Re: WPA WEP WPA2 CRACKING DICTIONARY WORDLIST
Chrystal Dueno
WPA WEP WPA2 cracking dictionary wordlist
Wireless WiFi networks are everywhere, but they are not always secure. Hackers can use various tools and techniques to break into WiFi networks and access the data or devices connected to them. One of the most common methods of WiFi hacking is dictionary attack, which involves trying a large number of possible passwords until finding the right one. To perform a dictionary attack, hackers need a wordlist, which is a file that contains a collection of words or phrases that are likely to be used as passwords.
In this article, we will explore some of the best sources of wordlists for WiFi hacking, and how to use them effectively. We will also discuss some of the limitations and challenges of dictionary attacks, and how to overcome them.
What are WPA, WEP and WPA2?
Before we dive into wordlists, let's first understand what are the different types of WiFi security protocols that we can encounter. WiFi security protocols are standards that define how data is encrypted and authenticated between a WiFi router and a device. The most common WiFi security protocols are:
- Wired Equivalent Privacy (WEP): This is the oldest and weakest WiFi security protocol, which was introduced in 1999. It uses a 64-bit or 128-bit key to encrypt data, but it has many flaws and vulnerabilities that make it easy to crack. It is not recommended to use WEP for any WiFi network.
- WiFi Protected Access (WPA): This is an improved version of WEP, which was introduced in 2003. It uses a 256-bit key to encrypt data, and also implements a feature called Temporal Key Integrity Protocol (TKIP), which changes the encryption key for each packet. However, WPA still has some weaknesses and can be cracked with advanced tools.
- WiFi Protected Access 2 (WPA2): This is the most secure and widely used WiFi security protocol, which was introduced in 2004. It uses a 256-bit key to encrypt data, and also implements a feature called Advanced Encryption Standard (AES), which is a stronger encryption algorithm than TKIP. WPA2 also supports two modes: Personal and Enterprise. Personal mode uses a pre-shared key (PSK) that is entered by the user, while Enterprise mode uses a server-based authentication system that requires a username and password.
The type of WiFi security protocol determines the difficulty and feasibility of cracking it. Generally speaking, WEP is the easiest to crack, followed by WPA, and then WPA2. However, cracking any WiFi security protocol requires time, patience, and resources.
What are wordlists and how to use them?
A wordlist is a file that contains a list of words or phrases that are used as input for a dictionary attack. A dictionary attack is a brute-force method of trying every possible combination of words or phrases until finding the correct one. A wordlist can be either generic or specific. A generic wordlist contains common words or phrases that are used as passwords by many people, such as "password", "123456", "qwerty", etc. A specific wordlist contains words or phrases that are related to a particular target, such as their name, date of birth, hobbies, favorite movies, etc.
To use a wordlist for WiFi hacking, we need two things: a tool and a target. A tool is a software program that can perform dictionary attacks on WiFi networks, such as [aircrack-ng], [hydra], or [hashcat]. A target is a WiFi network that we want to hack into, such as our neighbor's WiFi or a public hotspot. To hack into a target WiFi network, we need to follow these steps:
- Scan: We need to scan the nearby WiFi networks and identify their security protocol, signal strength, channel number, MAC address, and SSID (network name).
- Capture: We need to capture the data packets that are exchanged between the target WiFi router and the devices connected to it. This can be done by putting our wireless adapter into monitor mode and using tools such as [airodump-ng] or [wireshark]. The captured data packets are stored in a file, usually with a .cap or .pcap extension.
- Crack: We need to use our wordlist and our tool to try to crack the password of the target WiFi network. This can be done by using tools such as [aircrack-ng] or [hashcat], and specifying the path of the wordlist and the captured data file. The tool will then try every word or phrase in the wordlist and compare it with the encrypted password in the captured data file. If a match is found, the tool will display the password and stop the attack.
The success of a dictionary attack depends on several factors, such as the size and quality of the wordlist, the speed and power of the tool, the security protocol of the target WiFi network, and the complexity and length of the password. A larger and more specific wordlist increases the chances of finding the password, but also takes more time and resources to process. A faster and more powerful tool can try more words or phrases per second, but also consumes more CPU and memory. A weaker security protocol such as WEP or WPA can be cracked more easily than a stronger one such as WPA2. A simple and short password such as "abc123" can be cracked more quickly than a complex and long one such as "XyZ@!#789".
