Connect to WiFi network from command line in Linux

How many of you failed to connect to WiFi network in Linux? Did you bumped into issues like the followings in different forums, discussion page, blogs? I am sure everyone did at some point. Following list shows just the results from Page 1 of a Google search result with “Unable to connect to WiFi network in Linux” keywords. Connect to WiFi network in Linux from command line - blackMORE Ops

  1. Cannot connect to wifi at home after upgrade to ubuntu 14.04
  2. Arch Linux not connecting to Wifi anymore
  3. I can’t connect to my wifi
  4. Cannot connect to WiFi
  5. Ubuntu 13.04 can detect wi-fi but can’t connect
  6. Unable to connect to wireless network ath9k
  7. Crazy! I can see wireless network but can’t connect
  8. Unable to connect to Wifi Access point in Debian 7
  9. Unable to connect Wireless

Following guide explains how you can connect to a WiFi network in Linux from command Line. This guide will take you through the steps for connecting to a WPA/WPA2 WiFi network. In case you’ve only got wired connection only, you can use this guide to setup DHCP or static IP address from command line in Linux.

WiFi network from command line – Required tools

Following tools are required to connect to WiFi network in Linux from command line

  1. wpa_supplicant
  2. iw
  3. ip
  4. ping

Before we jump into technical jargons let’s just quickly go over each item at a time.

Linux WPA/WPA2/IEEE 802.1X Supplicant

wpa_supplicant is a WPA Supplicant for Linux, BSD, Mac OS X, and Windows with support for WPA and WPA2 (IEEE 802.11i / RSN). It is suitable for both desktop/laptop computers and embedded systems. Supplicant is the IEEE 802.1X/WPA component that is used in the client stations. It implements key negotiation with a WPA Authenticator and it controls the roaming and IEEE 802.11 authentication/association of the wlan driver.

iw – Linux Wireless

iw is a new nl80211 based CLI configuration utility for wireless devices. It supports all new drivers that have been added to the kernel recently. The old tool iwconfing, which uses Wireless Extensions interface, is deprecated and it’s strongly recommended to switch to iw and nl80211.

ip – ip program in Linux

ip is used to show / manipulate routing, devices, policy routing and tunnels. It is used for enabling/disabling devices and it helps you to find general networking informations. ip was written by Alexey N. Kuznetsov and added in Linux 2.2. Use man ip to see full help/man page.


Good old ping For every ping, there shall be a pong …. ping-pong – ping-pong – ping-pong … that should explain it.

BTW man ping helps too …

Step 1: Find available WiFi adapters – WiFi network from command line

This actually help .. I mean you need to know your WiFi device name before you go an connect to a WiFi network. So just use the following command that will list all the connected WiFi adapters in your Linux machines.

root@kali:~# iw dev
    Interface wlan0
        ifindex 4
        type managed

Let me explain the output:

This system has 1 physical WiFi adapters.

  1. Designated name: phy#1
  2. Device names: wlan0
  3. Interface Index: 4. Usually as per connected ports (which can be an USB port).
  4. Type: Managed. Type specifies the operational mode of the wireless devices. managed means the device is a WiFi station or client that connects to an access point.

Connect to WiFi network in Linux from command line - Find WiFi adapters - blackMORE Ops-1

Step 2: Check device status – WiFi network from command line

By this time many of you are thinking, why two network devices. The reason I am using two is because I would like to show how a connected and disconnected device looks like side by side. Next command will show you exactly that.

You can check that if the wireless device is up or not using the following command:

root@kali:~# ip link show wlan0
4: wlan0: <BROADCAST,MULTICAST> mtu 1500 qdisc mq state DOWN mode DORMANT qlen 1000
    link/ether 00:60:64:37:4a:30 brd ff:ff:ff:ff:ff:ff

As you can already see, I got once interface (wlan0) as state UP and wlan1 as state DOWN.

Look for the word “UP” inside the brackets in the first line of the output.

