Events are stored in three log files: Application, Security, and System. These logs can be reviewed and archived. For our purposes we want the System log. Click on "System" in the left-hand column for a list of events. Look for a date and time when you weren't home and your computer should have been off. double click on the eg: info n it will show u the detail. You can also use this log to see how long someone was on the computer. Just look at the time the computer was turned on and off for that day. Hope u all will like it.
Well this is an interesting article. It is a sub-section of a Hacking Technique known as “GoogleHacking”. All what we are looking at are unsecured cams from around the world that are interfaced with the internet. So how do you find such cameras. Just search these following strings in Google and select any result. Whoa, you can see a live cam on your PC screen!! The strings are given below:
I see no reason for there to be any delay when I click on the Start Menu. Effects are pretty, but I wouldn’t click on it if I didn’t have business inside, so lets get it open and get moving. The default speed can be adjusted with a quick registry entry.
The default value is 400. Set it to 0 and the delay is gone, but it will be nearly impossible to move the mouse fast enough not to activate [All Programs] if you mouse over it in route to your final selection. It's easy to train yourself to move the pointer to the right after clicking Start to avoid activating All Programs. Pick a number that suits your style and make the change, then test it until you find a good compromise between speed and usability.
[Start] [Run] [Regedit] Registry Key: HKEY_CURRENT_USER\Control Panel\Desktop Modify/Create the Value Data Type(s) and Value Name(s) as detailed below. Data Type: String Value // Value Name: MenuShowDelay Setting for Value Data: [Default = 400 / Adjust to Preference] Exit Registry and Reboot
Caution: Before you attempt these tweaks, please make sure that you have a backup of your registry, just incase something goes wrong in the middle. Locking Folders: Consider you want to lock a folder named XXXX in your E:\, whose path is E:\XXXX. Now open the Notepad and type the following
Save the text file as key.bat in the same drive. Steps to lock the folder: To lock the xxxx folder, simply click the loc.bat and it will transform into control panel icon which is inaccessible. To unlock the folder click the key.bat file. Thus the folder will be unlocked and the contents are accessible. Locking Drives: We don’t usually prefer to lock our drives, but sometimes it becomes nesscary. Say for instance you might have stored your office documents in D:\ and you don’t want your kids to access it, in such case this technique can be useful for you. Please don’t try this tweak with your root drive (usually C:\ is the root drive) since root drives are not intended to be locked because they are mandatory for the system and application programs. Start & Run and type Regedit to open Registry editor Browse HKEY_CURRENT_USER\Software\Microsoft\Windows\Curre ntVersion\Policies\Explorer Create a new DWORD value NoViewOnDrive and set its value as 2^ (Alpha Number of Drive Letter-1) where Alpha number are simple counting of alphabets from A to Z as 1 - 26 For example: to lock C:\, Alpha number of C is 3 so 2^ (3-1) = 4 (decimal value) To lock more drives, calculate the value of each drive and then set sum of those numbers as value To unlock your drive just delete the key from the registry
In this tutorial we will use brutus but you can use any brute forcer
So download brutus from below link
http://www.hoobie.net/brutus/brutus-download.html
step 1- when we try to access our router it will ask for id and password ,we can use some of the default id password like admin:admin,admin:12345 etc etc …………..
step 2 – now open brutus
step 3 -Configure Brutus.Put the target as the router’s IP address.Put in the userlist and the passlist.After everything is OK,press on START.
As we can see from the picture above,Brutus is cracking the router.
step 4 -Wait for Brutus to finish cracking the router.You will get this result.
we can see that i have get my username and password for the router.
step 5 - Go to the page and type in the username and password.
step 6 – Press OK and we will be the in router.
