Look up geolocation estimates, ISP, ASN, and BGP prefixes. Domain queries resolve current A / AAAA records first.
Browse topics
Open guides to DNS resolution, Geo data, ASN, BGP, and route troubleshooting.
Open popular IP
8.8.8.8 · Google Public DNSJump straight into a representative IP detail page.
Open popular ASN
AS15169 · GoogleView prefixes, peers, upstreams, and routing context.
Open route page
8.8.8.0/24Jump into the dedicated prefix route page with cache state, IRR, RPKI, WHOIS, and route observations.
Use these example pages to jump directly into common IP and ASN lookups.
After the page loads, your public IP is queried with the same Geo, ASN, and BGP data limits described below.
IP-VPSMarket combines Geo, ISP, ASN, and BGP prefix information. It is a first step for network attribution and routing checks, not a replacement for final records from registries, network operators, or security providers.
Each lookup shows the available source labels and query time. Geolocation, organization names, and routes can change with databases and network conditions, so verify further when the decision requires it.
An IP lookup returns geolocation estimates, ISP, ASN, and BGP route-prefix data from public sources. For a domain, the service first resolves its current A / AAAA records and then looks up one returned address.
Geo is a database estimate of address location. An ASN identifies the autonomous system announcing or operating the network. A BGP prefix is an address range advertised on the internet. Together they add context, but none alone proves a user's location, a server facility, or a website host.
The result page does not run port scans, return raw WHOIS records or abuse contacts, detect proxies or VPNs, or issue a security verdict. Use an authoritative source or dedicated tool when that information is required.
Record the source labels and query time, then inspect the ASN page for prefixes and network relationships. For Anycast, CDN, and public-DNS addresses, give city-level geolocation less weight and compare observations across networks and time.
Follow practical guides for DNS comparisons, Geo interpretation, ASN and BGP basics, and route troubleshooting.
Start with public DNS, domain resolution, Geo uncertainty, ASN, BGP, and routing troubleshooting.
Compare common public resolvers by IP, Geo estimate, ISP, ASN, and BGP prefix, with clear limits for each public field.
Explain how current A and AAAA answers return IP addresses and how to continue into Geo, ISP, ASN, and BGP prefix data.
Use real IP and ASN pages to understand ASNs, BGP prefixes, peers, upstreams, and downstreams, including the limits of each snapshot.
Build troubleshooting context from an IP, BGP prefix, ASN, and public network relationships without treating static route data as a packet path.
Explain why IP Geo databases can disagree on a city or country and how ASN, BGP prefix, source, and query time frame the estimate.
Explain why CDN and Anycast addresses can receive different Geo labels and use ASN plus BGP prefixes to interpret edge networks.
Compare the public resolver addresses, ASN, and BGP prefixes associated with Primary and Secondary Public DNS Resolver, then confirm address roles in current operator documentation.
Read Google DNS vs Cloudflare DNS through public resolver IPs, ASN and BGP prefixes, and current operator documentation.
No. IP Geo is usually a database estimate of a network exit, registration region, or service node. It cannot confirm the precise location of a person, device, or server.
They use different sources, refresh schedules, and calibration methods. City-level differences are especially common for CDNs, Anycast, mobile networks, and public DNS.
An ASN identifies the autonomous system announcing or operating a network. BGP prefixes and relationships help explain address ranges, route announcements, and interconnection.
No. The current flow resolves A / AAAA records and selects one returned address for the IP lookup. It does not show complete CNAME chains, historical DNS, or every answer variation.
No. It does not run port scans or provide proxy, VPN, Tor, abuse, or security-risk verdicts.
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