WIFI Cracking on MAC OSX Made Easy and Fast with Aircrack-ng and WiFiCrack
Cracking WIFI on MAC OSX WIFI Crack Tool Very Easy and Fast WIFI MacOSX
WIFI cracking is the process of gaining unauthorized access to a wireless network by breaking its security encryption. Some people may want to crack WIFI for various reasons, such as testing their own network security, accessing free internet, or learning about wireless hacking techniques. However, WIFI cracking also poses some risks and challenges, such as legal consequences, ethical dilemmas, or technical difficulties.
Cracking WIFI on MAC OSX WIFI Crack Tool Very Easy and Fast WIFI MacOSX
In this article, we will show you how to crack WIFI on MAC OSX using two different tools: Aircrack-ng and WiFiCrack. We will also explain the basics of WIFI security and encryption, and how to speed up your cracking process with a deauth attack. By the end of this article, you will have a better understanding of how to crack WIFI on MAC OSX easily and fast.
WIFI Security and Encryption
WIFI security is the practice of protecting wireless networks from unauthorized access, eavesdropping, tampering, and other potential threats. To achieve this, multiple wireless security protocols have been developed to secure wireless communications and ensure privacy and confidentiality. Such protocols work by implementing security measures like encryption and authentication.
Encryption is a method that scrambles the data signal between devices to prevent unauthorized access or reading. It uses security protocols that encode and decode data only for authorized recipients. The most secure protocol currently available is WPA3, which can be enabled on the wireless router's management page .
Authentication is a method that ensures that only those users and devices whose identities have been properly verified can join the network. Authentication usually involves entering a password or passphrase when connecting to a wireless network. However, some networks may also use other methods, such as certificates, tokens, or biometrics.
The most common WIFI security protocols today are WEP, WPA, WPA2, and WPA3. They differ in their encryption algorithms, authentication methods, and security features. Here is a brief overview of each protocol:
ProtocolEncryptionAuthenticationSecurity
WEPRC4Shared key or open systemVery weak and easy to crack
WPATKIPPSK or EAPWeak and vulnerable to attacks
WPA2AES or TKIPPSK or EAPStrong and widely used
WPA3AES or GCMPSAE or EAPVery strong and secure
The most common WIFI security protocol that you will encounter is WPA2, which is the standard for most wireless routers and devices. However, WPA2 is not immune to cracking, especially if the password is weak or common. Therefore, it is important to use a strong and unique password for your own WIFI network, and avoid connecting to untrusted or unknown networks.
How to Crack WIFI on MAC OSX with Aircrack-ng
Aircrack-ng is a suite of tools that can be used to monitor, capture, and crack WIFI networks. It supports various types of attacks, such as dictionary, brute force, WPS, WEP, WPA, and WPA2. Aircrack-ng can be installed on MAC OSX using Homebrew, a package manager for MAC OSX. To install Aircrack-ng on MAC OSX, follow these steps:
Open Terminal and type brew install aircrack-ng. Press Enter and wait for the installation to complete.
Type aircrack-ng --help to see the available options and commands.
Type iwconfig to see the name of your wireless interface. It should be something like wlan0, wlp3s0, or en0.
Type sudo airmon-ng start [interface], where [interface] is the name of your wireless interface. This will put your wireless interface in monitor mode, which allows you to capture WIFI packets.
Type sudo airodump-ng [interface], where [interface] is the name of your wireless interface. This will start scanning for nearby WIFI networks and display their information, such as BSSID, ESSID, channel, encryption, and signal strength.
Choose a network that you want to crack and note down its BSSID and channel. Make sure that the network has WPA or WPA2 encryption and has some clients connected to it.
Type sudo airodump-ng -c [channel] --bssid [BSSID] -w [filename] [interface], where [channel] is the channel of the network, [BSSID] is the BSSID of the network, [filename] is the name of the file where you want to save the captured packets, and [interface] is the name of your wireless interface. This will start capturing packets from the target network and save them in a file with .cap extension.
To crack the password, you need to obtain a handshake between the router and a client. A handshake is a four-way exchange of encrypted messages that verifies the password. You can either wait for a client to connect or disconnect from the network, or force a client to reconnect by performing a deauth attack (see below).
To check if you have captured a handshake, type aircrack-ng [filename].cap, where [filename] is the name of the file where you saved the captured packets. If you see a message like [00:00:00] WPA handshake: [BSSID], then you have successfully captured a handshake.
To crack the password, you need to use a wordlist or a brute force attack. A wordlist is a file that contains a list of possible passwords. A brute force attack is a method that tries all possible combinations of characters until it finds the correct one. Both methods can take a long time depending on the length and complexity of the password.
