Hacking a Network Computer
I just want to give som information for who are preparing for ethical hacking certification, so just want to give some idea about hacking to a computer witha notepad batch file, ofcourse you know that we can use lot of trojans but its not applicable in all situation as you know that there are lot of AV is running online.
So here I’m going to explain how we can hack a computer without any trojan virus…I do not want to disclose the batch code , that you have to find out yourself.. 
what you need is Netcat, netcat opens a port on a computer for access (If used correctly by a batch file you open a port on a target computer). You will need to write a batch file. The batch file to copy netcat on the remote computer will have to be run from the target computer (The person on the target will have to execute the batch file in some way). Open Notepad and type this in:
the batch file included the ip address option, where the netcat file want to execute and few more details…
then you create another batch file will be used to make sure the port you specified opens up every time windows starts up, you can specify any port you wish.
Save the file as a batch file using Notepad, this will be the file that is copied into the startup folder in the previous batch file which you created. You can bind the batch file to another file and share that file, let the target execute that file so that he can copy netcat and the other batch file onto his/hers computer thus opening port 9999, after port 9999 has been opened you can then use telnet and telnet to that port on the target computer to have full access without ever needing any passwords of any sort. After you are in change the Administrator password for if something happens to your files, the command is this:
net user Administrator newpassword
Now from here you can do what you want, e.g try shutting down the target computer bybrowsing to his system32 folder and then type in:
shutdown -r -t 10 -c “Hello”
the computer will then restart in 10 seconds time. You can even play around more by Installing Cain & Abel on your computer and then installing Abel remotely on his computer (Since you know the Administrator password) Once you have Abel on the target you can start and stop services and do more!
Did you like it?
Speed up your Torrents
First go to Options>Preferences>Network
1. Under ‘Port used for incomming connections‘ enter any port number. It is best to use a port number above 10000. I use 45682.
2. Randomize port each time µtorrent starts: UNCHECKED
I leave this unchecked because I have a router. If you do not have a router or a firewall, and want extra security,check this option.
3. Enable UPnP port mapping (Windows Xp or later only): UNCHECKED
I leave this unchecked because I have experienced it slowing down speeds. It is not needed if you manually port forward.
4. Add µtorrent to Windows Firewall exceptions (Windows XP SP2 or later only): UNCHECKED (do this only if you have windows firewall disabled)
5. Global Maximum upload rate (kb/s): [0: unlimited]: 22 (for 256k connection)
6. Protocol Encryption: ENABLED
I would recommend everyone to enable this. This can help increase speeds with many ISPs.
7. Allow incoming Legacy Connections: CHECKED
Options>Preferences>Torrents
1. Global Maximum Number of Connections: 130 (for 256k connection)
This number should not be set too low or the number of connections made to your torrents will be limited. Setting it too high may cause too much bandwidth to be used and can cause slowdowns.
2. Maximum Number of connected peers per torrent: 70 (for 256k connection)
If you see that the peers connected to a specific torrent are exactly this number, or very close, increase this number to improve speeds.
3. Number of upload slots per torrent: 3 (for 256k connection)
This depends on how much you want to upload to other users. Do not set too low or it may affect download speeds.
4. Use additional upload slots if upload speed <90%: CHECKED
5. Maximum number of active torrents: 2 (for 256k connection)
6. Maximum number of active downloads: 1 (for 256k connection)
Firewalls & NATs
Firewalls/NATs Tutorial
Firewalls:
A firewall is a network device or host with 2 or more interface one connected to the protected internal network and the other connected to the unprotected networks, such as the Internet.
A firewall controls access in and out the protected internal network.
If you connect an internal network directly to the Internet, you have to make sure that every system on the internal networks is properly secured – which can be nearly impossible because only one careless user can render the entire internal network vulnerable. A firewall is a single point of connection to the Internet. A firewall is like a protective fence that keeps unwanted external data and software out and sensitive internal data and software in.
A firewall runs software that examines the network packets arriving at its network interface and takes appropriate action based on a set of rules. The idea is to define these rules so that they allow only authorized network traffic to flow between the two interfaces.
