LioraVPN
LioraVPN
IP Address Checker
See exactly what the internet knows about you — your IP, provider, location, and whether your connection is truly private.
IP Address
0.0.0.0
ISP / Organization
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Location
City, Country
Protection Status
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Country
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IP Version
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Not protected? Secure your connection in seconds.
Get Protected with LioraVPNThe basics
Every device connected to the internet receives a unique numerical label called an Internet Protocol (IP) address. Think of it as your device's postal address — it tells every other system on the network exactly where to deliver the data you requested.
When you visit a website, your browser sends a request carrying your IP address. The server at the other end reads that address, prepares a response, and routes it back to you. Without this mechanism, the global internet simply couldn't function.
Two types of IP addresses are in play every time you go online:
How data travels
Your Device
Sends a request tagged with your IP
ISP & Global Routers
Route your packets across the internet
Destination Server
Sends the response back to your IP
Protocol versions
The internet has operated on two protocol versions for years. Understanding the difference helps you know exactly what your IP reveals — and what your network supports.
| Feature | IPv4 | IPv6 |
|---|---|---|
| Address format | 32-bit · four dot-separated numbers e.g. 81.6.41.41 |
128-bit · eight colon-separated hex groups e.g. 2001:0db8::ff00:42 |
| Total addresses | ~4.3 billion | ~340 undecillion |
| Adoption status | Widely deployed | Rapidly growing |
| Built-in security | Requires separate IPSec add-on | IPSec natively integrated |
| NAT required | Typically yes — limited addresses | No — direct end-to-end addressing |
| Header structure | Variable length, higher overhead | Fixed, streamlined for speed |
The original IPv4 address pool has been fully allocated. Every block of addresses is in use somewhere, which is why network operators rely heavily on NAT (Network Address Translation) to share a single public IP among many devices. IPv6 was engineered to permanently solve this shortage — its address space is so vast it can assign a unique IP to every atom on Earth's surface, with room to spare.
Most modern devices run both protocols simultaneously through a dual-stack configuration. When you check your IP, you may see both an IPv4 and an IPv6 address — your device automatically prefers IPv6 when the destination supports it.
Privacy exposure
Your IP address is more than a routing number. In the right hands — or the wrong ones — it can reveal a surprising amount about you.
Any website you visit can determine your country, city, and often your district just from your IP. This fuels geo-blocking, location-based pricing, and hyper-targeted advertising without you ever clicking "allow location."
Every server you connect to can see which ISP assigned your IP. ISPs routinely log browsing activity and may share it with government agencies, law enforcement, or data brokers depending on local regulations.
Advertising networks and analytics platforms correlate your IP across every site they're embedded in, building detailed behavioral profiles over time — even when you're not signed in to any account.
A publicly exposed IP can be scanned for open ports, targeted with volumetric traffic floods (DDoS), or used as a starting point for brute-force intrusion attempts against your router or connected devices.
Take back control
Masking your IP is the single most impactful step toward genuine online privacy. Several methods exist — each with different performance, security, and ease-of-use trade-offs.
A Virtual Private Network tunnels all your traffic through a remote server, replacing your real IP with the server's. It encrypts everything in transit and works transparently across all apps. The fastest and most practical option for most users.
Tor routes your traffic through a chain of three volunteer-operated nodes, making it extremely difficult to trace back to you. Offers strong anonymity but significantly reduced speeds — not suitable for streaming or video calls.
A proxy forwards your requests through an intermediary, masking your IP from the destination. Unlike a VPN, most proxies don't encrypt traffic and only protect the specific app configured to use them.
Moving to a different Wi-Fi network or toggling to mobile data will change your public IP. This isn't a privacy solution — your new IP can still be traced — but it can temporarily change your visible address.
Why choose LioraVPN
AES-256 encryption
Military-grade on every connection
Zero-logs policy
Your activity is never recorded
Kill switch included
Your real IP never accidentally leaks
Servers in 5+ countries
Unlock content from anywhere
DNS leak protection
Complete privacy, no side-channels
Step-by-step
Your public IP is shown at the top of this page automatically. Here's how to find your local (private) IP address on each major platform.
Press the Start button and navigate to Settings → Network & internet.
Click Wi-Fi or Ethernet, then click the name of the network you're currently connected to.
Scroll to the Properties section. Your local address is displayed next to IPv4 address.
Click the Apple menu and choose System Settings.
Click the Network icon in the sidebar, then select Wi-Fi or Ethernet.
Click Details… next to your active connection. Your IP address appears under the TCP/IP tab.
Launch the Settings app and tap Wi-Fi.
