Showing posts with label hacker. Show all posts
Showing posts with label hacker. Show all posts

Sunday, May 30, 2010

(CEH) Certified Ethical Hacker Training Version 6 - 2009 (4 DVDs)

If you want to stop hackers from invading your network, first you've got to invade their minds.
Computers around the world are systematically being victimized by rampant hacking. This hacking is not only widespread, but is being executed so flawlessly that the attackers compromise a system, steal everything of value and completely erase their tracks within 20 minutes.

The goal of the ethical hacker is to help the organization take preemptive measures against malicious attacks by attacking the system himself; all the while staying within legal limits. This philosophy stems from the proven practice of trying to catch a thief, by thinking like a thief. As technology advances and organization depend on technology increasingly, information assets have evolved into critical components of survival.

If hacking involves creativity and thinking 'out-of-the-box', then vulnerability testing and security audits will not ensure the security proofing of an organization. To ensure that organizations have adequately protected their information assets, they must adopt the approach of 'defense in depth'. In other words, they must penetrate their networks and assess the security posture for vulnerabilities and exposure.

The definition of an Ethical Hacker is very similar to a Penetration Tester. The Ethical Hacker is an individual who is usually employed with the organization and who can be trusted to undertake an attempt to penetrate networks and/or computer systems using the same methods as a Hacker. Hacking is a felony in the United States and most other countries. When it is done by request and under a contract between an Ethical Hacker and an organization, it is legal. The most important point is that an Ethical Hacker has authorization to probe the target.

The CEH Program certifies individuals in the specific network security discipline of Ethical Hacking from a vendor-neutral perspective. The Certified Ethical Hacker certification will fortify the application knowledge of security officers, auditors, security professionals, site administrators, and anyone who is concerned about the integrity of the network infrastructure. A Certified Ethical Hacker is a skilled professional who understands and knows how to look for the weaknesses and vulnerabilities in target systems and uses the same knowledge and tools as a malicious hacker.

To achieve the Certified Ethical Hacker Certification, you must pass the CEH exam 312-50

WARNING: Students are warned against attending CEH training at unauthorized training centers. Only those who attend CEH training at EC-Council ATCs are eligible for CEH certification. Also you will be required to show proof of official CEH training attendance when you apply for EC-Council's LPT certification and Master of Security Science (MSS) degree program.
EC-Council has certified IT professionals from the following organizations as CEH:

* Cisco Corporation
* Novell
* Canon
* Hewlett Packard
* US Air Force Reserve
* US Embassy
* Verizon
* Pfizer
* HDFC Bank
* University of Memphis
* Microsoft Corporation
* Worldcom
* Trusecure
* US Department of Defense
* Fedex
* Dunlop
* British Telecom
* Supreme Court of the Philippines
* United Nations
* Ministry of Defense, UK
* Nortel Networks
* MCI
* Check Point Software
* KPMG
* Fleet International
* Cingular Wireless
* Columbia Daily Tribune
* Johnson & Johnson
* Marriott Hotel
* Tucson Electric Power Company
* Singapore Police Force
* PriceWaterhouseCoopers
* SAP
* Coca-Cola Corporation
* Quantum Research
* US Military
* IBM Global Services
* UPS
* American Express
* FBI
* Citibank Corporation
* Boehringer Ingelheim
* Wipro
* New York City Dept of IT & Telecom - DoITT
* United States Marine Corps
* Reserve Bank of India
* US Air Force
* EDS
* Bell Canada
* Sony
* Kodak
* Ontario Provincial Police
* Harris Corporation
* Xerox
* Philips Electronics
* US Army
* Schering
* Accenture
* Bank One
* SAIC
* Fujitsu
* Deutsche Bank
* Symantec
* Sun Microsystems
* Google Corporation
* McAfee
* Dell Corporation
* Verizon
* Motorola
* Singapore Airlines
* Infosys
* TATA Consultancy
* Deloitte
* Oracle

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Thursday, May 27, 2010

Crack WEP, WPA-2 and WPA-PSK Wi-Fi Network key

Step 1: airmon-ng

Please download Backtrack 4 from HERE

airmon-ng stop wlan0
iwconfig (to find all wireless network interfaces and their status)
airmon-ng start wlan0 (to set in monitor mode, you may have to substitute wlan0 for your own interface name)

Note: You can use the su command to switch to a root account.