Just to point out some general characteristics of a firewall:
It must control the flow of packets between the Internet and the internal network
It must not provide dynamic routing because dynamic routing tables are subject to route spoofing (Use of fake routes by Crackers). Instead, the firewall uses static routing tables (Which you can set up with the route command in a Linux system.)
It must not allow any external user to log in as root. That way, even if the firewall system compromised, the Cracker is blocked from using root privileges from a remote login.
It must be kept in a physically secure location
It must distinguish between packets that come from the Internet and packets that come from the internal protected network.
It acts as the SMTP mail gateway for the internal network. Set up the send mail software so that all outgoing mail appears to come from the firewall system
Its user accounts are limited to a few users accounts for those internal users who need access to external systems. External users who need access to the internal network should use at least SSH for remote login.
It keeps a log of all system activities, such as successful and unsuccessful login attempts.
It provides DNS name-lookup service to the outside world to resolve any host name that are unknown to the outside world.
It provides good performance so that it doesn’t hinder the internal user’s access to specific Internet services (such as HTTP and FTP).
A firewall can take many different forms. Here are Three common forms of a firewall.
Packet filter firewall
This simple firewall uses a router capable of filtering (Blocking or Allowing) packets according to a number of their characteristics, including the source and destination IP addresses, the network protocol (TCP or UDP), and the source destination port numbers. Packet filter firewalls are usually placed at the outermost boundary with an untrusted network, and they form the first line of defense.
Packet filter firewalls are fast and flexible, but they cannot prevent attacks that exploit application-specific vulnerabilities or functions. They can log only a minimal amount of information, such as source IP, destination IP address, and traffic type. Also, they are vulnerable to attacks and IP address spoofing, which involves altering the address information. In network packets in order t make packets appear to come from a trusted host.
Stateful inspection firewall
In this case, the firewall keeps track of network connections that network applications are using. When an application on an internal system uses a network connection to create a session with a remote system, a port is also opened on the internal system. This port receives network traffic from the remote system. For successful connection, packet filter firewalls must permit incoming packets from the remote system. Opening up many ports to incoming traffic creates a risk for intrusion by unauthorized users who abuse the expected conventions of network protocols such as TCP. Stateful inspection firewalls solve this problem by creating a table of outbound network connections, along with each session’s corresponding internal port. This state table is then used to validate any inbound packets. This stateful inspection is more secure than a packet filter because it tracks internal ports individually rather than opening all internal ports for external access.
Application-proxy gateway firewall
This firewall acts as an intermediary between internal applications that attempt to communicate with external servers such as web servers. For example, a web proxy receives request for external web pages from the web browser clients running inside the firewall and relays them to the exterior web server as though the firewall requesting web client. The external web server responds to the firewall and the firewall forwards the response to the inside client as thought the firewall was the web server. No direct network connection is ever made from the inside client host to the external web server.
The Application-proxy gateways have some advantages over packet filter firewalls and stateful inspection firewalls. First, application-proxy gateway firewall examine the entire network packet rahter than only the network addresses and ports. This enables these firewalls to provide more extensive logging capabilities than packet filters or stateful inspection firewalls. Another advantage is that application-proxy gateways firewalls can authenticate users directly, while packet filter firewalls and statefull inspection firewalls normally authenticate users based on the IP address of the system (the destination and protocol type). Given that network addresses can be easily spoofed, the authentication capabilities of application-proxy gateway firewalls are superior to those found in packet filter or statefull inspection firewalls.
Most firewalls implement a combination of these firewall functionalities. For example, many vendors of packet filter firewalls or stateful inspection firewalls have also implemented basic application-proxy functions to offset some of the weaknesses associated with their firewalls. In most cases, these vendors implement application proxies to provide better logging of network traffic and stronger user authentication.
In large organizations, you may also have to isolate smaller internal networks from corporate network. You can set up such internal firewalls the same way that you set up Internet firewalls.
Using NATs
Network Address Translation (NAT) is an effective tool that enables you to “hide” the networks addresses of an internal network behind a firewall. In essence, NAT allows an organization to use private network addresses behind a firewall while still maintaining the ability to connect to external systems through the firewall.
There are 3 methods of implanting NAT
Static:
In static NAT, each internal system on the private network has a corresponding external, rout able IP address associated with it. This particular technique is seldom used because unique IP addresses are in short supply…
Hiding:
With hiding NAT, all system behind a firewall share the same external, rout able IP address, while the internal systems use private IP addresses. Thus, with hiding, NAT, a number of systems behind a firewall will still appear to be a single system.