this is the password list which will make your success rate higher
This article is for educational purpose only if someone misuse the information then author or site admin is not responsible for it Introduction A computer connected to an IP/Ethernet LAN has two addresses. One is the address of the network card, called the MAC address. The MAC, in theory, is a globally unique and unchangeable address which is stored on the network card itself. MAC addresses are necessary so that the Ethernet protocol can send data back and forth, Independent of whatever application protocols are used on top of it. Ethernet builds “frames” of data, consisting Of 1500 byte blocks. Each frame has an Ethernet header, containing the MAC address of the source and the Destination computer. The second address is the IP address. IP is a protocol used by applications, independent of whatever Network technology operates underneath it. Each computer on a network must have a unique IP address to Communicate. IP and Ethernet must work together. I P communicates by constructing “packets” which are similar to frames, but have a different structure. These packets cannot be delivered without the network layer. In our case they are delivered by Ethernet, which splits the packets into frames, adds an Ethernet header for delivery, and sends them down the cable to the switch. The switch then decides which port to send the frame to, by comparing the destination address of the frame to an internal table which maps port numbers to MAC addresses. When an Ethernet frame is constructed, it must be built from an IP packet. However, at the time of construction, Ethernet has no idea what the MAC address of the destination machine is which it needs to create an Ethernet header. The only information it has available is the destination IP from the packet’s header. There must be a way for the Ethernet protocol to find the MAC address of the destination machine, given a destination IP. This is where ARP, the Address Resolution Protocol, comes in, to resolve IP addresses into hardware, or MAC (Medium Access Controllers), addresses. All the hosts in the LAN keep a cache of resolved addresses. ARP resolution is invoked when a new IP address has to be resolved or an entry in the cache expires. The ARP poisoning attack consists of maliciously modifying the association between an IP address and its corresponding MAC address. Although this is the most popular version, ARP poisoning is not connected to Ethernet networks. Layer 2 switched LANs, 802.11b networks, and cryptographically protected connections are also vulnerable. ARP Spoofing For my example we will connect 3 systems to the network switch. The system “THL” is the default gateway. The IP of the default gateway is 10.0.2.121. The System “HL” is the Originating host, the IP of “HL” is 10.0.2.211. “ARBU” is the attack host, The IP of “ARBU” is 10.0.2.233, “ARBU” will act as our “Man in the Middle”. To launch our Attack we will need to run ARP Redirect, Part of the dsniff package available from Dug Song (http://www.XYZ.org/~ABC/dsniff), on ARBU. The package will let us intercept the packets from a target host on the network intended for another host, Typically the default gateway. Remember we are connected to a switch; We should only be able to see network broadcast traffic. Using ARP Redirect however will allow us how to view all the traffic between HL and THL. On “ARBU” execute the following Commands: [root@ARBU @ ~] ping THL PING 10.0.2.121 from 10.0.2.233 : 56(84) bytes of data. 64 bytes from 10.0.2.121L icmp_seq=0 ttl=128 time=1.3 ms [root@ARBU @ ~] ping HL PING 10.0.2.211 from 10.0.2.233 : 56(84) bytes of data 64 bytes from 10.0.2.211: icmp_seq=0 ttl=255 time=5.2 ms This will allow ARBU to cache the target hardware address, this will be required when executing our redirect : [root@ARBU @ ~] arpredirect -t 10.0.2.211 10.0.2.121 intercepting traffic from 10.0.2.211 to 10.0.2.121 (^c to exit)… This will run our ARP Redirect and will redirect all traffic for the gateway (THL) to the attacker (ARBU). This is done by arp redirect by replacing the default gateway of HL to ARBU, thus telling the target to send all of the traffic to ARBU first, in turn ARBU will send the traffic (Once sniffed through) to the intended target. In effect ARBU is turned into a router and will