Step 2: airodump-ng

This step assumes you've already set your wireless network interface in monitor mode. It can be checked by executing the iwconfig command. Next step is finding available wireless networks, and choosing your target:

airodump-ng mon0 - monitors all channels, listing available access points and associated clients within range. It is best to select a target network with strong signal (PWR column), more traffic (Beacons/Data columns) and associated clients (listed below all access points). Once you've selected a target, note its Channel and BSSID (MAC address). Also note any STATION associated with the same BSSID (client MAC addresses).


Step 3: airodump-ng (Capture data)

To capture data into a file, we use the airodump-ng tool again, with some additional switches to target a specific AP and channel. Most importantly, you should restrict monitoring to a single channel to speed up data collection, otherwise the wireless card has to alternate between all channels. Assuming our wireless card is mon0, and we want to capture packets on channel 6 into a text file called data:

airodump-ng -c 6 bssid 00:0F:CC:7D:5A:74 -w data mon0 (-c 6 switch would capture data on channel 6, bssid 00:0F:CC:7D:5A:74 is the MAC address of our target access point, -w data specifies that we want to save captured packets into a file called "data" in the current directory, mon0 is our wireless network adapter)


You typically need between 20,000 and 40,000 data packets to successfully recover a WEP key.

Step 4: aireplay-ng (Increase Traffic)

An active network can usually be penetrated within a few minutes. However, slow networks can take hours, even days to collect enough data for recovering the WEP key.

This optional step allows a compatible network interface to inject/generate packets to increase traffic on the wireless network, therefore greatly reducing the time required for capturing data. The aireplay-ng command should be executed in a separate terminal window, concurrent to airodump-ng. It requires a compatible network card and driver that allows for injection mode.

Assuming your network card is capable of injecting packets, in a separate terminal window try:

aireplay-ng -3 -b 00:0F:CC:7D:5A:74 -h 00:14:A5:2F:A7:DE -x 50 wlan0
-3 --> this specifies the type of attack, in our case ARP-request replay
-b ..... --> MAC address of access point
-h ..... --> MAC address of associated client from airodump
-x 50 --> limit to sending 50 packets per second
wlan0 --> our wireless network interface



Step 5: aircrack-ng (Crack WEP)

WEP cracking is a simple process, only requiring collection of enough data to then extract the key and connect to the network. You can crack the WEP key while capturing data. In fact, aircrack-ng will re-attempt cracking the key after every 5000 packets.

To attempt recovering the WEP key, in a new terminal window, type:

aircrack-ng data*.cap (assuming your capture file is called data...cap, and is located in the same directory)
.

Step 6: aircrack-ng

WPA, unlike WEP rotates the network key on a per-packet basis, rendering the WEP method of penetration useless. Cracking a WPA-PSK/WPA2-PSK key requires a dictionary attack on a handshake between an access point and a client. What this means is, you need to wait until a wireless client associates with the network (or deassociate an already connected client so they automatically reconnect). All that needs to be captured is the initial "four-way-handshake" association between the access point and a client. WPA hashes the network key using the wireless access point's SSID as salt. This prevents the statistical key-grabbing techniques that broke WEP, and makes hash precomputation more dificult because the specific SSID needs to be added as salt for the hash.

With all that said, the weakness of WPA-PSK comes down to the passphrase. A short/weak passphrase makes it vulnerable to dictionary attacks.

To successfully crack a WPA-PSK network, you first need a capture file containing handshake data. This can be obtained using the same technique as with WEP in step 3 above, using airodump-ng.

You may also try to deauthenticate an associated client to speed up this process of capturing a handshake, using:

aireplay-ng --deauth 3 -a MAC_AP -c MAC_Client (where MAC_IP is the MAC address of the access point, and MAC_Client is the MAC address of an associated client).

Once you have captured a four-way handshake, you also need a large/relevant dictinary file with common passphrases. See related links below for some wordlist links.

You can, then execute the following command in a linux terminal window (assuming both the dictionary file and captured data file are in the same directory):

aircrack-ng -w dictionary_file capture_file

Notes:
Cracking WPA-PSK and WPA2-PSK may take much longer, and will only succeed with weak passphrases and good dictionary files.

Alternatively, there are tools like coWPAtty that can use precomputed hash files to speed up dictionary attacks. Those hash files can be very effective, but quite big in size. The Church of WiFi has computed hash tables for the 1000 most common SSIDs against a million common passphrases that are 7Gb and 33Gb in size...

