IP Address Lookup

Country name and ISO 3166-1 alpha-2 country code for international identification, region/state/province for regional analysis, city name for local context, latitude and longitude coordinates (WGS84 standard) for mapping, and timezone information (timezone ID, UTC offset, abbreviation) for time-based analysis.

Internet Service Provider (ISP) name identifying the connection provider, organization name showing registered entity ownership, and Autonomous System Number (ASN) in standard format (e.g., AS12345) for BGP routing analysis and network topology understanding.

Proxy/VPN detection identifying common proxy/VPN IP ranges for security analysis, hosting provider detection identifying datacenter/hosting IPs, and connection type classification distinguishing residential vs. commercial IPs for risk assessment.

IP address version (IPv4 or IPv6) identification, resolved IP address for domain inputs, and IP address format validation per RFC 791 (IPv4) and RFC 2460 (IPv6) standards ensuring data accuracy.

Interactive map display using Leaflet.js showing approximate geographic location based on coordinates, with marker placement and zoom functionality enabling visual analysis of IP locations.

Highest accuracy (95%+) for country identification. This level is highly reliable for geoblocking, compliance verification, and regional content delivery. Country-level data is maintained by RIRs and is generally very accurate.

Moderate accuracy (typically 50-100 km radius). City-level geolocation reflects ISP or network infrastructure location rather than exact device location. Mobile networks may show carrier location, corporate networks may show headquarters location, and residential connections typically show ISP service area rather than individual addresses.

High accuracy for ISP identification. ISP information is reliable for network troubleshooting, security analysis, and connection type classification. This data comes directly from RIR allocation records and ISP submissions.

Mobile IP addresses often show carrier location or network infrastructure location rather than device location. Accuracy varies significantly by carrier and mobile technology (3G/4G/5G). Mobile users may appear to be in different cities than their actual location, especially when roaming.

IP geolocation shows exit node location, not origin location. This is expected behavior for privacy tools and may significantly affect accuracy for security analysis. VPN users will appear to be in the location of their VPN server, which may be in a different country or region.

Corporate networks often show headquarters location rather than branch office or remote worker location. Centralized routing and network architecture can affect geographic accuracy, making it appear that all corporate users are in one location.

Newer IPv6 allocations may have less precise geolocation data compared to IPv4 addresses. Database accuracy improves over time as IPv6 adoption increases and more data becomes available. Some IPv6 addresses may only have country-level accuracy initially.

IP allocations change regularly as ISPs reassign addresses and networks evolve. Geolocation databases are updated continuously, but some data may lag by days or weeks. Critical applications should verify currency of geolocation data.

Identify suspicious login attempts from unexpected geographic locations, detect potential fraud patterns by analyzing IP origins, trace attack sources during security incidents, and implement IP-based access controls for enhanced protection.

Serve region-appropriate content based on user location, automatically select language preferences, customize currency and pricing displays, and comply with regional content licensing requirements.

Diagnose routing issues by identifying IP origin, analyze network performance problems by understanding traffic sources, identify connectivity issues through geographic analysis, and understand network topology for technical support.

Verify geographic origin for export compliance requirements, enforce regional access controls for licensed content, meet regulatory requirements for data residency, and ensure compliance with data protection regulations (GDPR, CCPA).

Understand user geographic distribution for market analysis, analyze content performance by region, plan infrastructure deployment based on user locations, and conduct demographic research for business planning.

In the European Union, IP addresses may be considered personal data when combined with other information. Organizations using IP geolocation must have a lawful basis for processing, provide transparency about data collection, and respect user rights including access, rectification, and erasure.

California residents have rights regarding collection and use of personal information, which may include IP addresses. Organizations must disclose data collection practices, provide opt-out mechanisms, and allow consumers to request deletion of their personal information where applicable.

Various jurisdictions have privacy laws affecting IP geolocation, including PIPEDA (Canada), LGPD (Brazil), and national data protection laws. Organizations should understand applicable regulations in their operating regions and ensure compliance with all relevant local and international privacy frameworks.

Clearly disclose when and why IP geolocation is being used, and provide privacy policies explaining data collection and use practices. Maintain clear documentation about data processing activities and make privacy policies easily accessible to build trust and ensure compliance.

Collect only necessary geolocation data for your use case and use aggregate analysis when possible rather than individual tracking. Implement data retention policies limiting storage duration and regularly review data collection practices to ensure compliance with regulatory requirements.

Provide mechanisms for users to access collected geolocation data and allow opt-out where feasible and legally required. Honor deletion requests promptly and ensure users can easily exercise their rights through clear processes and timely responses.

Encrypt geolocation data in transit and at rest, and implement access controls limiting who can view geolocation information. Conduct regular security audits, use industry-standard encryption protocols, and establish incident response procedures to protect user data and prevent unauthorized access.

Our IP Address Lookup tool is designed with privacy in mind and we do not store, log, or retain any IP addresses, domain names, geolocation data, or lookup results. All IP lookups are performed in real-time exclusively for the duration of your request and are immediately discarded, ensuring your privacy and data protection.

Supports both IPv4 addresses (RFC 791) and IPv6 addresses (RFC 2460) with proper format validation and geolocation lookup, ensuring compatibility with modern and legacy network infrastructure.

Automatically resolves domain names to IP addresses using DNS queries (A/AAAA records per RFC 1035) before performing geolocation lookup, allowing users to lookup domains without manual IP resolution.

Queries authoritative geolocation databases in real-time to retrieve current IP information directly from maintained databases, ensuring up-to-date and accurate results.

Displays approximate geographic location on interactive maps using Leaflet.js with marker placement and zoom functionality, enabling visual analysis of IP locations.

Retrieves ISP name, organization details, and Autonomous System Number (ASN) for complete network identification and routing analysis.

Identifies proxy/VPN usage and hosting provider IPs for enhanced security analysis and fraud prevention, helping distinguish residential from commercial connections.

Allows exporting IP information in JSON (RFC 8259), CSV, and TXT formats for documentation, analysis, monitoring, and integration with other systems.

All IP lookups are performed in real-time with no data storage, ensuring your IP information remains private and secure. We do not retain or log IP addresses or lookup results.