In today's digital ecosystem, understanding network addresses is becoming not just the job of system administrators, but a necessary skill for any advanced user. When you're trying to set up a home server, connect a printer wirelessly, or diagnose Internet speed problems, the first question is identifying your device on the local network. A local IP address is a unique identifier that your router assigns to your smartphone when connecting to Wi-Fi.
Unlike a public address, which is visible to the entire Internet, local IP works exclusively within your home or office network. On devices running Android this information is often hidden deep in the menu or displayed in non-obvious settings sections. Knowing how to quickly obtain this data will save you a lot of time when setting up complex network equipment or debugging applications.
There are several proven methods for obtaining this information, ranging from standard graphical interfaces to using the command line. We will look at each of them so that you can choose the most convenient one for your situation and version of the operating system.
Searching for an address through standard system settings
The most obvious and safest way to find out your address is to use the built-in settings interface. However, smartphone manufacturers often change the layout of menu items, which can confuse an inexperienced user. In most cases, the path lies through the section of wireless connections.
On “pure” Android (for example, on smartphones Google Pixel or Motorola) the algorithm of actions is as standardized as possible. You need to go to settings, select the “Network and Internet” section, then go to “Wi-Fi”. Here it is important not just to look at the list of networks, but to click on the gear icon or the name of the current active network.
A detailed connection properties window will open, where IP addresswill be indicated, among other technical information. It is usually located at the bottom of the screen along with the subnet mask and gateway. If you are using a third-party shell, the logic may differ slightly, but the essence remains the same: look for the properties of the active connection.
⚠️ Attention: In some versions of shells (for example, older versions MIUI or ColorOS), the IP address may be hidden behind the “Advanced” button or displayed only after expanding the “Advanced settings” drop-down list.
For owners of devices Samsung with a shell One UI the process looks a little different. After entering the Wi-Fi settings, you need to click on the current network, and then scroll down to the “View additional settings” section or immediately look for the “Management” block, where the network parameters will be registered.
If the settings menu only displays “Not assigned” or 0.0.0.0, try turning Wi-Fi off and on again or reboot the router so that the device receives the correct address from DHCP servers.
Using network analyzer applications
When standard menus seem too confusing or you need more detailed information about the network, specialized utilities from the store come to the rescue Google Play. These applications not only show your local address, but also scan the entire network, displaying connected devices.
One of the most popular tools is Fing or WiFi Analyzer. After installing and launching such an application, it automatically detects the Wi-Fi interface and displays a summary on the main screen. You will see your local IP, MAC address, connection speed and even the name of the device on the network.
The advantage of using third-party software is clarity. Instead of just numbers, you get a network visualization, which is especially useful when looking for address conflicts or “uninvited guests” on your Wi-Fi. In addition, such applications often have built-in tools for checking speed and ping to the gateway.
It is worth considering that network scanners may require permission to access geolocation to fully operate. This is due to security policy Androidwhich considers Wi-Fi scanning to be a potentially tracking activity. Without granting this permission, the application may not see the list of devices or your own address.
Receiving data through developer mode and ADB
For those who prefer to have full control over the system or are debugging applications, using USB debugging is an ideal option. This method requires a computer and the package installed Android Debug Bridge (ADB), but it provides the most accurate data directly from the kernel network stack.
You must first activate developer mode on your smartphone. To do this, go to “Settings” → “About phone” and quickly press 7 times on the “Build number” item. After the message “You have become a developer” appears in the main settings menu, a new section “For Developers” will appear.
Enable the item in this section USB debugging. Connect your smartphone to your computer with a cable and confirm permission for debugging on the device screen. Next, in the computer command line (terminal), enter the following command to display network information:
adb shell ip addr show wlan0
In response, you will receive a detailed dump of the network interface. Look for a line starting with inetfollowed by your address in the format 192.168.x.x. This method is universal and works even in cases where the graphical interface freezes or displays incorrect data.
What to do if ADB does not see the device?
Make sure that the correct USB driver for your smartphone is installed. On Windows, you often need to install the universal Google USB Driver or a specific driver from the manufacturer (Samsung, Xiaomi, etc.). Also try replacing the USB cable, as some cables only support charging, but not data transfer.
Checking the address through the router's web interface
Sometimes it is easier to look at the information not on the phone itself, but on the device that manages the network. Your router knows about all connected clients and the addresses issued to them. This method is especially useful if the smartphone screen is broken or the device is unstable.
To do this, you will need a computer or other gadget connected to the same network. Open your browser and enter your default gateway address (usually 192.168.0.1 or 192.168.1.1). After entering your login and password (indicated on the sticker at the bottom of the router), you will be taken to the control panel.