redirect the traffic from HL to THL so we must make it act like a router and enable IP forwarding on ARBU so it can redirect the traffic to THL once it has been captured by ARBU. Instead of using Kernel-level IP forwarding we use fragrouter as kernel-level may send out ICMP redirects and can disrupt the process. fragrouter will allow us to easily enable simple IP forwarding from command line using the -B1 Switch as shown. [root@ARBU ~] fragrouter -B1 10.0.2.211.2079 > 192.168.20.20.21: S 592459704:592459704(0) 10.0.2.211.2079 > 192.168.20.20.21 : P 592459705:592459717(12) 10.0.2.211.2079 > 192.168.20.20.21 : . ack 235437339 10.0.2.211.2079 > 192.168.20.20.21 : P 592459717:592459730(13) (output trimmed) Finally we need to enable a packet analyzer on ARBU to capture any traffic worth sniffing out. [root@ARBU ~] linsniff Linux Sniffer Beta v.99 Log opened. ———[SYN] (slot 1) 10.0.2.121 => 192.168.20.20 [21] USER UltimA PASS lol.you.got.owned PORT 10,1,1,18,8,35 NLST QUIT ———[SYN] (slot 1) 10.0.2.121 => 192.168.20.20 [110] USER UltimA@HL.com PASS ARBU.pwned. Me [FIN] (1) Lets examine what happened. Once ARPRedirect was enabled, ARBU began to send spoofed ARP replied to HL claiming to be THL. HL(Being Retarded) happily updated the ARP Table to reflect THL’s new Hardware address. Then a HL user stared an FTP Connection and a POP session to 192.168.20.20 and the USER and PASS was logged by the sniffer. In the last example we were only redirecting traffic from HL to THL; However if we miss the -t switch in the arpredirect command we can redrect ALL traffic on the network ARP poisoning attacks S N I F F I N G Switches determine which frames go to which ports by comparing the destination MAC on a frame against a table. This table contains a list of ports and the attached MAC address. The table is built when the switch is powered on, by examining the source MAC from the first frame transmitted on each port. Network cards can enter a state called “promiscuous mode” where they are allowed to examine frames that are destined for MAC addresses other than their own. On switched networks this is not a concern, because the switch routes frames based on the table described above. This prevents sniffing of other people’s frames. However, using ARP spoofing, there are several ways that sniffing can be performed on a switched network. A “man-in-the-middle” attack is one of these. When a MiM is performed, a malicious user inserts his computer between the communications path of two target computers. Sniffing can then be performed. The malicious computer will forward frames between the two target computers so communications are not interrupted. The attack is performed as follows (where ARBU is the attacking computer, and RAHUL and DEV are targets): -ARBU poisons the ARP cache of DEV and RAHUL. -DEV associates RAHUL’s IP with ARBU’s MAC. -RAHUL associates DEV’s IP with ARBU’s MAC. -All of DEV and RAHUL’s IP traffic will then go to ARBU first, instead of directly to each other. This is extremely potent when we consider that not only can computers be poisoned, but Routers/gateways as well. All Internet traffic for a host could be intercepted with this method by performing a MiM(man in the middle ) on a target computer and the LAN’s router. Another method of sniffing on a switched network is MAC flooding. By sending spoofed ARP replies to a switch at an extremely rapid rate, the switch’s port/MAC table will overflow. Results vary by brand, but some switches will revert to broadcast mode at this point. Sniffing can then be performed. D O S Updating ARP caches with non-existent MAC addresses will cause frames to be dropped. These could be sent out in a sweeping fashion to all clients on the network in order to cause a Denial of Service attack. This is also a side effect of post-MiM attacks, since targeted computers will continue to send frames to the attacker’s MAC address even after they remove themselves from the communication path. To perform a clean MiM attack, the target computers would have to have the original ARP entries restored by the attacking computer. H I J A C K I N G Connection hijacking allows an attacker to take control of a connection between two computers, using methods similar to the MiM attack. This transfer of control can result in any type of session being transferred.
