Considering that there are lots and lots of WiFi hacking applications available on the Internet, but most of these applications have a security problem and viruses, while some other apps are just fake applications.
In this article, i am here to present some of the ideal applications for your smartphone Android and iOS for Wi-Fi hacking and access to the passwords of these networks.
#1 Aircrack-ng
Aircrack is now one of the best Wi-Fi hacking tools on the computer, and it is also available for iPhone users. This application allows the user to break down Wi-Fi passwords network that are available nearby.
#2 Speedtouch
Another popular application in Wi-Fi network hacking field on iOS devices, is known as 'Speedtouch' which is developed by both developers and hackers.
After installing Speedtouch app, you need to download 'rainbow' file on your iOS device, through which any Wi-Fi connection can be easily hacked into your device. The rainbow file contains all default passwords that can be easily hacked by this application.
#3 iWep Pro
IWep Pro is a very easy to use and very popular application It is one of the best applications available for hacking wifi passwords for iPhone users.
The user interface in this application is very simple and can be understood very easily. There is no need to know any programming skills to break the WiFi passwords using this application.
#4 WPA tester
There are many Wi-Fi virtual passwords available for Routeurs in this application, which makes it very easy to detect Wi-Fi passwords from neighboring networks. To hack Wi-Fi passwords using this app, you must first select the type of router you want to hack and then press 'Test' button.
#5 WLANaudit
This app is similar to previous applications used for hacking WiFi passwords. by using this application, you can easily break into WPA and WPA2 password, but to use this app you need an iOS device. After installing this app, you can scan for networks that can be hacked, and then click on the network to be hacked to see that network password.
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1. Click on "Start" in the bottom left hand corner of screen 2. Click on "Run" 3. Type in "command" and hit ok
You should now be at an MSDOS prompt screen.
4. Type "ipconfig /release" just like that, and hit "enter" 5. Type "exit" and leave the prompt 6. Right-click on "Network Places" or "My Network Places" on your desktop. 7. Click on "properties"
You should now be on a screen with something titled "Local Area Connection", or something close to that, and, if you have a network hooked up, all of your other networks.
8. Right click on "Local Area Connection" and click "properties" 9. Double-click on the "Internet Protocol (TCP/IP)" from the list under the "General" tab 10. Click on "Use the following IP address" under the "General" tab 11. Create an IP address (It doesn't matter what it is. I just type 1 and 2 until i fill the area up). 12. Press "Tab" and it should automatically fill in the "Subnet Mask" section with default numbers. 13. Hit the "Ok" button here 14. Hit the "Ok" button again
You should now be back to the "Local Area Connection" screen.
15. Right-click back on "Local Area Connection" and go to properties again. 16. Go back to the "TCP/IP" settings 17. This time, select "Obtain an IP address automatically" tongue.gif 18. Hit "Ok" 19. Hit "Ok" again 20. You now have a new IP address
This only changes your dynamic IP address, not your ISP/IP address. If you plan on hacking a website with this trick be extremely careful, because if they try a little, they can trace it back.
This is the 2nd lesson of this course. You are about to learn about Application layer. So, what is application layer and how does it work? The application layer is a layer in the Open Systems Interconnection (OSI) seven-layer model and in the TCP/IP protocol suite. It consists of protocols that focus on process-to-process communication across an IP network and provides a firm communication interface and end-user services.
Introduction
Internet is the largest network in the world and it's popularity is primarily based on services and applications that it offers. People search the Internet because of the services like web pages, email, e-commerce, data transfer, P2P and many more. Complete idea of the OSI model lies in the fact that the layers define functions. At the very top of the OSI model is an application layer, whose task is packing data in the message, define the appearance of the message and forwarding message to the lower, the transport layer.
Client/Server & P2P
Client-server architecture (client/server) is a network architecture in which each computer or process on the network is either a client or a server. Servers are powerful computers or processes dedicated to managing disk drives (file servers), printers (print servers), or network traffic (network servers ). Let's take for example a website containing text, images and animations. On the one hand the user on his computer where the web browser sets the request to display the page. This request is forwarded through the network to the server's memory where the site is stored. Server then sends the reply to the user and the web page loads. The principle on which this example works is called Request/Replay.
Peer-to-peer (P2P) is a decentralized communications model in which each party has the same capabilities and either party can initiate a communication session. Unlike the client/server model, in which the client makes a service request and the server fulfills the request, the P2P network model allows each node to function as both a client and server. An example of P2P networks are Workgroups in the Microsoft Windows environment and various P2P programs that allow a file distribution on the internet.