Sunday, May 23, 2010

Protection Against Phishing Attacks: 44 Ways to Protect Yourself

It’s a scam that generates billions of dollars even when only 5 percent of the darts hit the target, it threatens the integrity of online transactions between customers and e-business houses, it’s a constant cat-and-mouse game between the perpetrators and the security guys hot on their heels - phishing, carding, brand spoofing, web spoofing - call it what you will, there’s no escaping the fact that the threat of this swindle is getting more dangerous by the day.
The offenders have at their disposal an arsenal of weaponry - seemingly innocuous links embedded in emails that redirect to fake sites, pop-up windows that encourage you to enter sensitive information, URL masks that conjure up real Web addresses, and keystroke loggers that are lurking around waiting to capture your user ids and passwords even as you type them. You don’t necessarily have to be tech-savvy to protect yourself from phishing attacks, it’s enough if you keep your wits about you, are a little aware that not all sites on the Internet are the genuine article, and follow one or a combination of the following 44 tips.

Simple, but effective…
1. Never trust strangers: The same rules you were taught as a child come into play here; DO NOT open emails that are from people you don’t know. Set your junk and spam mail filter to deliver only content from those in your address book.
2. Sidestep those links: What happens if your spam filter is fooled into delivering junk mail to your inbox, and you happen to open it? Simple – NEVER click on links embedded in your email.
3. Guard your privacy: Your mouse just happened to move over the link and lo and behold, you’re transported to another website where you’re asked to provide sensitive information like user names, account numbers, password and credit card and social security numbers. Just one word for you - DON’T.
4. Fear Not: More often than not, these phony websites come with threats or warnings that your account is in danger of being deactivated if you don’t confirm your user information, or that the IRS is due to pay you a visit if you don’t comply with what’s written on the page. Just IGNORE them.
5. Pick up the phone and call: If you are in doubt that it just may be a legitimate request, and that your bank is actually asking you to reveal sensitive information online, CALL your customer service representative before you do anything foolhardy.
6. Use the keypad, not the mouse: TYPE in URLs instead of clicking on links to online shopping and banking sites that typically ask for credit card and account numbers.
7. Look for the lock: Valid sites that use encryption to securely transfer sensitive information are characterized by a lock on the bottom right of your browser window, NOT your web page. They also have addresses that begin with https:// rather than the usual http://.
8. Spot the difference: Sometimes, just the presence of the lock alone is proof enough that the site is authentic. To verify its genuineness, double-click the lock to display the site’s security certificate, and CHECK if the name on the certificate and the address bar match. If they don’t you’re on a problem site, so get the hell out of there.
9. Second time right: If you’re worried that you’ve reached a phishing site that’s masquerading as your banking page, sometimes the easiest way to check is to enter a WRONG password. The fake site will accept it, and then you’re usually redirected to a page that says they’re having technical difficulties, so could you please check back later? Your original banking site will not allow you entry.
10. Different is the keyword here: Use DIFFERENT passwords for different sites; I know it’s a tough ask these days when most functions of the brain are being passed on to technology, but this is a good way to prevent phishers from getting at all your sensitive transactions, even if they’ve managed to compromise one.
11. Keep your eyes open: A spam email is littered with grammatical errors, is generally not personalized, and usually has either some link or a suspicious attachment. RECOGNIZE and report them as spam.
12. Familiarity breeds contempt: Not sure that you can spot a phisher’s email when you receive one? Well, take a LOOK at these and you’ll know how they’re generally framed. By and by, you’ll learn how to spot the fake ones.
13. Greed doesn’t pay: NEVER be taken in by offers of money for participating in surveys that ask for sensitive information. These are always fraudulent attempts to get hold of your personal details. You may get the $20 that’s promised, but there’s also a high probability that you may find your account cleaned out.
14. No stepping out: Do not leave your computer UNATTENDED when logged into your bank account or when you’ve provided credit card information on a shopping site.
15. Proper exits count: Once you’ve finished your business, LOG OUT properly instead of just closing the browser window, especially if you’re using a public terminal.
16. You can never be too careful: LOG INTO your bank account on a regular basis and keep tabs on your money. You don’t want to wake up one fine day and find that a phisher’s been siphoning off a few hundred dollars every now and then.
17. A little knowledge is not dangerous: Keep yourself up to date with the latest news and INFORMATION on phishing.
18. Hard evidence: Be very careful when disposing of old computers and hard disks. Recycled computers have been found to retain confidential information pertaining to Internet banking. Use software to ERASE and over-write data on your hard disk to ensure that it is not recoverable.

