Find location, ISP, timezone, and network details for any IP address. Leave blank to look up your own IP.
This free IP address lookup tool retrieves geographic location, Internet Service Provider (ISP), timezone, ASN (Autonomous System Number), and network details for any public IPv4 or IPv6 address — instantly, with no registration required. Leave the input field blank to automatically detect and display your own current public IP address and its associated information.
IP address lookups are used daily by network administrators, cybersecurity professionals, web developers, fraud analysts, and curious individuals. Whether you're diagnosing a network connection, verifying where traffic is coming from, checking whether an IP belongs to a VPN or data centre, or simply want to know "what is my IP address" — this tool provides the answer in under two seconds.
The tool queries a live geolocation API, meaning results reflect real-time data rather than a static cached database. Country-level accuracy for public IPv4 addresses is consistently above 95%, with city-level results typically accurate to within 50–80% depending on the ISP and the type of connection.
Type any public IPv4 or IPv6 address into the input field. Valid IPv4 format: four numbers separated by dots, each between 0 and 255 (e.g., 8.8.8.8). Valid IPv6 format: eight groups of four hexadecimal digits separated by colons (e.g., 2001:4860:4860::8888). Leave the field empty and click "My IP" to automatically detect your current public IP address.
The tool queries the geolocation API in real time. Results typically appear within 1–2 seconds depending on your internet connection. The lookup returns data from the IP geolocation database, which maps IP address blocks to their registered geographic locations and network owners.
Results include the IP address, country, region/state, city, ISP name, ASN, timezone, and geographic coordinates (latitude/longitude). Each field is labelled clearly. Note that city-level results are approximate — they reflect the ISP's registered location for that IP block, not necessarily the physical location of the specific device using that IP.
Click "Copy All Results" to copy the full lookup output to your clipboard for pasting into a report, ticket, or note. Run a new lookup by entering a different IP and clicking Look Up again. There is no limit on how many lookups you can perform.
Results are fetched from a live geolocation API rather than a static database, ensuring the data reflects current IP registrations. ISPs regularly reassign IP blocks, move infrastructure, and update their registration data — live API queries capture these changes more accurately than periodically-updated local databases.
Both IP address versions are supported. IPv4 (the traditional dotted-decimal format) and IPv6 (the modern hexadecimal format) can both be looked up. As internet infrastructure gradually transitions to IPv6, supporting both formats ensures the tool remains useful for current and emerging network environments.
Leave the input blank and click Look Up (or tap "My IP") to automatically detect and look up your current public IP address. This reveals what websites and servers see when you visit them — your country, approximate city, ISP name, and timezone. It's the quickest way to answer "what is my IP address?"
Results include the Autonomous System Number (ASN) and the organisation name registered to the IP block. This identifies whether an IP belongs to a residential ISP, a mobile carrier, a cloud provider (AWS, Google Cloud, Azure), a VPN service, or a corporate network — information valuable for security analysis and fraud detection.
The timezone associated with the IP address's registered location is returned, which is useful for scheduling international communications, understanding when a remote user is active, or diagnosing time-related authentication issues in distributed systems. Timezone data is based on the IP's geographic registration, not the device's system settings.
A single-click Copy button exports all result fields as formatted text to your clipboard. This makes it straightforward to include IP lookup results in security incident reports, support tickets, network documentation, or log analysis without manually transcribing each field.
Each field returned by an IP lookup has a specific meaning and typical accuracy range. Here is what every result field means.
| Field | What It Means | Typical Accuracy | Notes |
|---|---|---|---|
| IP Address | The queried public IP address | 100% | Exact — this is what was entered or auto-detected |
| Country | Country where the IP block is registered | 95–99% | Highly reliable for most IPv4 blocks |
| Region / State | Administrative region within the country | 80–90% | Less precise for mobile and VPN IPs |
| City | Approximate city of the IP's registered location | 50–80% | Often the ISP's exchange, not the user's actual city |
| ISP / Organisation | Company that owns the IP address block | 95%+ | Highly reliable from WHOIS registration data |
| ASN | Autonomous System Number of the network owner | 99%+ | Identifies the network operator definitively |
| Timezone | UTC timezone of the registered location | 85%+ | Based on geographic location, not device settings |
| Latitude / Longitude | Approximate geographic coordinates | City-level only | Not precise — never used to identify individuals |
| Connection Type | Residential, corporate, mobile, hosting, VPN | 70–90% | Useful for fraud and bot detection |
An IP address (Internet Protocol address) is a numerical label assigned to every device participating in a computer network that uses the Internet Protocol for communication. It serves two core functions: host identification (uniquely identifying a device or network interface) and location addressing (providing the network location so data packets can be routed correctly from source to destination).
