How to Know Hidden Wi-Fi Name and Bypass Filtering By MAC

In today’s digital age, Wi-Fi Name have become an integral part of our daily lives. While most Wi-Fi networks are visible and accessible to users, some network administrators may choose to hide their Wi-Fi network’s name, known as the Service Set Identifier (SSID). Additionally, network administrators may employ MAC filtering, which limits access to specific devices based on their Media Access Control (MAC) addresses. In this article, we will explore methods to Know hidden Wi-Fi Name and bypass MAC filtering, providing you with a deeper understanding of these techniques.

Ways to Know Hidden Wi-Fi Name

1. Network Scanning Tools

To know hidden Wi-Fi name, you can utilize specialized network scanning tools. These tools, such as NetSpot, inSSIDer, or Wi-Fi Analyzer, can detect and display the SSIDs of nearby networks, including those that are hidden. By scanning the available Wi-Fi frequencies, these tools can reveal the presence of hidden networks, allowing you to access and connect to them if permitted.

2. Network Name Guessing

In some cases, you can try guessing the SSID of a hidden network based on information provided by the network administrator or by common naming conventions. For example, if the hidden network belongs to a coffee shop, the SSID might include the café’s name or a related keyword. While this method may not always be successful, it can be worth a try if you have some knowledge or context about the network you are attempting to access.

3. Probing Requests

Devices that have previously connected to a hidden network may periodically send out probing requests, attempting to reconnect. You can use Wi-Fi packet capture tools, such as Wireshark, to capture and analyze these requests. By examining the captured packets, you may be able to know the hidden SSID included in the probing requests.

2 Basic Steps to Know hidden WiFi Name

The wireless network name (SSID or ESSID) is sometimes hidden to protect it.  Indeed, this is how neophytes are cut off and the flow of those wishing to connect to the AP is noticeably reduced: if the target is not visible, many do not attack it.  However, finding out the SSID is quite simple: this information is constantly broadcast on the air.

Each client indicates in the handshake the network name (SSID), its digital identifier (BSSID, usually the same as the MAC AP) and its MAC address.  Therefore, a deauthorization attack is successfully used to find out the SSID of hidden networks.  If we manage to intercept the handshake when a legal client connects to the selected access point, then we will immediately find out its name.  It is enough to write a simple command and wait.

airodump-ng wlan1

It is assumed that your wardriving adapter is defined as wlan1, its power has already been increased, and it itself is switched to monitor mode.  If not yet, then just knock it down (ifconfig wlan1 down), and airodump-ng will put it into monitor mode by itself.

It will take indefinite for a handshake, so let’s speed up the process.  Let’s open a second terminal window and send a broadcast deauthorization command in it. Forcing all clients of the selected AP to reconnect and shout its SSID for the whole air.

aireplay-ng -0 5 -a D8: FE: E3: XX: XX: XX wlan1

With this command, we sent five deauth packets to all clients of the access point with the MAC address D8: FE: E3:. And so on (I hide part of the address, as usual, enjoying paranoia).  The result was not long in coming.

Almost immediately, the name of the network appeared in the main window of airodump-ng.  While it was hidden, its length was displayed instead of a name (in this example, six characters).

Bypassing MAC Filtering

MAC filtering is a security measure that restricts Wi-Fi access to only authorized devices whose MAC addresses have been added to a network’s allowed list. Bypassing MAC filtering involves altering or disguising your device’s MAC address to appear as an authorized device. It is important to note that bypassing MAC filtering without proper authorization may be a violation of network usage policies or even illegal in some jurisdictions. Always ensure you have proper authorization before attempting to bypass MAC filtering.

1. MAC Address Spoofing

MAC address spoofing involves changing the MAC address of your device to match that of an authorized device. Various tools and utilities, such as Macchanger for Linux or Technitium MAC Address Changer for Windows, can assist in modifying your device’s MAC address. By replacing your device’s MAC address with that of an authorized device, you can potentially bypass MAC filtering and gain access to the network. However, please exercise caution and use this method responsibly and ethically.

2. MAC Address Whitelisting

If you have administrative access to the Wi-Fi network, you can bypass MAC filtering by adding your device’s MAC address to the allowed list. Access the router’s administration interface by typing the router’s IP address into a web browser and logging in with the administrator credentials. Once logged in, navigate to the MAC address filtering settings and add your device’s MAC address to the whitelist. By doing so, your device will be recognized as an authorized device and granted access to the network.

Admins create white lists of wireless devices, allowing only devices with specific MAC addresses to connect.  In MAC filtering mode, the access point will refuse authorization to third-party devices, even if the correct password is received from them.

However, something else is important to us: if the client device has connected to the selected access point. Then it is guaranteed to be on its “white list”.  All that remains is to kick it away from the target AP and assign that (openly broadcast) MAC address to your Wi-Fi adapter.  In order to have time to connect instead of a trusted device. It is better to run the deauthorization command in parallel in another terminal window and send them from the second dongle.  This is how it looks in stages on the AP from the example above. Raise the power of the adapter, mask its MAC address and put it into monitor mode.

We listen to the broadcast:

airodump-ng wlan1
The table will display the access points and the MAC addresses of the clients connected to them. (see the STATION column opposite the required AP).

We assign this MAC address to one of our dongles:

macchanger –mac = 64: DB: 43: XX: XX: XX wlan1
From the second adapter helmet deauthorization packages:

aireplay-ng -0 5 -a D8: FE: E3: XX: XX: XX wlan1
We connect with the first adapter as soon as the real client is cut off from the AP.

Conclusion

To know hidden Wi-Fi Name and bypassing MAC filtering can be useful in certain scenarios, but it’s important to approach these techniques responsibly and with proper authorization. Always respect the network administrator’s policies and adhere to legal and ethical guidelines when attempting to access restricted Wi-Fi networks. Understanding these methods provides insight into the security measures implemented by network administrators and helps you better navigate the complexities of Wi-Fi connectivity.

FAQs

1. Are there any legal implications of bypassing MAC filtering?

   • Bypassing MAC filtering without proper authorization may violate network usage policies or local laws. It’s important to seek proper authorization and use these techniques responsibly and ethically.

2. Can hidden networks be less secure than visible networks?

   • Hidden networks are not inherently more or less secure than visible networks. Network security depends on various factors, such as encryption protocols, strong passwords, and regular security updates.

3. What other security measures can I implement for my Wi-Fi network?

   • To enhance Wi-Fi network security, you can utilize strong encryption methods (e.g., WPA2 or WPA3), change default login credentials, regularly update router firmware, and use complex, unique passwords for your network.

4. How can I protect my Wi-Fi network from unauthorized access?

   • To protect your Wi-Fi network, enable encryption, such as WPA2 or WPA3, and use a strong password. Regularly change the password, keep router firmware up to date, and consider disabling remote administration.

5. Is it legal to use network scanning tools to know hidden Wi-Fi Name ?

   • Using network scanning tools to know hidden Wi-Fi Name is generally legal, as long as you are not attempting unauthorized access or violating any network usage policies. Always use these tools responsibly and ethically.

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