For example, an attacker could take control of a telnet session after a target computer has logged in to a remote computer as administrator. C L O N I N G MAC addresses were intended to be globally-unique identifiers for each network interface produced. They were to be burned into the ROM of each interface, and not be changed. Today, however, MAC addresses are easily changed. Linux users can even change their MAC without spoofing software, using a single parameter to “ifconfig”, the interface configuration program for the OS. An attacker could DoS a target computer, then assign themselves the IP and MAC of the target computer, receiving all frames intended for the target. Tools Used ARPOISON ETTERCAP PARASITE Cain and Able (how to with CnA see my other tuts over it ) Defense A possible defense against ARP poisoning is using static entries in the ARP cache. Static entries cannot be updated by ARP replies and can be changed only manually by the system administrator. Such an approach however is not viable for networks with hundreds of hosts because those entries must be inserted manually on each host. Automating such a solution via a network script is not recommendable Since it relies on higher levels of the ISO/OSI stack. Relying on higher levels when the data link layer has not been secured yet may be dangerous because the protocol used to exchange the list can be hijacked using ARP poisoning before the list is distributed. Even worse, some operating system (such as Windows) may accept dynamic updates even if an entry is set as static, thus making static Ethernet routing useless. Port security, Is another mechanism for tackling the problem. It is a feature present in many modern switches that allows the switch to recognize only one MAC address on a physical port. This is often suggested as an effective protection against ARP poisoning, but it is not. If the attacker does not spoof its own MAC address, it can poison the two victims’ cache without letting the switch interfere with the poisoning process. Besides static cache entries and port security, the only other defense that will not modify ARP behavior is detection. IDS and personal firewalls usually notice the ARP switch and warn the user that the entry in the cache is changed. As it often happens in the computer security domain, the decision is left to the user and his/her awareness. Given the particularly sophisticated level of operation in this case, we doubt the average user will take the proper actions. Some kernel patches exist that try to defend against ARP poisoning. .Anticap. Does not update the ARP cache when an ARP reply carries a different MAC address for a given IP from then one already in cache and will issue a kernel alert that someone is trying to poison the ARP cache. Such a solution is against ARP definition itself, since it drops legal gratuitous ARP. When a new ARP replies announcing a change in a (IP, MAC) pair is received, it tries to discover if the previous MAC address is still alive. If the previous MAC address replies to the request, the update is rejected and the new MAC address is added to a list of banned Addresses. In a solution that implements two distinct queues, for requested addresses and received replies, is roposed. The system discards a reply if the corresponding request was never sent, i.e., is not in the queue, and in the received queue an IP address associated with a different Ethernet address is already present. All these solutions have the same problem. If the malicious ARP reply is sent before the real one is put in the cache, for a real request, the victim caches the wrong reply and discards the real one. A race condition exists between the attacker and the victim. When the first ARP request is broadcast, both the victim and the attacker receive the message. The first one who replies will take over the other forever. Furthermore, the attacker could also spoof an ICMP echo request message and immediately send after it a false ARP reply. When the victim receives the ICMP echo request, it performs an ARP request, but the false reply is already in its queue of received packet, so it accepts it a valid one. If Antidote is installed, a host can spoof the sender MAC address and force a host to ban another host. Solutions such as a centralized ARP cache or a DHCP server broadcasting ARP information, as they are deployed in IP over ATM networks [8], have not been considered as the attacker could spoof the source of the broadcast and poison the whole LAN. A digitally signed or MAC-ed broadcast packet would not be vulnerable to spoofing, yet broadcasting ARP tables could generate large traffic on the LAN. Since an entry for each host needs to be broadcast, on large networks this will generate considerable traffic and every host would have to store the entire ARP table even if it might not be needed at the moment. The main problem with centralized ARP cache is that if a host goes down, the central server will not notice the event. Thus, when a host that wishes to communicate with the one currently down asks for ARP information to the central server, it will receive the information even if the host is down. At this point an attacker could impersonate the offline host using its MAC address and receive all the packets sent to it. Reference intro to arp poisoning by Sean Whalen S-ARP: a Secure Address Resolution Protocol by D. Bruschi, A. Ornaghi, E. Rosti
UltraVPN is a client/server SSL VPN solution based on OpenVPN. It encrypts and anonymizes your network connection.
UltraVPN is a simple user interface to connect or disconnect to our VPN servers.
To use UltraVPN, you need to right click on a traybar icon (on the bottom right of your screen) that looks like a computer with a red screen. After right clicking on it, choose "connect".
Who's using UltraVPN?
It's used in environments where, for some reason, access to the internet is restricted.
It can be used by any individual who simply wants to protect his privacy, either on a LAN or a public hotspot.
Hotspot Shield is a freeware which ensures anonymous and censor-free internet usage. With Hotspot Shield you can even access blocked websites. For example: Skype is blocked in certain parts of the world. With Hotspot Shield, anyone can access Skype (and any other site they choose). The free software ensures censor-free internet usage by encrypting all communications to and from your computer to protect you from online spying. While advertising supported, HotSpot Shield is is not an invasive adware or pervasive spyware application.
