IP Geolocation

IP geolocation estimates the physical context of an IP address (country/region/city), plus network attributes like ASN, organization, and timezone. It’s commonly used for:

• Security triage (unusual logins, impossible travel signals)
• Fraud and abuse prevention
• Log enrichment and incident response
• Region-aware experiences (coarse controls only)

It uses network and routing data—not GPS, Wi-Fi, or device location.

It uses a mix of RIR allocation data, BGP routing, ISP/netblock registrations, and curated datasets. Results typically represent the network’s registered location or a provider point-of-presence (PoP), not a street address.

Country-level results are often reliable. Region/city accuracy depends heavily on the provider and can be wrong, especially when traffic exits through shared infrastructure:

• Mobile carriers (CGNAT), hotspot networks
• Corporate NAT, egress gateways, ZTNA/VPN concentrators
• CDN and cloud edges (nearest PoP, not the user)
• Recently reassigned IP blocks

Latitude/longitude are usually an approximate centroid for a city/region—not a precise device coordinate.

• VPN, proxy, or corporate gateway exit location
• Mobile carrier NAT / CGNAT aggregation
• CDN or cloud PoP (nearest hub, not the user)
• Recently moved/reassigned IP blocks

• IP — The queried IPv4/IPv6 address.
• City / Region / Country (+ Code) — Reported locality for the IP block (network-level, not a person).
• Latitude / Longitude — Approximate map point (often a centroid), not exact device location.
• Org — Owning network or service provider (ISP, cloud, hosting, enterprise).
• ASN — Autonomous System Number routing the IP block; useful for allow/deny rules and attribution.
• Timezone — IANA timezone derived from the reported location.
• Postal — Often a carrier/hub ZIP/postcode; not a home/office address.
• Country Capital — Reference context field (not used for geolocation accuracy).

• Flag logins from new countries or unfamiliar ASNs (then confirm with additional signals)
• Rate-limit or challenge high-risk regions/ASNs (coarse policy)
• Enrich server logs to speed up incident response and threat hunting
• Detect hosting/VPN footprints via ASN/org patterns

Tip: Never rely on IP geolocation alone for enforcement. Combine with authentication controls (2FA), device signals, and behavior analytics.

IPv6 allocations can be newer and sometimes less granular at the city level. Many CDNs and mobile networks prefer IPv6, so results may reflect a regional hub or PoP more often than with IPv4.

This tool does not identify a person. It returns network-level registration and routing context, and results may be cached. If you combine IP geolocation with user identifiers, treat it as personal data and follow applicable privacy requirements (for example, GDPR/CCPA).

• Use country/region decisions when possible; do not treat coordinates as exact.
• Validate suspicious results by checking ASN/org for VPN, cloud, or hosting patterns.
• Cache results briefly to reduce API costs; re-check when ASN or country changes.

1. Enter an IP address (or a domain; the tool resolves it to an IP).
2. Review ASN and Org first to identify ISP vs cloud/VPN/hosting.
3. Use country for the highest-confidence signal; treat city/region as context only.
4. If the result looks off, consider VPN/CDN/NAT before taking action.