Connect to WiFi network in Linux from command line - Check device status- blackMORE Ops-2

In the above example, wlan1 is not UP. Execute the following command to

Step 3: Bring up the WiFi interface – WiFi network from command line

Use the following command to bring up the WiFI interface

root@kali:~# ip link set wlan0 up

Note: If you’re using Ubuntu, Linux Mint, CentOS, Fedora etc. use the command with ‘sudo’ prefix

Connect to WiFi network in Linux from command line - Bring device up - blackMORE Ops-3

If you run the show link command again, you can tell that wlan1 is now UP.

root@kali:~# ip link show wlan0
4: wlan0: <BROADCAST,MULTICAST,UP,LOWER_UP> mtu 1500 qdisc mq state UP mode DORMANT qlen 1000
    link/ether 00:60:64:37:4a:30 brd ff:ff:ff:ff:ff:ff

Step 4: Check the connection status – WiFi network from command line

You can check WiFi network connection status from command line using the following command

root@kali:~# iw wlan0 link
Not connected.

Connect to WiFi network in Linux from command line - Check device connection - blackMORE Ops-4

The above output shows that you are not connected to any network.

Step 5: Scan to find WiFi Network – WiFi network from command line

Scan to find out what WiFi network(s) are detected

root@kali:~# iw wlan0 scan
BSS 9c:97:26:de:12:37 (on wlan0)
    TSF: 5311608514951 usec (61d, 11:26:48)
    freq: 2462
    beacon interval: 100
    capability: ESS Privacy ShortSlotTime (0x0411)
    signal: -53.00 dBm 
    last seen: 104 ms ago
    Information elements from Probe Response frame:
    SSID: blackMOREOps
    Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0 
    DS Parameter set: channel 11
    ERP: Barker_Preamble_Mode
    RSN:     * Version: 1
         * Group cipher: CCMP
         * Pairwise ciphers: CCMP
         * Authentication suites: PSK
         * Capabilities: 16-PTKSA-RC (0x000c)
    Extended supported rates: 6.0 9.0 12.0 48.0 
---- truncated ----

The 2 important pieces of information from the above are the SSID and the security protocol (WPA/WPA2 vs WEP). The SSID from the above example is blackMOREOps. The security protocol is RSN, also commonly referred to as WPA2. The security protocol is important because it determines what tool you use to connect to the network.

— following image is a sample only —

Connect to WiFi network in Linux from command line - Scan Wifi Network using iw - blackMORE Ops - 5

Step 6: Generate a wpa/wpa2 configuration file – WiFi network from command line

Now we will generate a configuration file for wpa_supplicant that contains the pre-shared key (“passphrase”) for the WiFi network.

root@kali:~# wpa_passphrase blackMOREOps >> /etc/wpa_supplicant.conf
(where 'abcd1234' was the Network password)

wpa_passphrase uses SSID as a string, that means you need to type in the passphrase for the WiFi network blackMOREOps after you run the command.

Connect to WiFi network in Linux from command line - Connect to WPA WPA2 WiFi network - blackMORE Ops - 6

Note: If you’re using Ubuntu, Linux Mint, CentOS, Fedora etc. use the command with ‘sudo’ prefix

wpa_passphrase will create the necessary configuration entries based on your input. Each new network will be added as a new configuration (it wont replace existing configurations) in the configurations file /etc/wpa_supplicant.conf.

root@kali:~# cat /etc/wpa_supplicant.conf 
# reading passphrase from stdin

Step 7: Connect to WPA/WPA2 WiFi network – WiFi network from command line

Now that we have the configuration file, we can use it to connect to the WiFi network. We will be using wpa_supplicant to connect. Use the following command

root@kali:~# wpa_supplicant -B -D wext -i wlan0 -c /etc/wpa_supplicant.conf
ioctl[SIOCSIWENCODEEXT]: Invalid argument 
ioctl[SIOCSIWENCODEEXT]: Invalid argument 


  • -B means run wpa_supplicant in the background.
  • -D specifies the wireless driver. wext is the generic driver.
  • -c specifies the path for the configuration file.