What are some of the best sources of wordlists?
There are many sources of wordlists on the internet, but not all of them are reliable or useful. Some wordlists may contain duplicates, errors, or irrelevant words that reduce their effectiveness. Some wordlists may be too large or too small to be practical. Some wordlists may be outdated or incomplete to cover all possible passwords. Therefore, we need to be careful and selective when choosing a wordlist for WiFi hacking.
Here are some of the best sources of wordlists that we recommend:
- [Probable-Wordlists]: This is a GitHub repository that contains a collection of wordlists that are specifically geared towards wireless WiFi networks. The author has taken dictionaries from other GitHub projects and has filtered out all passwords that would not be valid for wireless WiFi networks, such as those that are too long or too short, or those that contain special characters. The result is a set of wordlists that are optimized for WiFi hacking, with different sizes and categories.
- [WPA-PSK WORDLIST 3 Final (13 GB).rar]: This is a torrent file that contains a huge wordlist of 982,963,904 words, which is compressed to 4.4 GB. The wordlist is compiled from various sources, such as openwall, coasts password collections, Xploitz Master Password Collection, ftp sites, websites, usernames, etc. The wordlist is formatted to WPA rules of 8-63 characters, and has no duplicates or errors.
- [Openwall Wordlists Collection]: This is a website that offers a comprehensive collection of wordlists for various purposes, such as password cracking, spell checking, crossword solving, etc. The website provides different formats and languages of wordlists, as well as tools and scripts for generating and manipulating wordlists. The website also sells a CD-ROM that contains over 1.5 GB of wordlists for $27.95.
What are some of the limitations and challenges of dictionary attacks?
Dictionary attacks are powerful and popular methods of WiFi hacking, but they are not perfect or foolproof. They have some limitations and challenges that we need to be aware of and overcome. Some of these are:
- No guarantee: Dictionary attacks do not guarantee that we will find the password of the target WiFi network. If the password is not in our wordlist, we will never find it. Therefore, we need to use multiple wordlists with different sizes and categories, and combine them with other methods such as brute-force attacks or rainbow tables.
- Time-consuming: Dictionary attacks can take a long time to complete, depending on the size and quality of our wordlist, the speed and power of our tool, and the complexity and length of the password. It can take hours, days, or even weeks to try every word or phrase in our wordlist. Therefore, we need to be patient and persistent, and use tools that can resume or pause the attack.
- Resource-intensive: Dictionary attacks can consume a lot of CPU and memory resources of our system, which can affect the performance and stability of other applications or processes. Therefore, we need to monitor and manage the resource usage of our tool, and adjust the settings or parameters accordingly.
- Legal and ethical issues: Dictionary attacks can be illegal and unethical, depending on the target WiFi network and the purpose of the attack. If we hack into a WiFi network without the owner's permission or knowledge, we may violate their privacy and security, and face legal consequences. Therefore, we need to be responsible and respectful, and only use dictionary attacks for educational or testing purposes.
Conclusion
Dictionary attacks are one of the most common and effective methods of WiFi hacking, but they also have some limitations and challenges that we need to overcome. To perform a dictionary attack, we need a wordlist, a tool, and a target. A wordlist is a file that contains a list of words or phrases that are used as input for the dictionary attack. A tool is a software program that can perform dictionary attacks on WiFi networks. A target is a WiFi network that we want to hack into.
We can find various sources of wordlists on the internet, but we need to be careful and selective when choosing them. We also need to use multiple wordlists with different sizes and categories, and combine them with other methods such as brute-force attacks or rainbow tables. We also need to be patient and persistent, and use tools that can resume or pause the attack. We also need to monitor and manage the resource usage of our tool, and adjust the settings or parameters accordingly. We also need to be responsible and respectful, and only use dictionary attacks for educational or testing purposes.
By following these tips and guidelines, we can improve our chances of cracking WiFi passwords with dictionary attacks, and learn more about WiFi security and hacking.
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