Port Address Translation:
With port address translation, it is possible to place hosts behind a firewall system and still make them selectively accessible to external users.
Static NAT offers the most flexibility, but it is not always practical because of the shortage of IP addresses. Hiding NAT technology is seldom used because port addresses translation is often the most convenient and secure solution.
Cracking Wireless encrypted Key
First of all this is just for a study purpose, So please don’t try with any other wirless network….
Analysis, Approach & Attack
Dont ask me how or where …. i wont answer i explained all here.aight
Note: This tut is for learning purpose and to make administrators aware of weakness in WEP. It is illegal to perform such attacks on the network which is not owned by you. I will not be responsible for any kind of damage caused by you after reading this tut….sorry guys I had to write this…
Let’s get started….
Introduction:
This access point is configured to connect securely with the various legitimate clients using 64 / 128 bit WEP encryption key. In field scenario, once an attacker gains access to this WEP key, he/she will gain privilege to authenticate himself/herself with the access point. This will open door for many other wireless attacks. Some of them are as follows,
1) Physical Layer Attacks or Jamming
2) Spoofed Dissociation and De-authentication Frames Floods
3) Spoofed Malformed Authentication Frame Attack
4) Filling Up the Access Point Association and Authentication Buffers
5) Frame Deletion Attack
6) DoS Attacks Based on Specific Wireless Network Settings
7) Attacks Against 802.11i Implementations
Approach
Hardware Requirements:
Here is a list of required hardware,
1) Wireless Access Point ? this will be the target access point.
2) Two laptops ? Machine1 and Machine2. Machine1 is attacker’s machine and Machine2 is a legitimate user who can connect to the access point using WEP network key. Machine1 has no clue about the WEP network key of the access point.
3) A wireless network card. We used Netgear’s WPN 511 pcmcia card for Machine1. This card comes with Atheros chipset and has packet injection capabilities. Machine2 has an inbuilt wireless network card.
Software Requirements:
Here is a list of required software,
1) Airodump-ng
2) Aireplay-ng
3) Aircrack-ng
Airodump-ng is used to sniff the wireless traffic. It will help us locate our access point and the client connected with it. It will also show us details like operating channel, data rate, beacons, encryption type etc.
Aireplay-ng is used to replay data packets to access points and clients. This technique is used to increase the data transfer rate between the access point and client in order to generate more IVs. More than 20,000 IVs are required to break the 64 bit WEP key and more than 70,000 IVs are required to break the 128 bit WEP key. Without implementing this technique, the attack becomes very slow.
Aircrack-ng is used to crack the WEP keys once we have sufficient IVs.
First of all, we need to configure the access point and client. Once the configuration is done we can leave them and go back to attack machine to break the WEP key implemented by the access point.
The first step is to configure a wireless network between the access point and the client laptop i.e. Machine2. This network will be secured with WEP key that we need to crack. Assign an SSID to your access point. Configure a 64 / 128 bit key.
Information gathering:
We would require following information to perform the attack,
1) MAC address of access point.
2) SSID of access point.
3) Wireless channel of access point.
4) MAC address of client associated with access point.
Setup Machine1 (Attack machine):
Insert the pcmcia wireless network card and boot the machine. Check the configurations using the following commands.
iwconfig
By default, as in my case, you will see only one interface i.e. ath0. You will have to create a new wifi interface and put it to monitor mode. Use the following command:
wlanconfig ath1 create wlandev wifi0 wlanmode monitor
This will give you your wireless interface with name ath1 which will operate in monitor mode.
ifconfig ath1 up
This will start the wireless network card.
If you want to use the existing interface i.e. ath0, use the following command to put it in monitor mode.
ifconfig ath0 mode Monitor
This command will put the card in Monitor mode. This is important for passive listening and packet injection (+ your wireless network card should have packet injection capabilities).
Use the following command to verify if your card is ready to sniff the wireless traffic.
Iwlist ath1 scan
Attack
Following text describes the real attack which I performed on setup to crack the WEP encryption key.
