DNS.fish

$ Quick DNS Record Lookup Tool_

> DNS records for dir.bg

Name Type Data TTL
smtp-out1.dir.bgA 88.203.154.151 1800
webmail.dir.bgA 88.203.154.150 600
www.dir.bgA 194.145.63.12 300
test.dir.bgA 194.145.63.71 300
mail.dir.bgA 88.203.154.150 300
hhh.dir.bgA 194.145.63.35 300
files.dir.bgA 194.145.63.101 300
new.dir.bgA 194.145.63.10 300
ns.dir.bgA 194.145.63.2 600
api.dir.bgA 104.26.14.214 300
api.dir.bgA 172.67.71.201 300
api.dir.bgA 104.26.15.214 300
*.dir.bgA 194.145.63.33 300
dir.bgA 172.67.71.201 300
dir.bgA 104.26.14.214 300
dir.bgA 104.26.15.214 300
dir.bgAAAA 2606:4700:20::ac43:47c9 300
dir.bgAAAA 2606:4700:20::681a:ed6 300
dir.bgAAAA 2606:4700:20::681a:fd6 300
store.dir.bgCNAME new.dir.bg 300
shop.dir.bgCNAME shopping.dir.bg 300
help.dir.bgCNAME new.dir.bg 1800
docs.dir.bgCNAME hhh.dir.bg 300
blog.dir.bgCNAME new.dir.bg 86400
admin.dir.bgCNAME ns.dir.bg 300
dir.bgMX 30 mail.dir.bg. 60
dir.bgMX 1 smtp-out1.dir.bg. 60
dir.bgNS rayne.ns.cloudflare.com 86400
dir.bgNS kolton.ns.cloudflare.com 86400
dir.bgSOA kolton.ns.cloudflare.com. dns.cloudflare.com. 2358955124 10000 2400 604800 1800 1800
dir.bgTXT "v=spf1 a:mail.dir.bg a:smtp-out1.dir.bg a:148.251.70.53 include:spf.emailpoint.net ~all" 60
dir.bgTXT "google-site-verification=q9jJ31bux8ZdkFpuc_zjGWtISDYKF9nMaEfyONhFnuc" 60
dir.bgTXT "google-site-verification=mYUlZo7ScQwBPI7C7rY6OS_5ojhAZZyU8QAJHKYOfXg" 60
dir.bgTXT "google-site-verification=fJeOe5-Soi2JmMNRKCqq22wakJrze87wvbRMBFDS4ZQ" 60

> Export DNS Records for dir.bg

Need PDF format? Easily convert TXT to PDF with PDF Dance .

> About DNS.fish

DNS.fish: Powerful tool for quick DNS record lookups. The alternative to nslookup.io. Built for devs, sysadmins, and curious minds. Simple curl commands. Fast results. No BS.

> Domain DNS Lookup API Usage

$ Get all DNS records:

curl dns.fish/dir.bg

$ Get specific type records:

curl dns.fish/dir.bg/TYPE

Replace DOMAIN with target domain, TYPE with DNS record type (A, AAAA, MX, etc.).

> Features

  • • Fast and live DNS record lookups
  • • All common DNS record types supported
  • • Zero install, supports CLI(API) usage
  • • Blazing fast response times
  • • Clean, parsable output
  • • Export & Download DNS records

> FAQ

Q: What is a DNS record?

A: A DNS record is a database entry in the Domain Name System that maps a domain name to specific information, such as IP addresses or other data related to the domain.

Q: Why is it important to check DNS records?

A: Checking DNS records is crucial for several reasons:

  • Troubleshooting: Helps identify and resolve website accessibility issues
  • Security: Verifies proper configuration to prevent DNS-based attacks
  • Email delivery: Ensures correct MX records for smooth email flow
  • Performance: Confirms optimal DNS settings for fast website loading
  • Migrations: Validates DNS changes during website or server migrations
  • Compliance: Assists in maintaining required security standards

Regular DNS record checks help maintain a healthy, secure, and efficient online presence.

Q: What are the most common types of DNS records?

A: The most common types of DNS records include:

  • A (Address) record: Maps a domain to an IPv4 address
  • AAAA record: Maps a domain to an IPv6 address
  • CNAME (Canonical Name) record: Aliases one domain to another
  • MX (Mail Exchanger) record: Specifies mail servers for the domain
  • TXT (Text) record: Stores text-based information, often used for SPF, DKIM, etc.
  • NS (Name Server) record: Specifies authoritative name servers for the domain

Q: What is the difference between A and AAAA records?

A: A records map a domain to an IPv4 address (e.g., 192.0.2.1), while AAAA records map a domain to an IPv6 address (e.g., 2001:0db8:85a3:0000:0000:8a2e:0370:7334).

Q: What is a CNAME record used for?

A: A CNAME record is used to create an alias for a domain. It points one domain name to another, allowing multiple domains to resolve to the same IP address without duplicate A or AAAA records.

Q: How do MX records work?

A: MX records specify the mail servers responsible for handling email for a domain. They include a priority value to determine the order in which mail servers should be tried.

Q: What is a TTL in DNS records?

A: TTL stands for Time To Live. It specifies how long (in seconds) a DNS record should be cached by resolving name servers before requesting a fresh copy from the authoritative name server.

> Recent DNS Lookups

Note: Only domains with more than 3 DNS records are displayed here. CURL requests are not shown.