Protocols
The programs are the foundation of the user application layer and protocols are the network foundation. Protocols define the rules for communication between two application processes on remote PCs. Protocols define next rules: 1.)Establish consistent rules for data exchange, 2.)Specify how data is structured within the message and define the types of messages that are sent to the network, 3.)Define protocol dialogue, ensuring that sent messages get the correct answers.
Review basic application layer protocols: Hyper Text Transfer Protocol (HTTP), File Transfer Protocol (FTP), Simple Mail Transfer Protocol (SMTP), Post Office Protocol (POP), Internet Message Access Protocol (IMAP), Domain Name System Protocol (DNS), Dynamic Host Configuration Protocol (DHCP), Server Message Block (SMB), Telnet Protocol.
HTTP is the most popular protocol today and one of the main reasons for the rapid increase in popularity of the Internet and computer networks in general. It is a protocol designed to transfer the contents of web pages. The basis of the contents of web pages is HTML. HTTP can transfer other content too and that is what it mainly does today. HTTP belongs to a client/server solution that defines the message format that is transmitted during their communication.
Generally speaking, the message header defines the type of message that is being sent, or define whether it is a request, response or something else. Also describes the content of the message and may specify additional features messages. The body of the message contains the data. Data can be the content of the website or some part of it (pictures, video, sound).
Methods are actions that have been implemented over the objects. The methods that are supported by HTTP are: OPTIONS, GET, HEAD, POST, PUT, DELETE, TRACE, and CONNECT.
FTP is used to transfer files between computers on a network. You can use FTP to exchange files between computer accounts, transfer files between an account and a desktop computer, or access online software archives. Keep in mind, however, that many FTP sites are heavily used and require several attempts before connecting.
FTP sessions work in passive or active modes. In active mode, after a client initiates a session via a command channel request, the server initiates a data connection back to the client and begins transferring data. In passive mode, the server instead uses the command channel to send the client the information it needs to open a data channel.
SMTP, POP & IMAP are the electronic mail protocols. In 1971, the former network ARPANet sent the first e-mail and launched something that will later change human communication. The content of the first message was "QWERTYUIOP". E-mail is a client/server solution, based application protocols. The client uses email program to connect to the server and receive or send mail.
DNS is like a phone book for the Internet. If you know a person’s name but don’t know their telephone number, you can simply look it up in a phone book. DNS provides this same service to the Internet.
When you visit http://site.com in a browser, your computer uses DNS to retrieve the website’s IP address of x.x.x.x . Without DNS, you would only be able to visit a website by visiting its IP address directly, such as http://x.x.x.x.
DHCP is a client/server protocol that automatically provides an Internet Protocol (IP) host with its IP address and other related configuration information such as the subnet mask and default gateway.
Benefits of DHCP: Reliable IP address configuration. Reduced network administration.
If you want to be a good penetration tester, ethical hacker or even black hat hacker you need to know what is Network and how does it work. I decided to start, let's call it "free networking course" consisting of several lessons. So, let's start with first lesson: Basics of networking and terminology.
Network
A computer network or data network is a telecommunications network which allows computers to exchange data. In computer networks, networked computing devices exchange data with each other using a data link. The connections between nodes are established using either cable media or wireless media.
Short for Internet Protocol address, an IP or IP address is a number (example shown right) used to indicate the location of a computer or other device on a network using TCP/IP. These addresses are similar to those of your house; they allow data to reach the appropriate destination on a network and the Internet. There are two types of addresses used today, IPv4 and IPv6. Although you may only deal with an IPv4 address in your local home, school, or small office you should also be aware of IPv6 addresses for when you encounter them.
There are two types of Internet Protocol (IP) traffic. They are TCP or Transmission Control Protocol and UDP or User Datagram Protocol. TCP is connection oriented – once a connection is established, data can be sent bidirectional. TCP is suited for applications that require high reliability, and transmission time is relatively less critical. It is used by HTTP, HTTPS, FTP... We will learn about those in next lesson.
UDP
UDP is a simpler, connectionless Internet protocol. Multiple messages are sent as packets in chunks using UDP. UDP is suitable for applications that need fast, efficient transmission, such as games. UDP's stateless nature is also useful for servers that answer small queries from huge numbers of clients. UDP is used by DNS, DHCP, TFTP...
Switch
Switches are used to connect multiple devices on the same network within a building or campus. For example, a switch can connect your computers, printers and servers, creating a network of shared resources. The switch, one aspect of your networking basics, would serve as a controller, allowing the various devices to share information and talk to each other. Through information sharing and resource allocation, switches save you money and increase productivity. There are two types of switched, managed and unmanaged. Unmanaged works from box, and does not allow you to make changes while managed is more flexible.