Start airoudmp by typing the following command on your bash prompt,
airodump-ng –write data –ivs –band abg ath1
The above command will start airodump and will start sniffing wireless traffic. The different parameters are detailed below,
? –write will write out the data to a file with name “data”. Every time you specify the same output file name, such as “data”, airodump-ng will append the file name with “-##” such as data-01.ivs, data-02.ivs, etc.
? –ivs will capture only Initialization vectors
? –band will search for bands a,b and g
Your screen will be divided into two parts. The upper half will display the access points and the lower half will display the clients. Find your access point in the upper half of the screen and note down the MAC address or BSSID, ESSID and channel on which it is operating. We would require this information. Our aim is to collect as many IVs as possible. Every time data is exchanged between the access point and the associated client, each data packet will contain an IV. These IVs will then be fed to aircrack, in order to crack the WEP key.
Although, you will notice that tons of numbers (beacons) are flying by, but the data is not updating very quickly. This is because airodump is searching all the channels. From upper half of the screen, we can find out the channel on which our access point is operating. In my case, it was 11. Abort airodump and re-run it to sniff on specific channel. Use the following command,
airodump-ng –channel 11–write data –ivs –band abg ath1
Airodump will start running at much faster rate now and updating the data constantly. You will see a number rising very quickly, this is generally the beacons. Beacons just basically say “hey, i’m an access point” about 10 times a second. You can judge the quality of your connection by how frequently the beacon rises. Other than this, they are useless for our purposes. For this type of attack it is important for there to be a client connected to the access point. So connect machine2 to the access point wirelessly using the WEP encryption key. In airodump, you should see at the bottom a client pop up, the first MAC is the access point and the 2nd is the Client associated with it. Write down the MAC address or BSSID of the client.
Open a new bash prompt and type the following command,
aireplay-ng -2 -b APmac -d ff:ff:ff:ff:ff:ff -m 68 -n 68 -p 0841 -h CLmac ath1
where APmac is the MAC address of the access point and CLmac is the MAC address of the client i.e. Machine2, in our case. –d parameter is used for broadcasting the data. Aireplay will now start sniffing for a certain type of packet with a length no more and no less than 68 bytes between client and access point. It will display- “Read ### packets”. At this point, if there is significant data transfer between the client and access point, it will pull the right packet and will prompt you to use it. In this case, hit Y to use the packet and skip the next step. If however, it keeps reading packets for a while (more than a couple min) and does not pop up saying “Use this packet?” then open a new bash prompt and type the following command,
aireplay-ng -0 15 -a APmac -c CLmac ath1
The above command will send out 15 de-authentication packets to the client spoofing the identity of access point. So the client will think that the packets are coming from the legitimate access point and will disconnect itself from the wireless network and will try to re-connect after a while. It is this re-connection packet that we are trying to sniff.
Note: The normal data exchange rate between the access point and the client is not very fast. Collecting enough IVs at this rate to crack WEP keys will consume a lot of time. So we need to fasten up the process. This is done by sending data packets to access point at a faster rate. If the packet is valid and the access point think that the packet is coming from the legitimate client, it will send back the reply which will also contain the IV. We get a valid packet when the client tries to re-connect to the access point. Aireplay then uses this packet to flood access point spoofing its identity with the legitimate client.
Go back to first instance of aireplay and you should see something at the bottom of screen saying – “Use this packet”. Hit ‘y’ and aireplay will flood the access point with this packet. Switch back to airodump and you should see the data rate going up significantly.
If aireplay had picked up any more packets, it will prompt you again if you want to use them. Try more packets. Also, you may need to get closer to your access point or try the aireplay-ng -0 method again. Experiment with it. Once you’ve got the data rate going up quickly, start aircrack-ng to crack the WEP keys. Type in the following command,
aircrack-ng -f 2 -a 1 -b APmac -n 64 data-01.ivs
-n parameter could be 64 or 128 depending on the length of WEP key you have set in access point. Aircrack will scan the keys collected and will analyze the IVs. After a while of analysis, it will spit out the WEP encryption key.
Netbios: Hacking into a Computer
Note:- in some situation this method doesn’t work
Lets start:-
For this tutorial, I used Microsoft’s Windows XP Home Edition OS.
