My IP reveals my network — showing how my device connects to the internet and communicates with other systems. It can expose my approximate location, internet service provider, and network identity.
Live network information retrieved from your current connection via a secure geolocation API.
The geolocation API could not be reached. This may be due to a network issue, an ad blocker, or a browser privacy extension blocking the request.
This map shows the approximate location reported by your IP address — not your exact physical address.
Additional diagnostics and security tools for a complete view of your network health and privacy.
Look up geolocation and network details for any public IP address. Identify the origin country, ISP, and approximate city.
LiveMeasure your download speed, upload speed, and ping latency to evaluate your connection quality and ISP performance.
Coming SoonVerify DNS propagation and query DNS records (A, AAAA, MX, CNAME, TXT) for any domain from multiple global nameservers.
Coming SoonCheck whether your email address has appeared in known public data breaches to assess your exposure and take protective action.
Coming Soon
Everything you need to understand your IP address, how it reveals your network, and how to protect your online privacy.
An IP address (Internet Protocol address) is a unique numerical label assigned to every device that connects to a computer network using the Internet Protocol. Think of it as a postal address for your device on the internet — just as a physical mailing address tells the postal system where to deliver a letter, your IP address tells internet infrastructure where to route data packets so that information can travel back and forth between your device and the websites or services you use.
Every time you load a webpage, stream a video, send an email, or make a video call, your IP address is embedded in the network packets your device sends. This is not a privacy flaw — it is a fundamental requirement of how internet communication works. Without a return address, the server you contacted would have no way of knowing where to deliver the response.
Key fact: My IP reveals my network identity to every server I communicate with. This is by design and is essential for the internet to function. What matters is understanding what that identity reveals and how to manage it responsibly.
Not all IP addresses are the same. There are two fundamentally different types you will encounter, and understanding the distinction is essential for understanding how your home or office network actually operates.
A public IP address is the address that is visible to the wider internet. It is assigned to your router (or gateway device) by your Internet Service Provider (ISP). When you visit a website, that website's server sees your public IP address — not the individual IP address of your laptop, phone, or tablet. Your public IP address is globally unique at any given moment; no two devices on the public internet share the same public IP address simultaneously.
A private IP address is used inside your home or office network (also called a Local Area Network, or LAN). Your router assigns a private IP to each device connected to it — for example, your laptop might be 192.168.1.5 and your phone 192.168.1.8. Private IP address ranges are defined by RFC 1918 and include:
Private IP addresses are never visible to the public internet. They exist only within your local network and cannot be directly reached from outside without special network configuration.
IPv4 (Internet Protocol version 4) was introduced in 1983 and uses 32-bit addresses written in dotted decimal notation, such as 203.0.113.42. This format allows for approximately 4.3 billion unique addresses. While that sounds enormous, the explosive growth of the internet, mobile devices, and the Internet of Things (IoT) has exhausted the available IPv4 address pool. The Internet Assigned Numbers Authority (IANA) allocated the last block of IPv4 addresses to regional registries in 2011.
IPv6 (Internet Protocol version 6) was developed to solve the address exhaustion problem. It uses 128-bit addresses written in hexadecimal notation, such as 2001:0db8:85a3:0000:0000:8a2e:0370:7334. IPv6 supports an astronomically large number of unique addresses — approximately 340 undecillion (3.4 × 10³⁸) — enough to assign a unique address to every atom on the surface of the Earth many times over. IPv6 adoption has been steadily growing and is now natively supported by most modern operating systems and network equipment, though many ISPs still primarily assign IPv4 addresses to residential customers.
If this tool detects only your IPv4 address and not an IPv6 address, your current ISP or network configuration may not yet provide IPv6 connectivity. This is common and does not indicate any problem with your device.
When you type a website address into your browser, a remarkable chain of events takes place in milliseconds. Your browser first performs a DNS lookup (explained below) to convert the human-readable domain name into an IP address. It then sends a data packet from your device, through your router, to your ISP's network. From there, the packet is routed across multiple interconnected networks — operated by different companies and organizations around the world — until it reaches the destination server. The server processes your request and sends the response back through the same infrastructure.
Each router along the way examines the destination IP address in the packet header and decides the best next hop to forward it toward its destination. This cooperative system of routing decisions is what makes the internet resilient and decentralized.