Find a section called “Clients”, “DHCP Server”, “Device List” or “Wireless Status”. In the table of connected devices you will find your smartphone by model name or MAC address. Opposite it will be indicated the current local IPissued dynamically or assigned statically.
| Router manufacturer | Typical login address | Name of the section in the menu | Note |
|---|---|---|---|
| TP-Link | 192.168.0.1 | DHCP Server → Client List | The interface can be green or blue |
| ASUS | 192.168.1.1 | Network map → Clients | Visually clear interface |
| Xiaomi / Mi | 192.168.31.1 | Wi-Fi settings → Connected devices | Often requires the Mi application Wi-Fi |
| Keenetic | 192.168.1.1 | Client list | Detailed information for each device |
Using the router panel provides another advantage: you can immediately reserve this address for your phone. This ensures that the next time the device connects, it will receive the same IP, which is critical for setting up port forwarding or accessing files.
⚠️ Attention: The login address to the router can be changed by the user. If standard combinations do not work, look at the gateway address in the network settings on your computer (commandipconfigin Windows orifconfigin macOS/Linux).
Using the terminal on the device itself
If your smartphone has root access or you just want to feel like a hacker, you can use a terminal emulator directly on your device. Applications like Termux allow you to execute Linux commands without connecting to a PC.
After installation Termux and providing the necessary permissions, you can enter a command to display network interfaces. Depending on the version Android and kernel, the commands may differ slightly, but the basic set remains working.
Enter into the terminal line:
ip addr show
Or, if the utility ip is missing (on very old devices):
ifconfig
The system will display a list of all interfaces. You need a section wlan0 (for Wi-Fi) or rmnet (for mobile data). The block inet will indicate your current address. This method is good because it does not require exiting the current application and works even in Recovery mode, if there is terminal support.
☑️ Preparing to work with the terminal
It is worth noting that on modern versions Android access to some network commands without root access may be limited. In this case, the output may not be complete, but basic IP information is usually available to all users.
Differences between IPv4 and IPv6 in Android
When searching for an address, you may notice that the system displays two different address formats. This is due to the transition of the Internet to a new protocol. Understanding the difference between them will help avoid confusion when setting up your equipment.
IPv4 is a classic format consisting of four numbers from 0 to 255, separated by periods (for example, 192.168.1.5). This is the address most often required to configure home devices, printers and security cameras.
IPv6 is a new standard that uses hexadecimal digits and colons. The address looks much longer and more complex (for example, fe80::1a2b:3c4d:5e6f:7g8h). Although modern networks support both protocols, most local instructions are still focused on IPv4.
In the settings Android you can often select a priority connection type. If your old equipment does not see your smartphone, try changing the “IP Settings” parameter from “DHCP” to “Static” in the advanced Wi-Fi settings and manually register the address in IPv4 format, making sure that it is in the subnet of your router.
For most household tasks (printing, transferring files via SMB, access to NAS) you need an IPv4 address. IPv6 is used primarily for direct access to the Internet without NAT.
⚠️ Attention: Network protocol settings may change with updates from telecom operators and router firmware. If you are setting up a static IP, make sure that the selected address is not occupied by another device to avoid network conflict.
Frequently asked questions (FAQ)
Why is my local IP address constantly changing?
By default, routers use the DHCP protocol, which dynamically issues addresses from an available pool. With each reconnection or lease expiration, the address may change. To fix it, you need to configure “IP binding by MAC address” in the router settings or set a static IP in the Wi-Fi settings on the smartphone itself.
Is it possible to find out the local IP without connecting to Wi-Fi?
Yes, but this will be the address of the mobile interface. When using a mobile network (4G/5G), the operator also issues your device a local address within its internal network (often these are addresses like 10.x.x.x or 100.x.x.x) before broadcasting it to the general Internet via NAT. You can find it out through the terminal or analyzer applications in mobile data mode.
What does the address 169.254.x.x mean?
This is the so-called APIPA address. If your smartphone received an address starting with 169.254, this means that it was unable to contact the router’s DHCP server. Most likely, the problem is the Wi-Fi password, the router is faulty, or the signal is too weak. In this state, access to the Internet is usually impossible.
Is it safe to show your local IP address?
Yes, absolutely. Local IP is only valid within your private network. People on the Internet cannot connect to your phone at this address because it is not routed on the World Wide Web. The only danger is the public (external) IP, which is visible to all sites.
How to find the IP if the phone screen does not work?
In this case, the only reliable way is to go to the router’s web interface from a computer. Find the device in the list of clients by MAC address (you can see it on the phone box or in the device passport) and find out the IP issued to it.