To use a wordlist attack, type aircrack-ng -w [wordlist] [filename].cap, where [wordlist] is the name of the file that contains the list of passwords, and [filename] is the name of the file where you saved the captured packets. Aircrack-ng will try each password in the wordlist until it finds a match or reaches the end of the file. If Aircrack-ng finds a match, it will display the password and exit. If not, it will display a message like Passphrase not in dictionary.
To use a brute force attack, type aircrack-ng -a 2 -b [BSSID] -e [ESSID] -w - [filename].cap, where [BSSID] is the BSSID of the network, [ESSID] is the ESSID of the network, and [filename] is the name of the file where you saved the captured packets. Aircrack-ng will ask you to enter the minimum and maximum length of the password, and the character set to use. For example, if you want to try passwords between 8 and 12 characters long, using only lowercase letters and numbers, you can enter 8 12 a1. Aircrack-ng will then start trying all possible combinations until it finds a match or exhausts all possibilities. If Aircrack-ng finds a match, it will display the password and exit. If not, it will display a message like Exhausted password space.
Congratulations! You have just learned how to crack WIFI on MAC OSX with Aircrack-ng. However, Aircrack-ng is not the only tool that you can use for WIFI cracking on MAC OSX. There is another tool that is simpler and faster to use: WiFiCrack.
How to Crack WIFI on MAC OSX with WiFiCrack
WiFiCrack is a GUI-based tool that can crack WIFI networks using various methods, such as dictionary, brute force, WPS, WEP, WPA, and WPA2. WiFiCrack can be installed on MAC OSX using MacPorts, another package manager for MAC OSX. To install WiFiCrack on MAC OSX, follow these steps:
Open Terminal and type sudo port install wificrack. Press Enter and enter your password when prompted. Wait for the installation to complete.
Type wificrack to launch the tool.
You will see a window with four tabs: Scan, Capture, Crack, and Settings. Click on the Scan tab to see the list of available WIFI networks and their information.
Choose a network that you want to crack and click on the Capture button. This will start capturing packets from the target network and save them in a file with .cap extension.
To crack the password, you need to obtain a handshake between the router and a client. You can either wait for a client to connect or disconnect from the network, or force a client to reconnect by performing a deauth attack (see below).
To check if you have captured a handshake, click on the Crack tab and select the capture file from the list. If you see a message like [00:00:00] WPA handshake: [BSSID], then you have successfully captured a handshake.
To crack the password, you need to use a wordlist or a brute force attack. A wordlist is a file that contains a list of possible passwords. A brute force attack is a method that tries all possible combinations of characters until it finds the correct one. Both methods can take a long time depending on the length and complexity of the password.
To use a wordlist attack, click on the Wordlist button and select a wordlist file from your computer. WiFiCrack will try each password in the wordlist until it finds a match or reaches the end of the file. If WiFiCrack finds a match, it will display the password and exit. If not, it will display a message like No passphrase found.
To use a brute force attack, click on the Brute Force button and enter the minimum and maximum length of the password, and the character set to use. For example, if you want to try passwords between 8 and 12 characters long, using only lowercase letters and numbers, you can enter 8 12 abcdefghijklmnopqrstuvwxyz0123456789. WiFiCrack will then start trying all possible combinations until it finds a match or exhausts all possibilities. If WiFiCrack finds a match, it will display the password and exit. If not, it will display a message like No passphrase found.
Congratulations! You have just learned how to crack WIFI on MAC OSX with WiFiCrack. However, both Aircrack-ng and WiFiCrack may take a long time to crack WIFI passwords if they are strong or complex. Is there any way to speed up your cracking process? Yes, there is: using a deauth attack.
How to Speed Up WIFI Cracking on MAC OSX with Deauth Attack
A deauth attack is a type of denial-of-service attack that forces a client to disconnect from a wireless network by sending fake deauthentication packets. This can be useful for WIFI cracking, as it can trigger a handshake between the router and the client, which can then be captured and cracked. A deauth attack can be performed on MAC OSX using Aireplay-ng, a tool that is part of the Aircrack-ng suite. To perform a deauth attack on MAC OSX, follow these steps:
Open Terminal and type sudo airmon-ng start [interface], where [interface] is the name of your wireless interface. This will put your wireless interface in monitor mode, which allows you to capture WIFI packets.
Type sudo airodump-ng [interface], where [interface] is the name of your wireless interface. This will start scanning for nearby WIFI networks and display their information, such as BSSID, ESSID, channel, encryption, and signal strength.
Choose a network that you want to crack and note down its BSSID and channel. Make sure that the network has WPA or WPA2 encryption and has some clients connected to it.
