NETWORK GUIDE DIRECTORY
Browse practical guides for IP geolocation, ASN interpretation, BGP routing, DNS resolvers, and network troubleshooting.
This guide explains public network concepts. Routes, ownership records, and Geo data can change; verify time-sensitive decisions with the source or network operator.
If you already have an IP or ASN, start with the lookup tool. Open a guide when you need to understand Geo uncertainty, ASN, BGP, or DNS concepts.
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.
Use these guides to understand geolocation uncertainty, ASN ownership, BGP prefixes, resolver roles, and routing checks.
Jump from the topic hub back into representative IP pages, DNS nodes, and well-known network addresses.
View the address's Geo estimate, ISP, ASN, BGP prefix, sources, and query time.
View the address's Geo estimate, ISP, ASN, BGP prefix, sources, and query time.
View the resolver address's Geo estimate, ISP, ASN, BGP prefix, sources, and query time.
View the resolver address's Geo estimate, ISP, ASN, BGP prefix, sources, and query time.
Compare the Geo estimate, ASN, and BGP prefix for Google's primary and secondary resolver addresses.
Compare the Geo estimate, ASN, and BGP prefix for Cloudflare's primary and secondary resolver addresses.
Open representative public-DNS, cloud, and large-network ASN pages to compare organization fields, prefixes, and relationships.
Review Google network organization fields, prefixes, peers, upstreams, and downstreams.
Review Cloudflare network organization fields, prefixes, peers, upstreams, and downstreams.
Review Microsoft network organization fields, prefixes, peers, upstreams, and downstreams.
Review Amazon network organization fields, prefixes, peers, upstreams, and downstreams.
Review Oracle Cloud network organization fields, prefixes, peers, upstreams, and downstreams.
Review DigitalOcean network organization fields, prefixes, peers, upstreams, and downstreams.
Compare ASN organization fields, announced prefixes, peers, and upstream relationships for representative cloud and edge networks.
Review the ASN organization fields, prefixes, peers, and upstream relationships.
Review the ASN organization fields, prefixes, peers, and upstream relationships.
Review the ASN organization fields, prefixes, peers, and upstream relationships.
Review the ASN organization fields, prefixes, peers, and upstream relationships.
Review the ASN organization fields, prefixes, peers, and upstream relationships.
Review the ASN organization fields, prefixes, peers, and upstream relationships.
Choose a category for DNS and Anycast, ASN and BGP, route troubleshooting, cloud-network structure, or Geo interpretation.
Compare public DNS, Anycast, CDN behavior, DNS resolution, and Geo estimate differences.
Browse guides →
Understand ASNs, BGP prefixes, network relationships, route observations, and troubleshooting methods.
Browse guides →
Review ASN, prefix, and routing structure in large cloud networks without inferring a specific host or facility.
Browse guides →
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.
Compare public DNS, Anycast, CDN behavior, DNS resolution, and Geo estimate differences.
Compare common public resolvers by IP, Geo estimate, ISP, ASN, and BGP prefix, with clear limits for each public field.
Read Google DNS vs Cloudflare DNS through public resolver IPs, ASN and BGP prefixes, and current operator documentation.
Read Cloudflare DNS vs Quad9 through public resolver IPs, ASN and BGP prefixes, and current operator documentation.
Read Google DNS vs Quad9 through public resolver IPs, ASN and BGP prefixes, and current operator documentation.
Explain the role differences in Public DNS vs Enterprise DNS and show exactly how far public IP, ASN, and BGP evidence can support the comparison.
Explain the role differences in Enterprise DNS vs Security DNS and show exactly how far public IP, ASN, and BGP evidence can support the comparison.
Understand ASNs, BGP prefixes, network relationships, route observations, and troubleshooting methods.
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.
Review ASN, prefix, and routing structure in large cloud networks without inferring a specific host or facility.
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.