Search any IP address or domain to view geolocation, ASN, WHOIS, BGP route, DNS, and hosting signals in one place.
Use these example pages to jump directly into common IP and ASN lookups.
This block detects the IP of the current visitor after the page becomes interactive, without replacing the homepage SSR content.
IP-VPSMarket combines IP address lookup, domain resolution, ASN lookup, WHOIS ownership data, BGP route prefixes, ISP attribution, and baseline threat signals into one SSR page. It is a practical starting point whether you are investigating public DNS, cloud servers, CDN edges, or enterprise network exits.
From this homepage you can continue into popular IP landing pages, ASN pages, and topic-cluster guides to analyze ownership, cloud vs ISP attribution, Anycast or CDN behavior, route detours, and whether DNS resolution ultimately maps your domain to the expected network.
Beyond basic lookup intent, the homepage now links resolver-comparison topics, Cloudflare-origin analysis, website-hosting detection, WordPress and cPanel hosting research, and provider-identification topics for AWS, Google Cloud, Hetzner, OVHcloud, Vultr, Linode, and other infrastructure networks.
You can search an IP address or domain and inspect geolocation, ISP, ASN, WHOIS, BGP route, open ports, and basic threat intelligence from a single SSR page. That makes it useful for operators, security teams, marketers, and infrastructure researchers.
Geolocation alone is often not enough. Geo helps with regional attribution, ASN identifies the network owner, and BGP data is better for routing, upstream, prefix, Anycast, and topology analysis.
A domain lookup usually resolves into one or more A / AAAA records first. From there, WHOIS, ASN, and prefix data help identify whether the address belongs to a cloud provider, public resolver, CDN, enterprise network, or ISP.
The homepage now includes crawlable SSR copy, multilingual canonical and hreflang support, structured data, popular internal lookups, and topic-cluster links that clarify site intent and page hierarchy.
Yes. Beyond Geo, ASN, WHOIS, and BGP, you can continue into topic pages for datacenter-vs-residential attribution, VPN or proxy detection, and cloud IP ownership so risk signals, organization data, prefixes, and network role can be interpreted together.
Because public DNS, CDN, Anycast, and cloud IPs are often misread through city labels or risk scores alone. Topic pages for geolocation mismatch, risk-score interpretation, and primary-versus-secondary DNS resolvers help capture longer-tail searches while giving users a more complete decision path.
Because many searches are not just about inspecting one IP. They are really about choosing a resolver model. Concentrating comparison pages for public DNS, enterprise DNS, security DNS, ISP DNS, Quad9, OpenDNS, Google DNS, and Cloudflare DNS helps the homepage cover both tool intent and decision intent.
Yes. The homepage now extends into topics for VPS and hosted infrastructure, shared-hosting versus VPS IPs, and proxy-versus-CDN-versus-edge differences, which helps capture narrower long-tail searches while connecting lookup pages into a stronger content path.
Because AWS, DigitalOcean, Hetzner, OVHcloud, Vultr, and Linode-style ASN pages have durable search demand of their own. A dedicated homepage cluster helps cover long-tail queries around VPS ASN ownership, hosting networks, and cloud-provider infrastructure.
Yes. Queries around shared IPs, dedicated IPs, WordPress hosting, and cPanel hosting reflect high-intent website-ownership research. They connect naturally with hosting-provider detection, shared-versus-VPS analysis, and server-provider identification topics.
Because many users really want to know who hosts a website, but the first visible IP often belongs to Cloudflare or another CDN edge. A dedicated CDN-versus-origin topic helps capture that search intent while connecting DNS, ASN, WHOIS, and edge-network interpretation into one path.
Because searches such as who hosts this website, what is the real origin behind Cloudflare, and how to identify WordPress or cPanel hosting carry strong commercial intent. Connecting lookup pages, ASN pages, and hosting-detection topics creates a more complete SEO path from research to provider identification.
With the homepage simplified, extended content around public DNS, cloud networks, hosting detection, and site analysis is grouped here.
Focused on durable high-intent entry pages for public DNS, BGP, WHOIS, and resolution analysis.
Compare Google DNS, Cloudflare DNS, Quad9, OpenDNS, and other public resolvers by IP, ASN, geolocation, and BGP behavior.
Learn how domains resolve into IPs and why domain lookups should ultimately be read together with WHOIS, ASN, and BGP data.
Learn what ASN, BGP routes, prefixes, upstreams, downstreams, and peers mean, then explore real ASN pages.
Use WHOIS, ASN, prefixes, and organization data to determine who ultimately owns an IP, range, or resolved domain target.
CN2 GIA is the highest-quality tier on China Telecom’s CN2 network (AS4809). Traffic stays on 59.43 nodes for both forward and return paths, unlike CN2 GT which often falls back to 202.97 (AS4134, the congested 163 backbone). Learn how to verify a real CN2 GIA route with traceroute and MTR.