Type sudo aireplay-ng -0 10 -a [BSSID] -c [client] [interface], where [BSSID] is the BSSID of the network, [client] is the MAC address of a client connected to the network, and [interface] is the name of your wireless interface. This will send 10 deauthentication packets to the client, forcing it to reconnect to the network.
While performing the deauth attack, you can capture the handshake using Airodump-ng or WiFiCrack as explained above. Once you have captured the handshake, you can stop the deauth attack by pressing Ctrl+C.
Note that some routers or clients may have countermeasures against deauth attacks, such as ignoring or blocking them. In that case, you may need to try another target or another method. Also, be aware that performing a deauth attack may affect other users on the network or cause unwanted attention. Therefore, use this method with caution and only for educational purposes.
Conclusion
In this article, we have shown you how to crack WIFI on MAC OSX using two different tools: Aircrack-ng and WiFiCrack. We have also explained the basics of WIFI security and encryption, and how to speed up your cracking process with a deauth attack. By following these steps, you should be able to crack WIFI on MAC OSX easily and fast.
However, before you start cracking WIFI networks, you should be aware of some tips and warnings:
Cracking WIFI networks without permission is illegal and unethical in most countries. You may face legal consequences or ethical dilemmas if you do so. Therefore, only crack WIFI networks that you own or have permission to access.
Cracking WIFI networks may expose you to malware, phishing, or other cyberattacks. You may also compromise your own security or privacy if you connect to untrusted or unknown networks. Therefore, only crack WIFI networks that you trust or know.
Cracking WIFI networks may take a long time or fail depending on the strength and complexity of the password. You may also encounter technical difficulties or errors during the process. Therefore, only crack WIFI networks that you have patience and skill for.
We hope that this article has been helpful and informative for you. If you have any feedback or questions, please feel free to share them in the comments section below. Thank you for reading!
FAQs
Q: Is WIFI cracking illegal or unethical?
A: WIFI cracking is illegal and unethical in most countries if you do it without permission from the owner of the network. You may face legal consequences or ethical dilemmas if you do so. Therefore, only crack WIFI networks that you own or have permission to access.
Q: How long does it take to crack a WIFI password on MAC OSX?
A: The time it takes to crack a WIFI password on MAC OSX depends on several factors, such as the type of encryption, the length and complexity of the password, the speed of your computer, the quality of your wordlist or brute force attack, and the availability of a handshake. It may take anywhere from a few minutes to several hours or days.
Q: How can I improve my chances of cracking a WIFI password on MAC OSX?
A: You can improve your chances of cracking a WIFI password on MAC OSX by doing the following things:
Choose a network that has WPA or WPA2 encryption, as they are more vulnerable than WPA3.
Choose a network that has a weak or common password, such as the default password, a name, a date, or a word.
Choose a network that has some clients connected to it, as they can provide a handshake for cracking.
Use a wordlist that is relevant to the network or the owner, such as their name, location, hobbies, or interests.
Use a brute force attack that matches the length and character set of the password, such as 8-12 characters with lowercase letters and numbers.
Use a deauth attack to force a handshake between the router and a client, which can speed up the cracking process.
Q: What are some alternative tools or methods for WIFI cracking on MAC OSX?
A: Some alternative tools or methods for WIFI cracking on MAC OSX are:
KisMAC2: A GUI-based tool that can crack WIFI networks using various methods, such as dictionary, brute force, WPS, WEP, WPA, and WPA2. It can be downloaded from https://github.com/IGRSoft/KisMac2.
Reaver: A command-line tool that can crack WIFI networks using the WPS (Wi-Fi Protected Setup) vulnerability. It can be installed on MAC OSX using Homebrew. To install Reaver on MAC OSX, type brew install reaver in Terminal.
Cowpatty: A command-line tool that can crack WIFI networks using pre-computed hash tables. It can be installed on MAC OSX using Homebrew. To install Cowpatty on MAC OSX, type brew install cowpatty in Terminal.
Q: How can I protect my own WIFI network from being cracked?
A: You can protect your own WIFI network from being cracked by doing the following things:
Enable WPA3 encryption on your wireless router if possible, as it is the most secure protocol available.
Use a strong and unique password for your WIFI network, and change it regularly. Avoid using default passwords, names, dates, words, or common phrases.
Disable WPS (Wi-Fi Protected Setup) on your wireless router if possible, as it is vulnerable to attacks.
Limit the number of devices and users that can connect to your WIFI network, and use MAC address filtering to allow only trusted devices.
Hide your WIFI network name (ESSID) from being broadcasted, and use a random or obscure name.
Monitor your WIFI network activity and usage, and look for any suspicious or unauthorized connections.
dcd2dc6462