Router
Routers, the second valuable component of your networking basics, are used to tie multiple networks together. For example, you would use a router to connect your networked computers to the Internet and thereby share an Internet connection among many users. The router will act as a dispatcher, choosing the best route for your information to travel so that you receive it quickly. Routers analyze the data being sent over a network, change how it is packaged, and send it to another network, or over a different type of network. They connect your business to the outside world, protect your information from security threats, and can even decide which computers get priority over others.
Port
A port number is a way to identify a specific process to which an Internet or other network message is to be forwarded when it arrives at a server. For the Transmission Control Protocol and the User Datagram Protocol, a port number is a 16-bit integer that is put in the header appended to a message unit. This port number is passed logically between client and server transport layers and physically between the transport layer and the Internet Protocol layer and forwarded on.
MAC address
The MAC (Media Access Control) address is your computer's unique hardware number. When you're connected to the Internet from your computer (or host as the Internet protocol thinks of it), a correspondence table relates your IP address to your computer's physical (MAC) address on the LAN.
Subnet mask
A Subnet mask is a 32-bit number that masks an IP address, and divides the IP address into network address and host address. Subnet Mask is made by setting network bits to all "1"s and setting host bits to all "0"s.
A proxy server is a computer server, which has the function to relay requests between a client and a server. Proxy servers are used in particular to perform the following functions :
● Cache memory ● Query logging ● LAN security ● Filtering and anonymity
Generic Proxy Server used to relay only some queries on a given port, such as HTTP or FTP requests.
The SOCKS (l'abréviation du terme anglophone « sockets » et « Secured Over Credential-based Kerberos ».) Proxy Server is used to relay any kind of information, whether Web-related data, e-mail or even instant messaging. This proxy server, more interesting in terms of available information, is much less widespread.
Among all the proxy servers, some are called "anonymous" or proxy anonymizers. That is, the servers contacted cannot easily know the IP address of the client machine, They only "see" the address of the anonymizer server, On the other hand, the latter knows and can register it - thus making the notion of anonymity quite relative. Online anonymizers can also be used to bypass proxy filters.
Examples of proxy anonymizer
The search engine Scroogle (2003-2012, no longer available) used a proxy to search google anonymously.
Some Popular Proxy
*JanusVM: Server allowing anonymous and secure browsing on the Web.
*JAP: Program popular and open source to connect to channels of proxies anonymizers.
Sharing and broadcast videos website Dailymotion has been hacked, allowing a hacker to get their hands on more than 87 million email addresses and usernames. The company advises all its users to change their password.
Alert at Dailymotion. The online video distribution and sharing website acknowledged Tuesday an external security issue and warned that "the passwords of a number of accounts could have been compromised."
At least, the data accounts for more than 87.6 million users were hacked, according to the Leakedsource.com website. This would mainly concern e-mail addresses and usernames. For nearly 18.3 million accounts, passwords would be associated. But these would benefit from a hashing bcrypt function making them difficult to break.
Anyway, Dailymotion opts for caution and advises its users to proceed now to change their passwords.
Phishing is the method of stealing login info(usernames and passwords) by directing the victim to a clone(fake) login page, that logs the login info without the knowledge of the victim. Such clone website is known as a phisher.
Use your login info in the correct places only. Don't ever put your login info anywhere else than the page you registered to, unless it's a trusted service you know(such as youtube or blogger asking for your google account's info). Make sure the website you're logging in isn't fake.
Whenever you login to a website, if you didn't type the URL(address) of the website yourself, i.e. if you clicked a link that led you to the login page(from message, website, search engine results), always check the url(address) to see if you're in the right place. For instance, if you're logging in your facebook account, make sure the url appears as http://www.facebook.com/... Where a phisher page would look like http://www.facebook.freewebs.com/... or http://www.facebook.justfree.com/... or any url whose part before the .com isn't exactly the same as the page you want to login to.
Make sure the links you're clicking aren't fake. Whenever you're clicking a link, check where the link goes before clicking it. Links can be masked to appear as something else than the page they're leading to. For example, www.google.com leads to yahoo instead of google. Fortunately, in most browsers, whenever you point your mouse cursor over the link, the true location of the link is displayed on the bottom left part of the screen. Try it with the above link.
This is particularly important because it can protect you from another, rarer but more dangerous method called cookie stealing, which is basically automatically stealing your account if you're previously logged in the website.
Know that links to phishing pages are usually spread via email, and often represent impersonating trusted services and persons, such as making the email appear as it's sent from the website you've registered to, or a friend of yours whose account has been compromised.