Tap the ⓘ button next to your current Wi-Fi network name.
Your local address is listed under the IPv4 Address section of the network details screen.
Go to Settings and tap Connections (or Network & internet depending on your device).
Select Wi-Fi, then tap the gear or info icon next to your connected network.
Your IP address is displayed in the network detail screen or under Advanced settings.
IP address types
Not all IP addresses behave the same way. Your ISP determines whether the address it assigns you remains constant or changes over time.
Most residential connections use dynamic addressing. Your ISP pulls an address from a shared pool when your router connects and may reassign it when you restart your modem, when your lease expires, or when you switch to a different network. It's cost-efficient for providers and is the default for virtually all home internet plans.
A static IP stays the same indefinitely. It's the standard choice for web servers, remote desktop setups, and businesses that need a fixed, predictable address. ISPs typically charge extra for static IPs and require a formal request to provision one.
For privacy, neither type offers meaningful protection — both can be traced back to your ISP account. Only routing your traffic through a VPN decouples your identity from your connection.
Dynamic IP
Changes periodically · Drawn from a shared pool · Standard for home connections · Slightly less traceable long-term, but not private.
Static IP
Fixed and permanent · Required for hosting and remote access · Simpler to identify · Available as an add-on from most ISPs.
VPN IP — Recommended
Your real IP is hidden behind a VPN server · Cannot be linked to you by observers · Changes with server selection · Full privacy from your ISP and third parties.
Why it matters
Your IP sits at the center of almost every online privacy concern. Here's what genuinely changes once it's hidden behind a VPN.
Without protection, your ISP has a complete record of every domain you visit. A VPN encrypts your traffic before it leaves your device, so your provider sees only an encrypted tunnel — nothing more.
Streaming platforms, broadcasters, and news sites restrict access by IP-detected location. Connecting through a server in the target country instantly unlocks regionally restricted content.
Ad networks link your IP across every site they touch, assembling profiles of your behavior over months. Rotating your IP through a VPN breaks these cross-site correlation chains.
Open networks at cafés, airports, and hotels allow other connected users to potentially intercept unencrypted traffic. A VPN makes your session completely opaque to anyone on the same network.
In competitive gaming, exposing your real IP can invite DDoS attacks that disconnect you mid-match. A VPN keeps your address private from other players and potential bad actors.
Employees accessing company systems over home or travel networks expose corporate data to interception. A VPN creates an encrypted channel that secures credentials and sensitive files from end to end.
Common questions
No. IP-based geolocation resolves to the area of your ISP's network infrastructure — typically a city or regional hub — not your street or apartment. In practice, the city shown may not even match where you live if your ISP routes through a different exchange. Your actual street address requires a formal legal request to your ISP, not just an IP lookup.
Not by itself. An IP address is a routing label, not a door key. Modern routers and operating system firewalls block unsolicited inbound connections by default. However, a known IP can be used to attempt port scanning, volumetric attacks (DDoS), or to probe for misconfigured services. Using a VPN removes this risk entirely by keeping your real IP private.
Most home connections use dynamic IP addressing — your ISP assigns an address from a shared pool and reclaims it periodically. Your IP may change when you restart your router, when your ISP's DHCP lease expires, or when you connect through a different access point. Mobile devices change IPs constantly as they roam between towers and networks. A static IP, which stays permanent, requires a separate arrangement with your ISP.
In the overwhelming majority of countries, yes — VPNs are legal and routinely used by businesses, journalists, travelers, and privacy-conscious individuals. A small number of countries restrict or prohibit VPN use; if you're operating in a restrictive jurisdiction, review local law first. Using a VPN does not exempt you from the laws of the country you're in or the country you're connecting to.
A VPN hides your IP and encrypts your traffic — the two most important privacy foundations. True anonymity is a higher bar: it also requires avoiding accounts that identify you, preventing browser fingerprinting, and using privacy-focused tools. Think of a VPN as the essential first layer of a complete privacy posture, not a magic shield on its own.
A DNS leak happens when your device sends domain name queries outside the encrypted VPN tunnel — typically straight to your ISP's DNS resolver. Even with a VPN active, your ISP can then see every domain you look up. LioraVPN routes all DNS queries through its own private servers with leak protection enabled by default, closing this privacy gap completely.
IP geolocation maps your address to wherever your ISP registered its network block, which is often a regional exchange, data center, or major city hub rather than your physical location. Mobile carrier networks route through central peering points that can place you in an entirely different city. Geolocation accuracy varies widely and is always an estimate — it is not GPS and cannot pinpoint your real address.