Hotspot Shield protects your entire web surfing session; securing your connection at both your home Internet network & Public Internet networks (both wired and wireless). Hotspot Shield protects your identity by ensuring that all web transactions (shopping, filling out forms, downloads) are secured through HTTPS. Hotspot Shield also makes you private online making your identity invisible to third party websites and ISP’s. Unless you choose to sign into a certain site, you will be anonymous for your entire web session with Hotspot Shield. We love the web because of the freedom that it creates to explore, organize, and communicate. Hotspot Shield enables access to all information online, providing freedom to access all web content freely and securely. Secure your entire web session and ensure your privacy online; your passwords, credit card numbers, and all of your data is secured with Hotspot Shield. Standard antivirus software protects your computer, but not your web activities.
Secure your web session, data, online shopping, and personal information online with HTTPS encryption.
Protect yourself from identity theft online.
Hide your IP address for your privacy online.
Access all content privately without censorship; bypass firewalls.
Protect yourself from snoopers at Wi-Fi hotspots, hotels, airports, corporate offices.
Cain & Abel is a password recovery tool for Microsoft operating systems.
It allows easy recovery of various kind of passwords by sniffing the network, cracking encrypted passwords using Dictionary & Brute-Force attacks, decoding scrambled passwords, revealing password boxes, uncovering cached passwords and analyzing routing protocols...
Hydra was a software project developed by a German organization called "The Hacker's Choice" (THC) that uses a dictionary attack to test for weak or simple passwords on one or many remote hosts running a variety of different services. It was designed as a proof-of-concept utility to demonstrate the ease of cracking poorly chosen passwords...
aircrack suite of tools speed up generation of data packets that are useful for finding the WEP key, using a technique called "arp replay". Without it, cracking is still possible, but will often take several days to gather the needed data...
Lophtcrack is used by NT for authenticating users locally and over the network (MS service packs are now out that allow a different method in both cases). L0phtcrack can brute-force these hashes (taken from network logs or progams like pwdump) and recover the plaintext password...
AirSnort is a wireless LAN (WLAN) tool which recovers encryption keys. AirSnort operates by passively monitoring transmissions, computing the encryption key when enough packets have been gathered.
AirSnort requires approximately 5-10 million encrypted packets to be gathered. Once enough packets have been gathered, AirSnort can guess the encryption password in under a second...
If your system has failed to the point where you cannot access the Windows GUI either through booting normally or through safe mode, you may still have the chance to use the System Restore feature if you have it enabled, by running it form the command prompt. To do this:
Restart your computer and press F8 after the POST screen to bring up the Windows XP boot menu. Choose 'boot in safe mode with command prompt.'
If your system gets to the command prompt successfully, type '%systemroot%\system32\restore\rstrui.exe' and then press enter. Follow the onscreen instructions to restore your computer to a previous saved point.
To rename the start button, you will need a hex editor. My preference is UltraEdit
Copy the \windows\explore.exe file to a new name (e.g. explorer_1.exe) With the hex editor, open that file and go to offset 412b6 You will see the word start with blanks between each letter Edit it be any 5 characters or less Save the file Boot to DOS Copy the existing c:\windows\explorer.exe to explorer.org Copy explorer_1.exe to explorer.exe You will also need to replace the explorer.exe in the c:\windows\system32\dllcache file as well with the new one. Note: If the partition is NTFS and you can't access the files from DOS:
Start Regedit Go to HKEY_LOCAL_MACHINE \ SOFTWARE \ Microsoft \ Windows NT \ CurrentVersion \ Winlogon. Change the value of Shell from Explorer.exe to explorer_1.exe
1. Open registry editor by going to Start -> Run, and execute regedit.
2. Navigate to the following registry branch: HKEY_CLASSES_ROOT\CLSID\{645FF040-5081-101B-9F08-00AA002F954E}\
3. On the right pane, locate the registry key of LocalizedString.
4. Double click on LocalizedString or right click on LocalizedString and select Modify to modify the registry value.
5. You should see the default value of “@%SystemRoot%\system32\SHELL32.dll,-8964″. Delete or remove the default value and key in your desired new recycle bin’s name in text, e.g. “Garbage Bin” (without quote).
6. Refresh your desktop or Windows Explorer by pressing F5. You will see the new ‘recycle bin’ name.
7. Optionally, you can also modify the text of InfoTip, commonly known as tooltip what display certain help tip, guide or description about Recycle Bin when the mouse is hovering on Recycle Bin icon on desktop. The default text is “Contains files and folders that you have deleted.” Simply double click on InfoTip, or right click on InfoTip and select Modify to change the text of the info tip.
