as https://example.com/path?q=1, with or without a scheme.
Parse any URL into its scheme, host, port, path, query string, and hash, with a clean table of query parameters. Parsed locally in your browser.
Paste any URL — absolute, scheme-less, or with query strings.
Three simple steps, with your content kept on your device.
Drop in a full URL such as https://example.com/path?q=1, with or without a scheme.
The URL is split into protocol, host, port, path, query string, and hash instantly.
Inspect each component or copy any value — including a clean query parameter table.
Fast, focused, and made to be clear on every screen.
Scheme, credentials, host, port, path, query string, and hash are shown separately.
Query strings are decoded into a key/value table so nothing is hidden in the URL.
Parsing happens in your browser. Your URL never leaves the page.
A URL parser breaks a web address into its individual parts: protocol, credentials, host, port, path, query string, and hash. Seeing the parts separately makes it obvious how a link is structured and where each piece of information lives.
Developers and SEOs use a parse url online tool to inspect links before building features, debugging redirects, or understanding how query parameters are passed between pages.
Paste any URL into the input and press parse. The tool works as a url parts tool that splits the address into components instantly — protocol, host, port, path, query string, and hash — and shows each one in its own row.
If you paste a scheme-less address such as example.com/path, the parser assumes https:// and tells you it did, so the components are still split correctly.
The full URL is shown at the top, followed by its parts: protocol (https:), host (example.com), port when present, the path (/page), the query string (?q=1), and the hash (#section). Credentials, if any, are listed separately.
Each row has a copy button, so you can grab a single component — the host or the path — without copying the whole address.
Query strings are the least readable part of a URL, so the parser works as a query string parser that decodes them into a clean key/value table. Each parameter appears on its own row with its decoded value, including parameters with no value.
This is the fastest way to inspect tracking links, campaign URLs, and API calls: instead of squinting at a long query string, you see the parameters as a list.
URLs can contain sensitive data — session tokens, personal identifiers, or internal paths. This parser runs entirely in your browser, so nothing you paste is sent anywhere.
There is no upload, no account, and the tool works offline once loaded, making it safe to inspect links from production systems and customer messages alike.
URL parsing pairs with the rest of Valestiom's web toolkit. The URL Encoder Decoder encodes and decodes the values inside a URL, and the Slug Generator creates clean paths from titles and headings.
For inspecting the pages behind a URL, the Markdown to HTML Converter and the HTML Formatter help you understand the content a link points to.
Developers reach for a parse url online tool when a link misbehaves: the wrong page loads, a redirect loops, or a parameter is lost. Splitting the URL into components shows exactly which part is wrong.
SEOs and marketers parse campaign links to verify that every tracking parameter survived the paste, and support teams decode customer-provided links to see where they actually point before clicking.
API debugging is another frequent use: the query parameter table reveals exactly what your code sent, which makes mismatches between your request and the server's expectation visible in seconds.
Not every URL you paste starts with https://. The parser handles scheme-less addresses by assuming https, and it tells you it did, so the components still split the way you expect.
URLs with credentials, ports, and hashes are split into their own rows rather than left buried in the address. Query parameters without values appear as keys with an empty value, so nothing is silently dropped.
If the input is not a valid URL at all, you get a clear error instead of partial output, letting you fix the address and parse again.
It splits a URL into its building blocks — protocol, host, port, path, query string, and hash — so you can see exactly how a link is structured and what parameters it carries.
No. If no scheme is provided, https:// is assumed for parsing so that addresses like example.com/path work too.
Yes. Query strings are decoded and listed as key/value pairs, which makes it easy to spot tracking or configuration parameters.