Every time you open a website, send an email, stream a video, or use any internet-connected application, your device's IP address is transmitted to the remote server so it knows where to send the response. IP addresses are the foundation of all internet routing — without them, data would have no way to reach its intended destination.
IPv4 (Internet Protocol version 4) was the first widely deployed version of IP, standardised in RFC 791 in 1981. IPv4 addresses are 32-bit numbers typically written in dotted-decimal notation — four octets (8-bit groups) separated by dots, each ranging from 0 to 255. Example: 192.0.2.147. The 32-bit address space allows for approximately 4.3 billion unique addresses — a number that seemed vast in the 1980s but has proved insufficient for the modern internet.
IPv4 address exhaustion became a critical problem in the 2010s. The Internet Assigned Numbers Authority (IANA) allocated the last blocks of IPv4 addresses to regional registries in 2011. Regional registries have since exhausted their free pools (RIPE NCC in Europe ran out in 2019; APNIC in Asia-Pacific in 2011). Most new IPv4 addresses are now obtained through transfer markets, where organisations sell unused allocations to others.
IPv6 (Internet Protocol version 6) was developed to address IPv4 exhaustion, standardised in RFC 2460 in 1998. IPv6 addresses are 128-bit numbers written as eight groups of four hexadecimal digits separated by colons. Example: 2001:0db8:85a3:0000:0000:8a2e:0370:7334 (often abbreviated using :: to represent consecutive groups of zeros: 2001:db8:85a3::8a2e:370:7334).
The IPv6 address space contains 2^128 addresses — approximately 340 undecillion (340 followed by 36 zeros) unique addresses. This is sufficient to assign multiple IP addresses to every square millimetre of Earth's surface. IPv6 also introduces improvements in routing efficiency, automatic address configuration (SLAAC), and built-in security features. As of 2024, major internet traffic measurements show approximately 40–45% of global internet traffic now uses IPv6, with the percentage growing steadily.
Not all IP addresses are accessible from the public internet. The Internet Engineering Task Force (IETF) reserved specific IPv4 ranges for private network use in RFC 1918. These private ranges — 10.0.0.0/8, 172.16.0.0/12, and 192.168.0.0/16 — are used internally within homes, offices, and data centres. Private IPs are not routable on the public internet, meaning they cannot be directly accessed from outside the private network.
Your home router has both a private IP address (typically 192.168.x.x or 10.x.x.x) on the local network side and a public IP address on the internet-facing side. All devices on your local network share the single public IP when communicating with the internet — a process called Network Address Translation (NAT). IP lookup tools only work on public IP addresses; private IP addresses will not return meaningful geolocation results.
A static IP address is permanently assigned to a specific device or connection — it doesn't change. Businesses, web servers, and VoIP services typically use static IPs because they need a consistent address for DNS records, security whitelisting, and remote access configurations. Static IPs are usually available as a paid add-on from ISPs.
A dynamic IP address is assigned temporarily from a pool of available addresses each time a device connects to the network, using a protocol called DHCP (Dynamic Host Configuration Protocol). Most residential and mobile internet connections use dynamic IPs, which change periodically. From a geolocation perspective, dynamic IPs are slightly less accurate because the location data in geolocation databases may lag behind the latest IP pool reassignments.
Network administrators use IP lookup tools constantly as part of routine network management. Diagnosing connectivity issues often requires identifying where a problematic IP is geographically located and which organisation owns it. When a server receives traffic from an unexpected IP range, looking up the ASN quickly identifies whether it's legitimate traffic from a known cloud provider, a known bad actor's hosting range, or a residential ISP suggesting a compromised user device.
IP lookups are also essential for firewall rule management. Identifying the country and organisation behind an IP block helps administrators make informed decisions about whether to allow or block specific traffic sources. Country-level geoblocking — restricting access to services based on the visitor's country — relies entirely on accurate IP geolocation data.
When a security incident occurs — a data breach, DDoS attack, brute force login attempt, or malware callback — the attacker's IP address is often one of the first forensic data points available. IP lookup provides immediate context: is the attack coming from a known hosting provider commonly used for malicious infrastructure? Is it originating from a country inconsistent with the normal user base? Is it a Tor exit node, indicating deliberate anonymisation?