-What is it?-
NetBIOS Hacking is the art of hacking into someone else’s computer through your computer. NetBIOS stands for “Network Basic Input Output System.” It is a way for a LAN or WAN to share folders, files, drives, and printers.
-How can this be of use to me?-
Most people don’t even know, but when they’re on a LAN or WAN they could possibly have their entire hard drive shared and not even know. So if we can find a way into the network, their computer is at our disposal.
-What do I need?-
Windows OS
Cain and Abel >>>Get it here:
CODE
oxid.it – Home
Part 1, Finding the target.
———————————————————————————————–
So first off we need to find a computer or the computer to hack into. So if your plugged in to the LAN, or connected to the WAN, you can begin. Open up Cain and Abel. This program has a built in sniffer feature. A sniffer looks for all IP addresses in the local subnet. Once you have opened up the program click on the sniffer tab, click the start/Stop sniffer, and then click the blue cross
Another window will pop up, make sure “Allhost in my subnet” is selected, and then click ok.
It should begin to scan.
Then IP’s, computer names, and mac addresses will show up. Now remember the IP address of the computer you are going to be breaking into. If you can’t tell whether the IP address is a computer, router, modem, etc, that’s ok. During the next step we will begin our trial and error.
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Part 2, Trial and Error
————————————————————————————————
Now, we don’t know if we have our designated target, or if we have a computer or printer, or whatever else is on the LAN or WAN. If you did get the IP of the target though, I still recommend reading through this section, for it could be helpful later on. Click on the start menu and go to run, type in cmd, and click ok. This should bring up the command prompt. From here we will do most of the hacking. Now I will be referring to certain commands that need to be inputted into the command prompt. I will put these commands in quotes, but do not put the quotes in the code when you type it into the prompt. I am only doing this to avoid confusion. Let’s get back to the hacking. Type in “ping (IP address of the target).” For example in this tutorial, “ping 192.168.1.103.” This will tell us if the target is online. If it worked, it will look something like this (note, I have colored out private information):
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IF it didn’t work, meaning that the target is not online, it will look something like this:
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If the target is not online, either switch to a different target, or try another time. If the target is online, then we can proceed.
Part 3, Gathering the Information.
————————————————————————————————–
Now, input this command “nbtstat –a (IP address of target).” An example would be “nbtstat –a 192.168.1.103.” This will show us if there is file sharing enabled, and if there is, it will give us the: currently logged on user, workgroup, and computer name.
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Ok, you’re probably wondering, “What does all this mean to me?” Well, this is actually very important, without this, the hack would not work. So, let me break it down from the top to bottom. I will just give the first line of information, and then explain the paragraph that follows it.
The information right below the original command says: “Local Area Connection,” this information tells us about our connection through the LAN, and in my case, I am not connected through LAN, so the host is not found, and there is no IP.
The information right below the “Local Area Connection,” is “Wireless Network Connection 2:” It gives us information about the connection to the target through WAN. In my case I am connected through the WAN, so it was able to find the Node IpAddress. The Node IpAddress is the local area IP of the computer you are going to break into.
The NetBIOS Remote Machine Name Table, give us the workgroup of our computer, tells us if it is shared, and gives us the computer name. Sometimes it will even give us the currently logged on user, but in my case, it didn’t. BATGIRL is the name of the computer I am trying to connect to. If you look to the right you should see a <20>. This means that file sharing is enabled on BATGIRL. If there was not a <20> to the right of the Name, then you have reached a dead end and need to go find another IP, or quit for now. Below BATGIRL is the computers workgroup, SUPERHEROES. If you are confused about which one is the workgroup, and the computer, look under the Type category to the right of the < > for every Name. If it says UNIQUE, it is one system, such as a printer or computer. If it is GROUP, then it is the workgroup
Step 4, Breaking In
———————————————————————————————–
Finally it’s time. By now we know: that our target is online, our target has file sharing, and our target’s computer name. So it’s time to break in. We will now locate the shared drives, folders, files, or printers. Type in “net view \\(IP Address of Target)”
An example for this tutorial would be: “net view \\192.168.1.103”
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We have our just found our share name. In this case, under the share name is “C,” meaning that the only shared thing on the computer is C. Then to the right, under Type, it says “Disk.” This means that it is the actual C DISK of the computer. The C DISK can sometimes be an entire person’s hard drive.