8. The default value is “@%SystemRoot%\system32\SHELL32.dll,-22915″, simply change it to another description that you want the tooltip to be.
Have you ever accidently deleted important files from your hard disk permanently ?Most people think that the file is gone and it cannot be recovered.But that is not true.You need not worry.
Recover My Files 3.98 is a file recovery software that can:
Recover deleted files even if emptied from the Recycle Bin.
Recover formatted hard drives, even if you have reinstalled Windows!!!
Recover your files after a hard disk crash.
Get back files after a partitioning error.
Recover deleted documents, photos, videos, music and emails.
Recover from hard drive, camera card, USB, Zip, floppy disk or other media.
This software is really worth giving a try.It can also recover files that are deleted due to virus,spyware or trojan infection.Data from formatted drives can also be effectively recovered.
Recover My Files is fast and easy. No technical or data recovery software skill is required.All data recovery is done at the action of a mouse click.It has a very simple and user friendly interface.
Open registry by going to Start then Run. Entering regedit, navigate to [HKEY_USERS\.DEFAULT\Software\Microsoft\Windows\CurrentVersion\ThemeManager] and locate the key "ColorName". Right Click on it and select modify its value from "NormalColor" to "Metallic" Click Ok, and exit regedit and restart your computer.............
Microsoft reserves 20% of your available bandwidth for their own purposes like Windows Updates and interrogating your PC etc
To get it back:
Click Start then Run and type "gpedit.msc" without quotes.This opens the group policy editor. Then go to: Local Computer Policy then Computer Configuration then Administrative Templates then Network then QOS Packet Scheduler and then to Limit Reservable Bandwidth. Double click on Limit Reservable bandwidth. It will say it is not configured, but the truth is under the 'Explain' tab i.e."By default, the Packet Scheduler limits the system to 20 percent of the bandwidth of a connection, but you can use this setting to override the default." So the trick is to ENABLE reservable bandwidth, then set it to ZERO. This will allow the system to reserve nothing, rather than the default 20%.It works on Win 2000 as well.
Open Registry by going to Start then Run and Enter regedit. Navigate to HKEY_CURRENT_USER\Software\Microsoft\Internet. Explorer\Main. In right hand panel look for string "Window Title" and change its value to whatever custom text you want to see.
With a small registry tweak, Windows XP can be set to automatically close any program that 'stops responding' (crashes), eliminating the need for you to use the task manager to close down the offending software manually.
To do this:
Open REGEDIT and navigate to HKEY_CURRENT_USER\Control Panel\ Desktop
Modify the REG_SZ entry AutoEndTasks with a value of 1
Many official users are worried for unauthorized access through USB storage devices like pen drive (USB HDD and others) .Sometimes in the offices, your office members implement viruses and access your secured data through USB storage device. Generally this unpleasant incident is detrimental for the Software programmers and designers.
To solve this issue implement these steps:
1. Click Start → Run and type regedit.
2. Scroll Down to following registry keys-
[HKEY_LOCAL_MACHINE \SYSTEM\CurrentControlSet \Services\UsbStor] 3.Double click →start 4. Set value data: 4 as mentioned above, to activate service of USB DISABLING mode and then restart your computer or logoff and then logon on your system.
5. For deactivation Set value data : 3 then restart your computer or logoff and then logon on your system.
Here is a good news for you all now I am Going to share the tool free number of the all banks in india from these numbers you can done banking sitting at home in banking you can check your belance, you can check your last transition and much more so note down the following number
ABN AMRO – 1800 11 2224 Canara Bank – 1800 44 6000 Citibank - 1800 44 2265 Corporation Bank - 1800 443 555 Development Credit Bank – 1800 22 5769 HDFC Bank – 1800 227 227 ICICI Bank - 1800 333 499 ICICI Bank NRI – 1800 22 4848 IDBI Bank – 1800 11 6999 Indian Bank – 1800 425 1400 ING Vysya – 1800 44 9900 Kotak Mahindra Bank - 1800 22 6022 Lord Krishna Bank – 1800 11 2300 Punjab National Bank – 1800 122 222 State Bank of India – 1800 44 1955 Syndicate Bank – 1800 44 6655
If you have any problem submit it via a comment we will give the perfect solution
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