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Use the iw command to verify that you are indeed connected to the SSID.

root@kali:~# iw wlan0 link
Connected to 9c:97:00:aa:11:33 (on wlan0)
    SSID: blackMOREOps
    freq: 2412
    RX: 26951 bytes (265 packets)
    TX: 1400 bytes (14 packets)
    signal: -51 dBm
    tx bitrate: 6.5 MBit/s MCS 0

    bss flags:    short-slot-time
    dtim period:    0
    beacon int:    100

Step 8: Get an IP using dhclient – WiFi network from command line

Until step 7, we’ve spent time connecting to the WiFi network. Now use dhclient to get an IP address by DHCP

root@kali:~# dhclient wlan0
Reloading /etc/samba/smb.conf: smbd only.

You can use ip or ifconfig command to verify the IP address assigned by DHCP. The IP address is from below.

root@kali:~# ip addr show wlan0
4: wlan0: <BROADCAST,MULTICAST,UP,LOWER_UP> mtu 1500 qdisc mq state UP qlen 1000
    link/ether 00:60:64:37:4a:30 brd ff:ff:ff:ff:ff:ff
    inet brd scope global wlan0
       valid_lft forever preferred_lft forever
    inet6 fe80::260:64ff:fe37:4a30/64 scope link 
       valid_lft forever preferred_lft forever


root@kali:~# ifconfig wlan0
wlan0 Link encap:Ethernet HWaddr 00:60:64:37:4a:30 
 inet addr: Bcast: Mask:
 inet6 addr: fe80::260:64ff:fe37:4a30/64 Scope:Link
 RX packets:23868 errors:0 dropped:0 overruns:0 frame:0
 TX packets:23502 errors:0 dropped:0 overruns:0 carrier:0
 collisions:0 txqueuelen:1000 
 RX bytes:22999066 (21.9 MiB) TX bytes:5776947 (5.5 MiB)


Add default routing rule.The last configuration step is to make sure that you have the proper routing rules.

root@kali:~# ip route show 
default via dev wlan0 dev wlan0  proto kernel  scope link  src 

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Step 9: Test connectivity – WiFi network from command line

Ping Google’s IP to confirm network connection (or you can just browse?)

root@kali:~# ping
PING ( 56(84) bytes of data.
64 bytes from icmp_req=3 ttl=42 time=265 ms
64 bytes from icmp_req=4 ttl=42 time=176 ms
64 bytes from icmp_req=5 ttl=42 time=174 ms
64 bytes from icmp_req=6 ttl=42 time=174 ms
--- ping statistics ---
6 packets transmitted, 4 received, 33% packet loss, time 5020ms
rtt min/avg/max/mdev = 174.353/197.683/265.456/39.134 ms


This is a very detailed and long guide. Here is a short summary of all the things you need to do in just few line.

root@kali:~# iw dev
root@kali:~# ip link set wlan0 up
root@kali:~# iw wlan0 scan
root@kali:~# wpa_passphrase blackMOREOps >> /etc/wpa_supplicant.conf
root@kali:~# wpa_supplicant -i wlan0 -c /etc/wpa_supplicant.conf
root@kali:~# iw wlan0 link
root@kali:~# dhclient wlan0
root@kali:~# ping
(Where wlan0 is wifi adapter and blackMOREOps is SSID)
(Add Routing manually)
root@kali:~# ip route add default via dev wlan0

At the end of it, you should be able to connect to WiFi network. Depending on the Linux distro you are using and how things go, your commands might be slightly different. Edit commands as required to meet your needs. Thanks for reading. Please share and tweet.

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  1. This is a really nice resource and it’s especially great that you made a best effort to keep it distro agnostic. Thanks!

    The only thing I would add is a mention of the Network Manager command line tools. Since most distro’s use NM these days it’s nice to be able to work within that system from the command line too.