NAT (Network Address Translation) is the technology that allows your router to share a single public IP address among all the devices on your home or office network. When your laptop sends a request to a website, your router replaces the private source IP (e.g., 192.168.1.5) with the router's public IP address before forwarding the packet to the internet. It maintains an internal translation table so that when the website's response arrives, the router knows which device on the LAN the data belongs to and forwards it correctly.
NAT is one of the primary reasons why IPv4 address exhaustion has not caused the internet to collapse — billions of devices share a much smaller pool of public IP addresses through NAT. However, NAT also introduces complexity for applications that require direct peer-to-peer connectivity.
Most residential ISPs assign dynamic IP addresses to their customers. This means your public IP address can change over time. The address is leased to your router via a protocol called DHCP (Dynamic Host Configuration Protocol), typically for a set period. When the lease expires, or when you restart your router, the ISP may assign a different IP address. Dynamic IP allocation allows ISPs to efficiently manage their limited pool of public IP addresses across a large customer base.
A static IP address is a fixed, permanently assigned public IP address that does not change. Businesses typically use static IPs for hosting servers, running VPNs, and enabling remote access systems. Residential customers can usually request a static IP from their ISP for an additional monthly fee. Static IPs are useful for reliability but offer no inherent security advantage over dynamic IPs.
IP geolocation is the process of estimating the real-world location of a device based on its IP address. Geolocation databases map IP address ranges to approximate geographic locations — typically the city or region where the ISP's infrastructure is located, not necessarily where the end user physically is. This is an important distinction that is frequently misunderstood.
The accuracy of IP geolocation varies considerably:
Important disclaimer: The map on this page shows the approximate geolocation associated with your IP address as reported by a third-party API. It does not represent your exact physical address and should not be treated as such.
A VPN (Virtual Private Network) creates an encrypted tunnel between your device and a VPN server located elsewhere on the internet. When you use a VPN, websites and online services see the VPN server's IP address instead of your real public IP address. This effectively masks your actual IP address and the approximate location associated with it.
VPNs provide meaningful privacy benefits for most users:
However, VPNs are not a complete anonymity solution. Your VPN provider can still see your traffic if they choose to log it. Browser fingerprinting, cookies, and account logins can still identify you even when using a VPN. Choosing a reputable VPN provider with a verified no-logs policy is essential for privacy-conscious users.
A proxy server acts as an intermediary between your device and the internet. Like a VPN, using a proxy causes the destination website to see the proxy's IP address rather than yours. However, proxies generally do not encrypt your traffic the way VPNs do, making them a less secure option for privacy protection. HTTP proxies are straightforward to configure in a browser, while SOCKS proxies provide lower-level traffic routing.
The Domain Name System (DNS) translates human-readable domain names like example.com into the numerical IP addresses that computers use to locate servers. When you type a URL into your browser, a DNS resolver (typically provided by your ISP or a service like Google Public DNS at 8.8.8.8 or Cloudflare at 1.1.1.1) looks up the IP address associated with that domain name.
DNS queries are an often-overlooked source of privacy exposure. By default, your ISP's DNS resolver can see every domain name you query — even if the content of your browsing is encrypted via HTTPS. DNS over HTTPS (DoH) and DNS over TLS (DoT) are modern solutions that encrypt DNS queries to prevent this kind of surveillance.
Understanding that your IP address is visible to every server you communicate with raises legitimate security questions. Here is a realistic assessment of the risks:
Knowing your IP address alone is not sufficient to hack you. Modern consumer routers include a stateful firewall by default that blocks unsolicited inbound connections. Keeping your router firmware and all software up to date is the most effective basic defense for home users.
Your IP address is one of many signals that websites and advertising networks use to profile and track you online. In combination with browser fingerprinting (the unique combination of your browser version, screen size, installed fonts, and other attributes), cookies, and login data, your IP address contributes to a detailed profile of your online behavior.
Effective privacy measures include:
A common misconception is that changing your public IP address provides meaningful privacy protection. In reality, if you continue to log into the same accounts, use the same browser without clearing cookies, and maintain the same browsing habits, changing your IP address provides very little additional privacy. You are still identifiable through cookies, account sessions, and browser fingerprinting.
Changing your IP address is most useful for avoiding IP-based rate limiting or geographic restrictions, or as one layer of a broader privacy strategy. True privacy requires a multi-layered approach combining IP masking, reduced fingerprinting surface, minimal account usage, and disciplined browsing habits.
Clear, accurate answers to the most common questions about IP addresses, privacy, and network security.