Threat intelligence platforms aggregate millions of IP lookups to build reputation scores for IP addresses. An IP address previously associated with spam, malware distribution, or scanning activity accumulates a poor reputation score, which security tools use to automatically block or flag traffic from that address.
Web applications use IP geolocation for a range of features: displaying content in the user's local language and currency, pre-filling country and timezone fields in forms, implementing geographic access restrictions for licensed content, and routing users to the nearest server for optimal performance. Developers use IP lookup tools to test and verify their geolocation logic works correctly before deploying to production.
Online fraud frequently involves a mismatch between the IP address location and the billing address of the payment method. A purchase made with a UK credit card billing address but originating from an IP registered in Eastern Europe or an anonymising VPN is a common fraud pattern. E-commerce fraud prevention systems perform real-time IP lookups on every transaction and assign risk scores based on the location, ISP type (residential vs data centre), and VPN/proxy indicators.
IP geolocation underpins geographic segmentation in web analytics. Understanding which countries and regions visitors come from informs decisions about content localisation, advertising targeting, server infrastructure location, and customer support staffing. Analytics platforms like Google Analytics use IP geolocation behind the scenes to populate the "Audience > Geo" reports that marketers use for audience analysis.
In legal proceedings involving internet activity, IP addresses are frequently cited as evidence. Legal teams use IP lookup tools to build context around specific addresses — establishing which ISP was assigned that address block, what country it originates from, and whether the address is consistent with the claimed location of the alleged actor. Formal legal requests (subpoenas) are then sent to the ISP to obtain the subscriber information for a specific IP at a specific timestamp.
Every website you visit receives your public IP address as part of the HTTP request your browser sends. From that IP alone, the website can determine: your approximate geographic location (country, region, approximate city), your Internet Service Provider, whether you are using a VPN or proxy, and your connection type (residential, mobile, corporate, or hosting). This information is logged by web servers and is used for analytics, security, and personalisation.
IP addresses do not reveal your exact street address, your name, your email address, or any other personally identifiable information. The geolocation associated with an IP address is the registered location of the ISP's infrastructure for that IP block — often a city-level approximation — not the physical address of the individual device. Connecting a specific IP address to a specific individual requires the ISP's subscriber records, which are only available through legal process in most countries.
A VPN (Virtual Private Network) routes your internet traffic through an encrypted tunnel to a server operated by the VPN provider. The destination website receives the VPN server's IP address instead of yours. An IP lookup on your apparent IP address would return the VPN server's location, not your actual location. This provides meaningful location privacy — but note that your ISP can still see that you are connected to a VPN server, even if they cannot see your traffic content or destination.
Not all VPNs are equal for privacy. Free VPNs frequently log user activity and IP addresses, potentially compromising the privacy they claim to provide. Paid VPN services with audited no-logs policies provide stronger privacy guarantees, though no VPN is completely immune to legal compulsion if a court order is issued to the VPN provider's jurisdiction.
The Tor network routes traffic through at least three volunteer-operated relay nodes, encrypting it at each hop. The destination server only sees the IP address of the final Tor exit node, not the originating IP. IP lookups on Tor exit nodes typically show them as belonging to the Tor Project or volunteer operators, making them instantly identifiable as anonymising traffic. Tor provides stronger anonymity than VPNs but comes with significantly slower speeds and is blocked by many services.
| Feature | IP Lookup (This Tool) | IP Tracker / Monitor | WHOIS Lookup |
|---|---|---|---|
| What it does | Returns location/ISP data for a single IP | Monitors IP activity over time | Returns registration data from internet registries |
| Data source | Geolocation database + live API | Network monitoring logs | ARIN / RIPE / APNIC WHOIS databases |
| Location accuracy | City-level | N/A (tracks activity, not location) | Organisation address (not user location) |
| Best for | Identifying origin of a single IP | Network security monitoring | Finding who owns an IP block legally |
| Requires setup | ❌ No | ✅ Yes (monitoring infrastructure) | ❌ No |
| Real-time data | ✅ Yes | ✅ Yes | ⚠️ Partially (updated when registrations change) |
This is the most common misconception about IP geolocation. IP lookups return city-level approximate location data based on ISP registration — typically the location of the ISP's exchange or regional office, not the subscriber's home address. Connecting an IP to a specific home address requires a legal subpoena to the ISP. Anyone claiming they can find your exact home address from your IP alone is misinformed.
IP geolocation is inherently approximate, especially at city level. Your ISP may assign you an IP from a block registered to a different city or even region. Mobile IPs frequently show incorrect cities. VPN users always see the VPN server's location. These are limitations of IP geolocation technology, not errors in the lookup tool. Country-level accuracy is high; city-level is approximate.