    • Thanks for the idea tachyon1.
      I was thinking along the line that once you’ve got your Internet sorted, you can use NM or Wicd … I will try to write a separate guide on NM. Cheers,

  2. My experience tells to ping a domain name rather than an IP address, because it instantly shows if your DNS settings are correct or not, while IP ping works most of the time after connecting to a WiFi :)

  3. Thank you dude,it’s very useful.

  4. you have really upped the knowledge level/detail since this site started… great job… I think it is great you focused on iw in this post.

    You should now try and do a primer on “ip” (as in ip link, ip addr, ip route, ip tunnel)… that is a serious headache to try and figure out– even if taken in small chunks!

    One thing I am trying to right now is figure out how to create a bash script that creates a virtual wireless monitor, then changes the mac address on each to an identical new address. Part of figuring this out (while learning as much as possible), is to use the “iw” command instead of “airmon-ng”.

    Essentially, all airmon-ng really does is create an additional (virtual?) wireless interface using the same hardware NIC. So you can create this new interface with “iw dev wlan1 interface add mon1 type monitor” at the command line. (with “wlan1” being (for me) my Alfa wireless USB adapter). That command adds an interface called “mon1” and sets it to monitor mode (which is the same as “PROMISC” when running ifconfig).

    I wanted to learn this because when you use Reaver or Bully, you have to make sure that you are spoofing the actual hardware device as well as the virtual device (which is typically created using airmon-ng). I think you actually mention this in an earlier post. So anyway, I am trying to write a little bash script which creates mon1 from wlan1, then each to the same new mac address This way I don’t have to execute 10 different shell commands before I start running reaver/bully.

    Anyway… great job!

  5. Thank you very much. Its very helpful even for newbie like me.

  6. i am setting the ip link but the state is not changing to up its still down i dont know what to do can u please help me i am running kali linux on vm player

  7. Tutorial is nice but what about nl80211 not found? What does that mean? I am using opensuse 12.3 and my phone as portable wifi hotspot which is using WPA2

  8. Hello and thanks for the tutorial. I did everything as written here, but when I ran step 7, the screen was filled with error messages and the device (Rpi running Kali 1.0.9 w/tft support) didn’t respond to keyboard. had to open ssh and reboot, and never got wifi access. on the other hand, when I tried to connect to a public insecure wifi, the connection was automatic, I didn’t do anything and it worked.
    if anyone has an idea what is wrong, I would appreciate it.
    Thanks again!

  9. What if ip fails to bring up your wireless device. Where may the problem lie?

    I’m using CentOs 6.5, with an Intel Pro Wireless 3945ABG. The iwl3945 driver is installed and loaded as module into the kernel.

    Here is the output when I follow your tutorial:

    $ iw dev
    Interface wlan0
    ifindex 2
    wdev 0x1
    addr 00:18:de:30:d3:97
    type managed

    $ ip link show wlan0
    2: wlan0: mtu 1500 qdisc mq state DOWN qlen 1000
    link/ether 00:18:de:30:d3:97 brd ff:ff:ff:ff:ff:ff

    # ip link set wlan0 up
    # ip link show wlan0
    2: wlan0: mtu 1500 qdisc mq state DOWN qlen 1000
    link/ether 00:18:de:30:d3:97 brd ff:ff:ff:ff:ff:ff

  10. when a ‘iw’ command is involved I get the same error:
    # iw wlan0 link
    n180211 not found.

  11. Look. I have no other network connection. I can’t get wpasupplicant with apt get, because I have no effing wifi connection. It’s 2015 and Ubuntu has NO native way of connecting to a WPA network card from the cli? I keep getting amazed at the level of nope this OS is.

  12. thank worked…
    you may find permission denail using wpa_passphrase
    here’s the solution : sudo sh -c ‘wpa_passphrase mywireless “secretpassphrase” > /etc/wpa_supplicant.conf’

  13. Thanks for this!
    I’ve got too used to the GUIs :-)

  14. Christopher Rhoads

    Running an AWUS036H with a lifeboat Kali USB and got to the point of running iw wlan1 link and it came back not connected. Everything else looked and worked fine.