For business as usual…
19. I know him, or do I? Beware of SPEAR PHISHING – when your corporate account is compromised and emails soliciting private information reportedly come from your colleagues or higher-ups, it’s better to call the person concerned and verify the authenticity of the email.
20. Peruse those records: As part of a business organization, there’s much you can do to prevent phishers from compromising your firm’s security. Set up firewalls and get you’re your anti-virus systems in place. MONITOR the logs from your DNS and proxy servers, firewalls and other intrusion detection systems on a regular basis to check if you’ve been infected.
21. Policy is the best policy: Set strict POLICIES for the creation of passwords for your clients, servers and routers, and ensure that your personnel follow them diligently.
22. No intruding: Establish intrusion detection and prevention systems that protect your network content and prevent the sending and receipt of phishing emails. Protect your GATEWAY with anti-phishing and anti-virus tools and firewalls.
23. Watch the company you keep: Maintain a list of approved DEVICES that are allowed to connect to your firm’s network.

Taking technology on your side…
24. It’s a matter of trust: An important question is, can you trust the site’s certificate to be authentic? VeriSign was guilty of issuing security certificates to sites that claimed to be part of Microsoft not so long ago. The latest versions of browsers, IE 7 and Opera 9 will soon be able to provide users with EV SSL (Extended Validation SSL) certificates that assure them of being on a genuine site. The address bar shows green for the good guys and red for the doubtful ones.
25. From phishers with greed: Emails can also be spoofed. The only way you can be sure they are not, is to use clients that support S/MIME digital signatures. First check if the sender’s address is correct, and then look for the digital signature. This is a pretty effective anti-phishing tactic as the signature is generated by the client after the mail has been opened and authenticated, and because it’s based on robust cryptographic techniques.
26. Keep up or else: Make sure your operating system and browsers are UPDATED regularly. Check for the latest patches and apply them immediately.
27. Build that fence: PROTECT your computer with effective anti-virus and anti-spam software, and set up firewalls to keep those sneaky Trojan horses out. They are capable of the worst kind of phishing – installing surreptitious key-logging software on your system that captures all your keystrokes and transports them to the crooks in some unknown location. What’s worse is that the infection spreads from your PC to other systems on your network, till all the computers are compromised.
28. Two are better than one: Use two-factor authentication to log on to sensitive sites. The COMBINATION of a software token like a password and a hardware device like an ATM card make it doubly hard to crack open an account with just one or none of the two verification factors.
29. Step by step: It’s harder for phishers to gain access to your password if you SPLIT the login process into two phases – entering your user ID in the first and other credentials in the second. The process is even more secure when you enter identification details in the second phase only if the input window is personalized in some way, for example, if an image explicitly selected by you is displayed.
30. Not just a token: Consider using an ID Vault USB TOKEN that encrypts all your user ids and passwords and stores them on a flash drive, which can then be used to securely log onto websites. Most tokens come with a list of legitimate sites and also prevent key-logging software from working effectively. The device itself is password-protected, so thieves have an added layer of encryption to tackle.
31. Hashing to confuse: Software plug-ins are joining in the fight against phishing, an example being the PwdHash, or password HASH tool developed by two Stanford professors that scrambles any password you type, and creates a unique sign-on for each site you visit. Even if phishers are given a password, it’s the wrong one.
32. I spy no spies: Another application developed along the lines of PwdHash, and also created by the same two Stanford professors, the SPYBLOCK tool prevents Trojan horse key-logging programs from stealing your passwords.
33. Extending protection: Browser extensions like Antiphish used as a plug-in by Mozilla’s Firefox offer protection against phishing attacks by maintaining LISTS of passwords and other sensitive information, and issuing warnings when users type this information on fishy sites.
34. Framing policies: Banks and online business houses would do well to use the open-source SPF (Sender Policy Framework) standard which prevents email addresses from being spoofed by listing servers that are allowed to send mail.
35. Taking on trust: As an alternative, they could use a TRUST SERVICE like GeoTrust’s True Site that allows customers to verify a website’s authenticity.

