Server address
Connect a domain to an IPv4 or IPv6 address. Check them after moving your website.
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Tools for your website
Check website and email DNS records. Follow the query from root servers all the way to the response from your domain’s servers.
Start a checkOnline check
Check result
Your archive
Without signing in, history is kept for 30 days in this browser. In your account, it is kept for 365 days.
Your checks across all tools will appear here.
Reading a DNS response
Choose a record type to see which part of your domain it controls.
Connect a domain to an IPv4 or IPv6 address. Check them after moving your website.
Identifies mail servers and their priority. Affects incoming messages.
Stores text values such as ownership verification, SPF, DKIM and other settings.
Describe authoritative servers and the main DNS zone parameters.
Points one hostname to another. Further records determine the destination address.
Specifies which certificate authorities may issue certificates for the domain.
Clear diagnostics
DNS connects a domain to servers and other services. Select the record type you need: A and AAAA for addresses, MX for email, and TXT for text-based settings. The tool shows the response from its resolver; it does not test worldwide DNS propagation.
Enter a domain or subdomain without a page path, such as example.com or mail.example.com.
DNS records show the resolver’s response. DNS trace reveals the delegation chain and server responses at each step.
Compare the values with your intended configuration and note the TTL: the time a response may be cached.
General iT is here to help
For help configuring your website or keeping it reliable, choose a service that fits the task.
Configure DNS, the web server and mail services for your infrastructure.
Explore the service02Choose a server for your project and move services to a prepared environment.
Explore the service03Set up static file delivery and coordinate the necessary DNS changes.
Explore the serviceQuestions and answers
The tool retrieves A, AAAA, CNAME, MX, TXT, NS, SOA, CAA, SRV, PTR, DS and DNSKEY records. Standard mode shows the resolver response; trace mode shows the DNS delegation chain.
The trace queries root DNS servers, parent-zone servers and the domain’s authoritative servers in sequence. The result shows delegation, response times and errors for steps actually made. It follows DNS name resolution, rather than tracing the IP network route.
TTL is the time a DNS response may be kept in cache. After a record changes, different resolvers can continue returning an older value for a while. The TTL in a response may show the remaining cache time.
Check that you changed the active DNS zone on the domain’s current name servers. Then allow for caching. This tool’s result applies to its resolver and does not describe every DNS server.
Not necessarily. A domain may have no record of the selected type, such as AAAA when it only uses IPv4. Check the record’s purpose, the name itself and the other record types needed by your service.
Yes. Guests can access their history in the same browser for up to 30 days. Signed-in users keep results in their account for up to 365 days, making it easier to compare settings before and after a change.
Online DIG lets you read a DNS response without installing command-line tools. Check A and AAAA before switching a website, MX when setting up email, and TXT for service values. NS lists name servers, SOA describes the zone and CAA publishes certificate issuance restrictions.
A correct DNS record is only one part of a migration. The new server must accept the domain, the certificate must match the website name and email routes must remain correct. Combining DNS, availability and SSL checks helps verify these steps in order.