    Any ideas?

    Great site btw, loads of great info!

    • Hi Chris,
      Assign a static IP in router for the MAC and retry.
      Change wireless security to WEP and retry.
      Another option is to use wicd instead.
      /var/log/messages will tell you more. Cheers,-

  15. Well, you mis a step to activate the hardware I think and to put the passphrase in action with WPA2.

  16. Craig Ericson JD

    This guide is not working for Linux Mint 17.1 XFCE or Linux Mint 13 XFCE beyond step 6. The author seems to be making an assumption of knowledge on the part of the user. I have found ZERO step by step wireless connection guides for Linux on the internet that are written by people who actually want anyone with no knowledge of Linux to understand them.

    • Craig Ericson JD

      Followed this to the letter with two different routers and two different wireless dongles and on step 7 it simply reports “Not connected”. Amazed that the author is actually suggesting someone use WEP security. I’m a complete idiot with this stuff and even I know that.

      • Craig Ericson JD

        I mean to say, that even an idiot like me knows you shouldn’t use WEP.

        • You use WEP to test .. does scanning shows any network at all?

          • Craig Ericson JD

            Sees all networks. Connects to none.

          • Craig Ericson JD

            And this guide didn’t work in elementary OS luna or Ubuntu 14.04 either. It appears that if the wireless nic is not present when the OS is first installed, you are out of luck unless you are a software engineer.

          • Craig Ericson JD

            Good to know you were suggesting WEP for testing only. That makes sense. Unfortunately, none of my routers support WEP.

          • If gnome network manager (assuming that you are using GUI, isn’t working then wicd is another tool to try. Surprising that your cards are failing for multiple routers and different linux distro. Do you have the correct password or are you able to use a non linux device to connect? Do you have MAC filtering enabled in the routers? Logs showing nothing? Very unlikely that everything is failing and no logs to dig into.

    • Just got it working in debian 7 …

      • Craig Ericson JD

        Now it is connecting for me in Linux Mint 17.1 XFCE. I just wish I knew why it suddenly decided to connect when it would not before.

    • Craig Ericson JD

      Wish I could replay to my own comment up there or edit it. This does work on Linux Mint XFCE 17.1 (based on Ubuntu, which everyone knows is based on Debian). There is something funny with my network.

  17. hi guys this is a great site. kudos to you guys! please if you wouldn’t mind, can you help me out? i have being trying to run kali in my laptop(acer aspire E 11 running windows 8.1) but it doesn’t see the image. Even when i tried booting from a usb which i imaged kali into, same usb i use to boot in other systems the system still doesn’t recognise it. please i need your assitance, thanls.

  18. In one of your many interesting presentations, you mention you also have an AWUS036H, and I hope you can help me with my connection issues for that antenna.

    While I am new to Linux in general, I recently installed the Kali Linux VMware on a host using Win7 x64. Once installed, I got everything (apt-get update, upgrade, and dist-upgrade), and performed many of the top 20 items you recommend. However, I am unable to get my antenna to connect, even using your recommendations in your article on wireless connections.

    When I attempt to connect my AWUS036H antenna in the VM, I get the following:

    “The device “Realtek RTL8187_Wireless” was unable to connect to its ideal host controller. An attempt will be made to connect this device to the best available host controller. This might result in undefined behavior for this device.”

    Some of my following commands, and their responses, are as follows:

    root@ItYAoHBd:~# ip link set wlan0 up
    RTNETLINK answers: Operation not possible due to RF-kill

    root@ItYAoHBd:~# rfkill list all
    3: phy3: Wireless LAN
    Soft blocked: no
    Hard blocked: yes

    root@zQEHZVbO:~# rfkill unblock all
    Can’t open RFKILL control device: No such file or directory

    From the above, you may note I also installed the script you provided to change the user name at boot-up.

