Your public IP is detected automatically. Enter any IPv4, IPv6 address or domain to look it up instead.
Location
City, region & country
ISP & ASN
Network & organization
Timezone
Local time & UTC offset
Interactive Map
Visual pin on map
Anycast
Flags globally shared IPs
Reverse DNS
Hostname lookup
Quick lookups
Enter an IP or domain to see it on the map
Type an IPv4 or IPv6 address, or a domain like github.com. Leave the box empty and the tool looks up the public IP your own connection is using.
Domains are resolved to their A/AAAA records first. The IP is then matched against a commercial geolocation and ASN database, and its PTR record is fetched.
You get city, region, country, ISP, ASN, timezone and reverse DNS, with the approximate location on a map and an anycast flag where it applies. City-level data is an estimate, not a street address.
An IP lookup maps a public address to the network that routes it and the place it is most likely used from. That answers practical questions: where a suspicious login came from, which hosting provider runs a server, whether your VPN is actually exiting where you expect, or why a chunk of your traffic comes from datacenters instead of homes. It does not identify a person or a street address — only the ISP holding the address knows which customer it was assigned to.
Next steps: check who registered a domain or IP block with the WHOIS lookup, see whether an address is listed for spam on the blacklist check, score abuse reports with IP reputation, or verify a hostname with reverse DNS.
DNS, WHOIS, SSL, blacklist and port checks for when the IP lookup is only the first question.
Assess the threat reputation of any IP address. Detect VPNs, proxies, Tor exit nodes, data center ranges, and known malicious hosts to evaluate security risk before allowing access.
Check whether an IP address appears on major DNS-based blacklists (DNSBLs). Quickly find out if your mail server or web server IP has been flagged for spam or abuse.
Look up the PTR hostname for any IPv4 or IPv6 address and forward-confirm it back to the original IP. Essential for diagnosing email deliverability and identifying server ownership.
Check whether a specific port is open or closed on any IP address or domain. Test single ports or scan all common ports at once to diagnose firewall and connectivity issues.
Test whether your VPN or proxy is actually protecting you. Detect WebRTC leaks, proxy header leaks, and see exactly what information your IP address reveals to every website you visit.
Query DNS records for any domain — A, AAAA, CNAME, MX, NS, TXT, SOA, and more. Instantly see what DNS servers return for a given hostname without needing command-line tools.
Check whether your DNS changes have propagated across global resolvers. See live answers from eight independent public resolvers to confirm your new records are being served.
Verify whether a domain’s DNS responses are cryptographically signed and validated. Inspect DS, DNSKEY, key tags, and algorithms, and detect broken or missing chains of trust.
Look up domain registration records including registrar, owner, creation date, expiry date, and nameservers. Useful for checking domain availability and ownership history.
Instantly verify any website's SSL/TLS certificate. Check issuer, validity period, expiry date, and certificate chain. Ideal for diagnosing HTTPS issues before they affect users.
Trace every 301/302/307/308 hop a URL goes through to reach its final destination. Spot long chains, HTTPS-to-HTTP downgrades, and redirect loops that hurt SEO and security.
Inspect HTTP response headers and security headers for any website. Check HSTS, Content Security Policy, X-Frame-Options, and more to evaluate a site's security posture.
Look up MX (Mail Exchange) records for any domain to see which mail servers handle incoming email. Essential for diagnosing email delivery problems and verifying mail configuration.
Validate the email authentication records on any domain. Surface SPF lookup-limit issues, missing or weak DMARC policies, DKIM keys under 2048 bits, and other deliverability problems.
Measure your real-time internet download and upload speed directly from your browser. No Flash, no plugins — just an accurate speed test with latency and jitter readings.
Learn how IP addresses, DNS, subnetting, ASNs, and network protocols work. Beginner-friendly guides covering everything from IPv4 vs IPv6 to how geolocation databases are built.
It is your public IP — the address every website sees when you connect. Your private IP (usually 192.168.x.x or 10.x.x.x) only exists inside your home or office network, and your router translates between the two.
Most home and mobile connections get a dynamic IP that the ISP reassigns periodically or when your router or phone reconnects. A fixed address is usually a paid “static IP” add-on. Your IPv6 address can also rotate on its own for privacy.
The IP address, approximate city, region and country, postal code, coordinates, the ISP or organisation that holds the address block, its ASN, timezone, the reverse DNS hostname if one is published, and whether the address is anycast. To see whether an IP is a datacenter, VPN or Tor exit, run it through the IP reputation check, which reports its usage type and abuse history.
Country is right for the vast majority of addresses. City is usually right or a neighbouring city, often within 25–50 km, but mobile carriers, corporate networks and VPNs regularly resolve to a hub city or data centre far from the actual user. It never identifies a street address or a person.
Your ISP may route traffic through a regional hub, the address block may have been recently reassigned and the databases have not caught up, or you are behind a VPN, proxy or corporate gateway. Mobile IPs are often registered to the carrier’s central location.
Yes. Enter a domain such as github.com and the tool resolves it to its IP address first, then shows the location and network details of the server answering for that domain. Sites behind a CDN like Cloudflare will show the CDN edge, not the origin server.
An Autonomous System Number identifies a network run by a single operator — an ISP, cloud provider, university or large company — that announces its own IP ranges on the internet via BGP. Google is AS15169, Cloudflare is AS13335, Reliance Jio is AS55836. The ASN tells you who actually routes an IP, which is often more useful than the city.