Prospective protection against phishing…
36. Sending positive signals: New technologies like the Sender ID Framework (SIDF) are joining in the fight against spoofing websites by verifying the source of each email. In the pipeline from Microsoft and CipherTrust.
37. Not barring trust: TrustBars, which are secure and tamper-proof components of browsers, allow VISUALIZATION of information related to sites. Users are alerted by visible warnings when there is a discrepancy in the visualization on the bar.
38. Slow down those attacks: Another technique, the Delayed Password Disclosure (DPD), protests against pop-up windows that ask for sensitive details (aptly termed doppelganger window attacks) works against phishing attacks when users enter passwords letter by letter, one following the other only after a corresponding image is recognized.
39. Proof positive: Websites that wish to prove they are authentic can use HTML extensions called PROOFLETS to enhance a server’s contents. These are verified by browsers through the use of special web services.

Alternative approaches…
40. Mobility in scams: As consumers are wising up to their scams, phishers are moving on to newer media to launch their scams. Mobile phones, a necessity in today’s world, are the latest targets. Text messages purporting to originate from your bank warn you that unless you confirm your account information, it will be deactivated. IGNORE these messages, they are always spam.
41. Voicing doubts: Another hot sphere of activity, the VoIP technology, is being harnessed as a phishing tool with alarming regularity. The crooks find it COST-EFFECTIVE to make numerous calls and earn a sum well above the incurred expenses. This is doubly dangerous because people, who would look at an email in with suspicion, generally tend to believe phone calls.

Make a difference…
42. Join the fight: If you come across a phishing scam, REPORT it at once to the Anti-Phishing Working Group, the U.S. Federal Trade Commission (FTC) and the FBI through the Internet Fraud Complaint Center, both of whom work to shut down phishing sites and catch those responsible.
43. Say goodbye: If any of your accounts have been compromised, CLOSE them at once.
44. Change is good: If you even suspect that your any one of your passwords has gone to the wrong hands, CHANGE all your passwords and pin numbers on online accounts immediately.

Phishing is one sphere of activity where ignorance is never bliss. As long as there are gullible people around, there will be crooks to take advantage of human vulnerabilities like carelessness, laziness, greed, and ignorance. Aided and abetted by technology, these attacks are increasing by the day. A little alertness will go a long way in fighting these cybercriminals.

source:
http://www.focus.com/fyi/it-security/44-ways-protect-phishing/

Chained Exploits: Advanced Hacking Attacks from Start to Finish

Chained Exploits: Advanced Hacking Attacks from Start to Finish


Chained Exploits: Advanced Hacking Attacks from Start to Finish
312 pages | Addison-Wesley Professional; 1 edition (March 9, 2009) | 032149881X | CHM | 10 Mb


The complete guide to today’s hard-to-defend chained attacks: performing them and preventing them. Nowadays, it’s rare for malicious hackers to rely on just one exploit or tool; instead, they use “chained” exploits that integrate multiple forms of attack to achieve their goals. Chained exploits are far more complex and far more difficult to defend. Few security or hacking books cover them well and most don’t cover them at all. Now there’s a book that brings together start-to-finish information about today’s most widespread chained exploits–both how to perform them and how to prevent them.

Chained Exploits demonstrates this advanced hacking attack technique through detailed examples that reflect real-world attack strategies, use today’s most common attack tools, and focus on actual high-value targets, including credit card and healthcare data. Relentlessly thorough and realistic, this book covers the full spectrum of attack avenues, from wireless networks to physical access and social engineering.

Writing for security, network, and other IT professionals, the authors take you through each attack, one step at a time, and then introduce today’s most effective countermeasures— both technical and human. Coverage includes:
Constructing convincing new phishing attacks
Discovering which sites other Web users are visiting
Wreaking havoc on IT security via wireless networks
Disrupting competitors’ Web sites
Performing–and preventing–corporate espionage
Destroying secure files
Gaining access to private healthcare records
Attacking the viewers of social networking pages
Creating entirely new exploits
and more


Download Links:


1000 Best Ever Hacking Tutorials 2010

1000 Best Ever Hacking Tutorials 2010
1000 Best Ever Hacking Tutorials 2010
English | 2010 | PDF | 6.8 MB
1000 greatest hacking tutorials ever

Monday, May 17, 2010

Kevin Mitnick's Security Advice

Ex-hacker Kevin Mitnick came by his security expertise the hard way. In the 1990s, his electronic penetration of some of the biggest companies in the world made him a notorious tech boogieman, and ultimately landed him five years in prison.