    This is more than frustrating, and I have researched every link I can find on the subject but no cigars. You are, in so many ways, my last option for a knowledgeable answer.

  19. i installed linux yesterday on vmware workstation. it is connected to internet but not showing. when i click the wireless icon it doesnot show the available networks. What should i do? kindly help me.

  20. even it doesntshow that it is connected to which network!

  21. you are marvellous it is working for me now after following the steps … Mind blowing…

  22. In my terminal when I type iwconfig it say’s nl80211 not found? Am i supposed to be connected to the internet before I even open up a terminal through my ethernet cable.

  23. Wow this is awesome. Only it does not work for me even as the Gui tools do. Anyone else test this successfully on Kali 1.1? If I get time I will try it on a previous Kail release.

    Everything seems to work right up to turning the interface up w/ wpa_supplicant where it never connects. My key and ssid are correct in the config file (confirmed with a separate calculation of the key). Though I can bring the WLAN right up with the GUI. Using AWUS036NH adapter.

    Also failing on my Raspberry Pi 2 w/Kali 1.1 which is where I really need to get it to work for a class project.

    Any thoughts are welcome.

    • Setup a SSID with WEP with simple password and SSID name (for testing) and see if you can connect to it.

      • I did a another 3 hour blitz at this and no joy. On my Kali 1.1 VM on my MBP I can’t get any WEP connection at all(using iwconfig). On the Raspberry Pi, I eventually got a connection that disconnected right away but it was inconsistent. I forced the channel shown in AP config and now I consistently get connected, then disconnected with a deauth.

        wlan0: deauthenticating from xx:xx:xx:xx:xx:xx by local choice (Reason: 3=DEAUTH_LEAVING)

        My gut tells me that something in both cases is interfering with the manual control. Like whatever makes it connect so easy in the GUI, is not allowing another process to control the WIFI. On the Pi it is probably a bug as there is no gui loaded in the base Pi Kali image.

        I fried on this one right now…need to move to a different problem…any thoughts would be welcome.

        • I never got WEP to work but I came across another method for WPA that did work. Here is what I did for posterity:

          #vi /etc/network/interfaces

          (Add this text to that file.)

          auto wlan0
          iface wlan0 inet dhcp
          wpa-ssid YOUR-SSID-HERE
          wpa-psk YOUR-PASSWORD-HERE

          #ifup wlan0

          #halt -p

          (power off/on)

          Interface came up during reboot.

          This method is nice because it persists after reload though it really irritates me the manual way is not working for me….

  24. See how Hackers can Break Your Wifi security within a minutes and get access to your network without your Consent…click on

  25. Great article. Worked for Kali 2.0 I wanted to stop using network manager so I have more control over my WiFi adapters for testing. I use a Dell laptop that has a built in Intel wireless card (Centrino Advanced-N + WiMAX 6250), and an Alpha AR9271 (Atheros UB91C). One note regarding the commands in the conclusion: root@kali:~# wpa_supplicant -i wlan0 -c /etc/wpa_supplicant.conf is missing the “-B” flag. Thanks again!

  26. On my Fedora-20 system, the WPA Supplicant config file live here:
    …hope that helps someone else get things hum’n!

  27. Thanks for this great tutorial I am using a 2006 Toshiba A215 S7422 Satellite laptop which now has Linux Mint17.2 MATE runs as fast as it did when brand new in WinVista. I have a home network I use the laptop for as all my other workstations, desktops and storage are ethernet cable connected. Nice to be able to roam around with wireless now and then here. I use a Linksys E3000 router (simultaneous dual band ) i use “N” for both 2.4g and 5g bands . the laptop has a built in wifi as most did, but it is only ‘G: 54mbps which is slower than my cable internet. so, only use N for a Rosewill xternal usb which is only 2.4g but works and this helped me to disable the built in laptop wifi and ‘up’ the usb easily so ,not having to bother disconnection the prior constant of the ‘g’ band from going in circles since i no longer transmit on that , 2.4g is n only.
    now, to try to boost the connection speed somehow from configuring via terminal.
    i have not gotten anywhere and the speeds vary, not unusual, but to try to maximize highest potential speeds as my windows gui gizmo seemed to be able to do, the one ralink interface was very complex in what it displayed and allowed to be tweaked. trying to duplicate that process,somehow, in the terminal and in linux. drivers are built in and compatible as my Netgear N600 was not. nothing got that thing working in linux …connects the same dual boot workstation at 300mbps every time. no go in any of my 4 linux mint machines. or not as of the 17,2 update a few months ago