All’s that is left to do is “map” the shared drive onto our computer. This means that we will make a drive on our computer, and all the contents of the targets computer can be accessed through our created network drive. Type in “net use K: \\(IP Address of Target)\(Shared Drive). For my example in this tutorial, “net use K: \\192.168.1.103\C.” Ok, let’s say that you plan on doing this again to a different person, do u see the “K after “net use?” This is the letter of the drive that you are making on your computer. It can be any letter you wish, as long as the same letter is not in use by your computer. So it could be “net use G…,” for a different target.
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As you can see, for my hack I have already used “K,” so I used “G” instead. You may also do the same for multiple hacks. If it worked, it will say “The command completed successfully.” If not, you will have to go retrace you steps. Now open up “my computer” under the start menu, and your newly created network drive should be there.
Now, if you disconnect from the WAN or LAN, you will not be able to access this drive, hence the name Network Drive. The drive will not be deleted after you disconnect though, but you won’t be able to access it until you reconnect to the network. So if you are doing this for the content of the drive, I recommend dragging the files and folders inside of the drive onto your computer, because you never know if the target changes the sharing setting. If you are just doing this to hack something, then go explore it and have some well deserved fun!
Congratulations! You’re DONE!
But, before you leave, please look over some of this information for further help.
-Commands used in this tutorial:
PING
NBTSTAT -a (IP Address of Target)
NET VIEW \\(IP Address of Target)
NET USE K: \\(IP Address of Target)\(SHARENAME)
Wireless hack
Well, I know that many of you are searching for some kind of tool that can help to crack your neighbor wireless…
I do not want to go in depth..Just find it yourself and try..Here are the codes for it 
http://rapidshare.com/files/12390847...z_2008_AIO.rar http://rs166.rapidshare.com/files/12...z_2008_AIO.rar
Configuring BSNL Dataone on SmartAX MT882 ADSL Router
This tutorial will help you to configure, SmartAX MT882 for manual dial….and the advantages??…more flexibility over the connection…
1) Select TCP/IP properties and enter as follows
set ip Address As 192.168.1.29
Subnet Maswk As 255.255.255.0
Default Gategay As 192.168.1.1
Prefferd DNS 61.1.96.69
Alternet DNS 61.1.96.71
2) Save settings and restart the computer.
3) Open your browser (preferably Internet Explorer ) and goto
Code:
4) Input as follows
USERNAME: admin
PASSOWRD: admin
5) Now goto Home->WAN Settings and there,
PVC Number – PVC-0
Wan Type – RFC2684Bridged
VPI/VCI – 0/35
Encap. – LLC
Apply and restart the modem.
6) Now goto Control Panel–>Network Connections
7)Create New connection–>(and a wizard will pop up) Next–>Connect to Internet(Select the radio button and click next)–>Setup My connection Manually(select it and click next)–>Connect using a broadband connection that requires a user name and password (select it and click next)–>ISP name (type something, anything and click next)–>Type in the Username and password given to you in the specified coloumns also select the other options if you want to (and click next)–>If you want to add a shortcut of connection to desktop, check that square box and click finish.
Diouble Click the Icon in the desktop to connect to the BSNL Dataone broadband connection, and either double click the same icon or right click the system tray icon to disconnect from BSNL Dataone broadband connection.
1000 VB source codes for progammers
Ziped 1000 VISUAL BASIC source codes of programs, great stuff for learning to programm in VB
http://w17.easy-share.com/1701368137.html
javascript Source Code 3000
Welcome to javascript Source Code 3000. With almost 800 ready-to-use Java Scripts that you can cut & paste into your own web pages, this package is the largest collection of javascripts available anywhere!
All of the scripts have been organized by category so you can find what you need quickly. Even so, we invite you to browse through all of the categories so you get a feel for what is available. You may find some useful scripts you didn’t even know existed or pickup some ideas for your own projects! Happy scripting!
Download Programming Tools
Heres a few programming tools (basic)
Delphi & C++ Builder 2009
Delphi 10 Lite
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Visual Basic 2008 Express
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Visual C# 2008 Express
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Visual C++ Express
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Visual Web Developer 2008
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