Sunday, May 16, 2010

Brutus: The remote password cracker

Brutus is one of the fastest, most flexible remote password crackers you can get your hands on - it's also free. It is available for Windows 9x, NT and 2000, there is no UNIX version available although it is a possibility at some point in the future. Brutus was first made publicly available in October 1998 and since that time there have been at least 70,000 downloads and over 175,000 visitors to this page. Development continues so new releases will be available in the near future. Brutus was written originally to help me check routers etc. for default and common passwords


Features

Brutus version AET2 is the current release and includes the following authentication types :
HTTP (Basic Authentication)
HTTP (HTML Form/CGI)
POP3
FTP
SMB
Telnet
Other types such as IMAP, NNTP, NetBus etc are freely downloadable from this site and simply imported into your copy of Brutus. You can create your own types or use other peoples.

The current release includes the following functionality :
Multi-stage authentication engine
60 simultaneous target connections
No username, single username and multiple username modes
Password list, combo (user/password) list and configurable brute force modes
Highly customisable authentication sequences
Load and resume position
Import and Export custom authentication types as BAD files seamlessly
SOCKS proxy support for all authentication types
User and password list generation and manipulation functionality
HTML Form interpretation for HTML Form/CGI authentication types
Error handling and recovery capability inc. resume after crash/failure.

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Metasploit Framework | Penetration Testing

Metasploit took the security world by storm when it was released in 2004. No other new tool even broke into the top 15 of this list, yet Metasploit comes in at #5, ahead of many well-loved tools that have been developed for more than a decade. It is an advanced open-source platform for developing, testing, and using exploit code. The extensible model through which payloads, encoders, no-op generators, and exploits can be integrated has made it possible to use the Metasploit Framework as an outlet for cutting-edge exploitation research. It ships with hundreds of exploits, as you can see in their online exploit building demo. This makes writing your own exploits easier, and it certainly beats scouring the darkest corners of the Internet for illicit shellcode of dubious quality. Similar professional exploitation tools, such as Core Impact and Canvas already existed for wealthy users on all sides of the ethical spectrum. Metasploit simply brought this capability to the masses.

Metasploit provides useful information and tools for penetration testers, security researchers, and IDS signature developers. This project was created to provide information on exploit techniques and to create a functional knowledgebase for exploit developers and security professionals. The tools and information on this site are provided for legal security research and testing purposes only. Metasploit is an open source project managed by Rapid7.

The Metasploit Project is an open-source computer security project which provides information about security vulnerabilities and aids in penetration testing and IDS signature development. Its most well-known sub-project is the Metasploit Framework, a tool for developing and executing exploit code against a remote target machine. Other important sub-projects include the Opcode Database, shellcode archive, and security research.

The Metasploit Project is also well known for anti-forensic and evasion tools, some of which are built into the Metasploit Framework.

Metasploit was created in 2003 as a portable network game using the Perl scripting language. Later, the Metasploit Framework was then completely rewritten in the Ruby programming language. It is most notable for releasing some of the most technically sophisticated exploits to public security vulnerabilities. In addition, it is a powerful tool for third party security researchers to investigate potential vulnerabilities. On October 21st, 2009 the Metasploit Project announced that it had been acquired by Rapid7, a security company that provides unified vulnerability management solutions.

Like comparable commercial products such as Immunity's CANVAS or Core Security Technologies' Core Impact, Metasploit can be used to test the vulnerability of computer systems in order to protect them, and it can be used to break into remote systems. Like many information security tools, Metasploit can be used for both legitimate and unauthorized activities.

Metasploit's emerging position as the de facto vulnerability development framework has led in recent times to the release of software vulnerability advisories often accompanied by a third party Metasploit exploit module that highlights the exploitability, risk, and remediation of that particular bug. Metasploit 3.0 (Ruby language) is also beginning to include fuzzing tools, to discover software vulnerabilities in the first instance, rather than merely writing exploits for currently public bugs. This new avenue has been seen with the integration of the lorcon wireless (802.11) toolset into Metasploit 3.0 in November, 2006.