  28. apt-get install iw

  29. awesome! running on centos 7. here’s my startup script (after following your config steps):

    sudo ip link set up
    sudo wpa_supplicant -B -D wext -i -c /etc/wpa_supplicant/wpa_supplicant.conf
    sudo dhclient

    (for anyone getting started, save yourself infinite pain by setting up a wired connection so you can pull down the repo’s and tools req’d first – at least on centos 7, the wpa_supplicant tool, for just one example, is not installed out-of-the-box).

  30. and how do you make it permanent so you don’t have to enter all these commands again?

  31. vswm (Very Simple Wireless Manager) is a command line tool that manages the wireless connection. It is dead simple. It reads the known networks from a config file and scan the available networks. Then, it connects to the first match.

  32. amazing stuff! thanks

  33. Bummed that after step 7, it continues to be “not connected”. I wonder what I’ve done wrong. Following the steps closely. Running kali off an SD card and can access the network no problem in windows. Thanks!

  34. i have an issue regarding my wireless device it says there is device

    like when i give the command iwconfig

    it show no wireless extension

  35. thanks man it help me very much

  36. Great article and I hope I get an answer to my problem:
    I will start with a general question first then if there is hope I will provide ALL the tech data to fix it
    If you have a wifi device (using RALINK RT5350F) with a known MAC address that my router CANNOT see ( but it did one time in 100 attempts) ; Can I use linux command(s) to force connect to my local wifi.????

    • Hello Samir,
      Once your Router finds the MAC address of your card(after successful connection), have it set a static IP for your card. Then configure static IP in Network-Manager as well. You can’t really force it to connect to some SSID that it can’t seen. Also, depending on your Wireless Router, you might want to just enable 2.4Ghz and set a channel that your card understands (for example channel 1 or 5 or 7). Cheers,

  37. Great response….

    Conclusion: The MAC address of NO VALUE unless the router see the device.
    In my case the router does NOT see the device. I monitored the Diag Log File and no request WITH THE MAC ADDRESS was initiated.

    My only access to the device is through an app on my mobile. The app should initiate the request but it does not.

    Since I managed once to actually see the router acknowledgment of the device and actually getting an IP; I can safely conclude that the device is NOT malfunctioning ( I have two of them)

    Another conclusion: by tweaking the router ( as you suggested) there is a chance that I can get a reliable “handshaking”

  38. Nice tutor bro….keep the good work!!

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  40. great disconformity

    I was stuck till I hit your page. Other approaches did not work.

    Many thanks sir. Now my antique laptop is airborne.

    If only I could get the network icon to appear…

  41. sudo ip link set wlp4 up

    sudo ip link show wlp4

    3: wlp4: mtu 1500 qdisc mq state DOWN mode DORMANT group default qlen 1000

    the state of the wifi device is not getting up.
    please give a solution.

    • $ sudo wpa_passphrase friends >> /etc/wpa_supplicant.conf
      bash: /etc/wpa_supplicant.conf: Permission denied

      permission denied

      • It is because the shell is the one doing redirection and not the wpa_passphrase.

        Try the below (assuming bash shell)
        sudo bash -c “wpa_passphrase friends >> /etc/wpa_supplicant.conf”

  42. Hi friends please send me the android wifi hacker app link please

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