Focused on hosting-provider attribution, CDN-versus-origin analysis, and WordPress hosting intent.
Use resolved website IPs, ASN, WHOIS, and prefixes to determine which hosting or cloud provider is most likely behind a website.
Use DNS, ASN, WHOIS, CNAMEs, HTTP headers, and CDN clues to trace the real hosting or cloud provider behind a website.
When a website sits behind Cloudflare, continue tracing which hosting provider or server is most likely behind the real origin.
Use DNS, ASN, WHOIS, and CDN clues to determine which hosting or cloud provider is most likely behind a WordPress site.
Focused on TikTok VPS, native IP buying, location fit, and Hong Kong route-selection topics that sit closer to buying intent.
Choose a TikTok-oriented VPS by separating region fit, IP type, route quality, bandwidth, and dedicated assignment instead of trusting unlock-style marketing terms alone.
Use market terminology, ASN or WHOIS evidence, IP history, dedicated-assignment checks, and replacement policy to decide whether a native IP VPS really fits your workload.
Understand Hong Kong native IP VPS through regional-identity fit, native-IP evidence, dedicated assignment, and the network conditions that still need to be checked before buying.
Understand UK native IP VPS through region fit, native or dual-ISP claims, dedicated assignment, and the bandwidth conditions that still need to be checked before buying.
For mainland-China-facing deployment, compare ordinary Hong Kong routes with labels such as CN2 GIA, CMIN2, and 9929 through test evidence instead of marketing claims alone.
Understand Hong Kong CMI VPS through tri-carrier direct-connect positioning, China-facing access behavior, and the role it often plays as a budget-friendly mainland-optimization entry point.
Understand Hong Kong 10099 VPS through Unicom-side route signals, Hong Kong deployment fit, mainland-China forward and return paths, and peak-hour buying evidence.
Understand tri-carrier direct VPS through Telecom, Unicom, and Mobile route evidence, peak-hour behavior, and region-by-region buying differences.
Understand Japan IIJ VPS through how IIJ-positioned routes are discussed for Northeast-Asia and mainland-China access, how they should be tested, and where they fit against Hong Kong or SoftBank alternatives.
Understand Japan KDDI VPS through pure-versus-mixed KDDI route positioning, how it should be tested, and where it fits against IIJ, SoftBank, and Hong Kong-node alternatives.
Understand Japan SoftBank VPS through its common China-facing route behavior, where it fits best, how it should be tested, and how to compare it with Hong Kong-node options.
Understand Los Angeles CN2 GIA VPS through US West deployment logic, mainland-China forward and return paths, peak-hour behavior, and North America resource fit.
Understand Los Angeles 9929 VPS through US West deployment fit, Unicom-side forward and return paths, peak-hour behavior, and where it fits for hosting or management workloads.
Use the market context around CU4837 and China Unicom 4837-style routes to understand why they are often treated as budget-oriented China-facing optimized lines and which workloads fit them.
Understand CN2 GT VPS as a lower-entry China-facing optimized-route topic through pricing logic, test workflow, and workload fit instead of label hype.
Focused on creator-platform, membership, and digital-product hosting-identification searches.
Use resolved IP, ASN, WHOIS data, and digital-product, paid-community, or membership-entry clues to decide whether a website, community, or product page looks more like Whop hosting.
Use resolved IP, ASN, WHOIS data, and creator-subscription, exclusive-content, or membership-support clues to decide whether a page or website looks more like Fanfix hosting.
Use resolved IP, ASN, WHOIS data, and paid-membership, creator-subscription, or login-gate clues to decide whether a website or content entry point looks more like Memberful hosting.
Use resolved IP, ASN, WHOIS data, and digital-product, online-course, or checkout-flow clues to decide whether a website, product page, or course page looks more like Hotmart hosting.
Usually not. IP geolocation more often reflects network ownership or egress location, but it is still useful for ISP attribution, traffic analysis, and datacenter identification.
Providers use different data sources and refresh cycles. Variations are especially common with CDNs, Anycast networks, mobile carriers, and cloud infrastructure.
ASN data helps identify the network owner, while BGP data is better for routing analysis, prefix ownership, upstream relationships, and troubleshooting.
A domain first resolves to an A or AAAA record, and the resolved IP can then be enriched with geolocation, ASN, WHOIS, and BGP intelligence.
Yes. The homepage now connects public-DNS, enterprise-DNS, security-DNS, and ISP-DNS topic clusters, including comparison pages for OpenDNS, Quad9, Google DNS, and Cloudflare DNS, so users can move from a single lookup into resolver-choice research.
Yes. Start with ASN, WHOIS, prefix, and risk signals on the IP page, then continue into hosting-provider detection, Cloudflare-origin analysis, shared-hosting versus VPS, and WordPress or cPanel hosting topics for deeper attribution.
Sponsored