Metasploit Official Website: http://www.metasploit.com/
Metasploit download page: http://www.metasploit.com/framework/download/

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Hacking the Human Operating System a.k.a Social Engineering

Social engineering is the act of manipulating people into performing actions or divulging confidential information, rather than by breaking in or using technical hacking techniques; essentially a fancier, more technical way of lying. While similar to a confidence trick or simple fraud, the term typically applies to trickery or deception for the purpose of information gathering, fraud, or computer system access; in most cases the attacker never comes face-to-face with the victim.

"Social engineering" as an act of psychological manipulation was popularized by hacker-turned-consultant Kevin Mitnick. The term had previously been associated with the social sciences, but its usage has caught on among computer professionals and is now a recognized term of art.

 Social engineering techniques and terms

 Pretexting
Pretexting is the act of creating and using an invented scenario (the pretext) to engage a targeted victim in a manner that increases the chance the victim will divulge information or perform actions that would be unlikely in ordinary circumstances. It is more than a simple lie, as it most often involves some prior research or setup and the use of a priori information for impersonation (e.g., date of birth, Social Security Number, last bill amount) to establish legitimacy in the mind of the target.
This technique can be used to trick a business into disclosing customer information as well as by private investigators to obtain telephone records, utility records, banking records and other information directly from junior company service representatives. The information can then be used to establish even greater legitimacy under tougher questioning with a manager, e.g., to make account changes, get specific balances, etc. Pretexting has even been an observed law enforcement technique, under the auspices of which, a law officer may leverage the threat an alleged infraction to detain a suspect for questioning and close inspection of vehicle or premises.
Pretexting can also be used to impersonate co-workers, police, bank, tax authorities, or insurance investigators — or any other individual who could have perceived authority or right-to-know in the mind of the targeted victim. The pretexter must simply prepare answers to questions that might be asked by the victim. In some cases all that is needed is a voice that sounds authoritative, an earnest tone, and an ability to think on one's feet.

Diversion theft

Diversion theft, also known as the "Corner Game" or "Round the Corner Game", originated in the East End of London.
In summary, diversion theft is a "con" exercised by professional thieves, normally against a transport or courier company. The objective is to persuade the persons responsible for a legitimate delivery that the consignment is requested elsewhere — hence, "round the corner".
With a load/consignment redirected, the thieves persuade the driver to unload the consignment near to, or away from, the consignee's address, in the pretense that it is "going straight out" or "urgently required somewhere else".
The "con" or deception has many different facets, which include social engineering techniques to persuade legitimate administrative or traffic personnel of a transport or courier company to issue instructions to the driver to redirect the consignment or load.
Another variation of diversion theft is stationing a security van outside a bank on a Friday evening. Smartly dressed guards use the line "Night safe's out of order Sir". By this method shopkeepers etc are gulled into depositing their takings into the van. They do of course obtain a receipt but later this turns out to be worthless. A similar technique was used many years ago to steal a Steinway grand piano from a radio studio in London "Come to overhaul the piano guv" was the chat line. Nowadays ID would probably be asked for but even that can be faked and please note that it is no use phoning the number on their bogus business card.
The social engineering skills of these thieves are well rehearsed, and are extremely effective. Most companies do not prepare their staff for this type of deception.

Phishing

Phishing is a technique of fraudulently obtaining private information. Typically, the phisher sends an e-mail that appears to come from a legitimate business — a bank, or credit card company — requesting "verification" of information and warning of some dire consequence if it is not provided. The e-mail usually contains a link to a fraudulent web page that seems legitimate — with company logos and content — and has a form requesting everything from a home address to an ATM card's PIN.
For example, 2003 saw the proliferation of a phishing scam in which users received e-mails supposedly from eBay claiming that the user's account was about to be suspended unless a link provided was clicked to update a credit card (information that the genuine eBay already had). Because it is relatively simple to make a Web site resemble a legitimate organization's site by mimicking the HTML code, the scam counted on people being tricked into thinking they were being contacted by eBay and subsequently, were going to eBay's site to update their account information. By spamming large groups of people, the "phisher" counted on the e-mail being read by a percentage of people who already had listed credit card numbers with eBay legitimately, who might respond.