A VPN hides your IP from destination websites and services. It does not hide your IP from your ISP — they can see your connection to the VPN server. It also doesn't hide your IP from the VPN provider itself. WebRTC leaks in browsers can sometimes expose your real IP even when a VPN is active. Browser fingerprinting can also identify users without relying on IP addresses at all.
Private IP addresses (192.168.x.x, 10.x.x.x, 172.16-31.x.x) are not routable on the public internet and have no geolocation data. They exist only within private networks. If you enter a private IP into this lookup tool, it will return no meaningful location data — because these addresses are not registered in any public geolocation database.
Looking up the publicly registered information associated with a public IP address is completely legal. This information — country, ISP, ASN — is publicly available in WHOIS databases maintained by internet registries. However, using IP information to harass, stalk, or threaten someone is illegal under harassment and computer misuse laws in most jurisdictions, regardless of how the IP was obtained.
An IP address is a unique numerical label assigned to every internet-connected device, used to identify the host and enable data routing. It typically reveals the country, approximate region and city, Internet Service Provider, timezone, and connection type — but not a specific street address or personal identity. The geolocation data corresponds to the ISP's registration, not necessarily the physical device location.
Country-level accuracy is 95–99% for most IPv4 addresses. Region/state-level is 80–90%. City-level accuracy ranges from 50–80% — it's the least reliable tier because ISPs often register IP blocks to their headquarters or exchange locations rather than the subscriber's actual city. Mobile IPs and VPN IPs are the least accurate because they frequently show the carrier's or VPN server's location rather than the device's physical location.
Your public IP address is assigned by your Internet Service Provider and identifies your internet connection to the wider internet. To find it, leave the input field empty and click Look Up — the tool auto-detects and displays your current public IP along with its location, ISP, and timezone. Note that this is your public IP (what the internet sees), not your private/local IP (what your home router assigns to your devices).
IPv4 uses 32-bit addresses in dotted-decimal format (e.g., 8.8.8.8), supporting ~4.3 billion addresses. IPv6 uses 128-bit addresses in hexadecimal format (e.g., 2001:4860:4860::8888), supporting ~340 undecillion addresses. IPv4 is nearly exhausted; IPv6 adoption is growing to ensure the internet can continue expanding. Both are in active use today — most modern devices and networks support both.
No. IP geolocation only provides city-level approximations based on ISP registration data, not individual device locations. Finding the specific subscriber behind an IP at a specific time requires a legal subpoena to the ISP. This information is only released to law enforcement and in legal proceedings, not to the general public or via lookup tools.
An ISP (Internet Service Provider) is the company providing your internet connection. Regional internet registries allocate blocks of IP addresses to ISPs, who then assign individual IPs to customers. IP lookup tools show the ISP because the IP block is registered in the ISP's name in the WHOIS database. Common ISPs include Comcast, BT, Airtel, Pakistan Telecom, Vodafone, and thousands of regional providers worldwide.
When using a VPN, the destination server (and any IP lookup tool) sees the VPN server's IP instead of yours. A lookup will return the VPN server's location — often in a different country from your actual location. This is the fundamental privacy mechanism of VPNs. Your ISP still sees your connection to the VPN server, even if they can't see your traffic content. Most VPN IPs are identifiable as data centre or hosting IPs rather than residential ISP IPs.
ASN (Autonomous System Number) is a unique identifier for a network operated by a single organisation. Every ISP, cloud provider, university, and large enterprise has one or more ASNs. The ASN in an IP lookup result tells you definitively which organisation owns the IP block, even if the IP has been reassigned to a customer. ASNs are particularly useful for identifying cloud provider IPs (AWS, Google, Azure all have well-known ASNs) and known malicious infrastructure.
Yes. Looking up publicly registered information for any public IP address is legal in virtually every jurisdiction. The data returned — country, ISP, ASN — is public registration information maintained by ARIN, RIPE, APNIC, LACNIC, and AFRINIC. Using this information to harass or stalk individuals is illegal, but the lookup itself is lawful.
A public IP is globally unique and routable on the internet — it's what websites see. A private IP is used within local networks (home, office) and is not directly accessible from the internet. Private ranges are 10.x.x.x, 172.16-31.x.x, and 192.168.x.x. Your router has both — a public IP for internet communication and a private IP for local network management. IP lookup tools only provide meaningful results for public IPs.