IVR or phone phishing

This technique uses a rogue Interactive voice response (IVR) system to recreate a legitimate-sounding copy of a bank or other institution's IVR system. The victim is prompted (typically via a phishing e-mail) to call in to the "bank" via a (ideally toll free) number provided in order to "verify" information. A typical system will reject log-ins continually, ensuring the victim enters PINs or passwords multiple times, often disclosing several different passwords. More advanced systems transfer the victim to the attacker posing as a customer service agent for further questioning.
One could even record the typical commands ("Press one to change your password, press two to speak to customer service" ...) and play back the direction manually in real time, giving the appearance of being an IVR without the expense.
Phone phishing is also called vishing.

Baiting

Baiting is like the real-world Trojan Horse that uses physical media and relies on the curiosity or greed of the victim.
In this attack, the attacker leaves a malware infected floppy disk, CD ROM, or USB flash drive in a location sure to be found (bathroom, elevator, sidewalk, parking lot), gives it a legitimate looking and curiosity-piquing label, and simply waits for the victim to use the device.
For example, an attacker might create a disk featuring a corporate logo, readily available from the target's web site, and write "Executive Salary Summary Q2 2010" on the front. The attacker would then leave the disk on the floor of an elevator or somewhere in the lobby of the targeted company. An unknowing employee might find it and subsequently insert the disk into a computer to satisfy their curiosity, or a good samaritan might find it and turn it in to the company.
In either case as a consequence of merely inserting the disk into a computer to see the contents, the user would unknowingly install malware on it, likely giving an attacker unfettered access to the victim's PC and perhaps, the targeted company's internal computer network.
Unless computer controls block the infection, PCs set to "auto-run" inserted media may be compromised as soon as a rogue disk is inserted.

Quid pro quo

Quid pro quo means something for something:
  • An attacker calls random numbers at a company claiming to be calling back from technical support. Eventually they will hit someone with a legitimate problem, grateful that someone is calling back to help them. The attacker will "help" solve the problem and in the process have the user type commands that give the attacker access or launch malware.
  • In a 2003 information security survey, 90% of office workers gave researchers what they claimed was their password in answer to a survey question in exchange for a cheap pen. Similar surveys in later years obtained similar results using chocolates and other cheap lures, although they made no attempt to validate the passwords.

Other types

Common confidence tricksters or fraudsters also could be considered "social engineers" in the wider sense, in that they deliberately deceive and manipulate people, exploiting human weaknesses to obtain personal benefit. They may, for example, use social engineering techniques as part of an IT fraud.
A very recent type of social engineering techniques include spoofing or hacking IDs of people having popular e-mail IDs such as Yahoo!, GMail, Hotmail, etc. Among the many motivations for deception are:
  • Phishing credit-card account numbers and their passwords.
  • Hacking private e-mails and chat histories, and manipulating them by using common editing techniques before using them to extort money and creating distrust among individuals.
  • Hacking websites of companies or organizations and destroying their reputation.
  • Computer virus hoaxes

http://en.wikipedia.org/wiki/Social_engineering_(security)

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Get IP addresses of your victims for attack

First you need to host the script given below on any hosting site like 110mb.com, ripway.com or t35.com which is totally free. But make sure that hosting site supports PHP.

To get started do as explained in the following steps:
 Step 1:
 Download the IP Finder script (IP_Finder.ZIP) that we have created.

Step 2:
Open a new account in any hosting site like ripway.com, 110mb.com or t35.com.

Step 3:
Extract the IP_Finder.ZIP file and upload the two files 'ip.php' and 'ip_log.txt' into the root folder of your hosting account using the File Manager.
You can also rename the ip.php to any name of your choice. (Say freeitunes.php to avoid suspicion)

Step 4:
Set the permission to 777 on ip_log.txt.

Now you are all done. To find the IP address of your friend or any remote computer. All you have to do is with the help of some social engineering make your victims click on the link
(Say http://your_username.110mb.com/ip.php or http://your_username.110mb.com/freeitunes.php)

Step 5:
Now to view the IP addresses that clicked on your link go to ip_log.txt file which will be at the following link- http://your_username.110mb.com/ip_log.txt


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Saturday, May 15, 2010

Download free Hacking Video Tutorials | Total 55 Videos | 539.46 MB

  • A Penetration Attack Reconstructed.avi 10-Aug-2009 09:57 26M
  • A Quick and Dirty Intro to Nessus using the Auditor Boot CD!.swf 10-Aug-2009 08:58 2.8M
  • Adding Modules to a Slax or Backtrack Live CD from Windows.swf 10-Aug-2009 09:35 4.2M
  • Airplay replay attack no wireless client required.swf 10-Aug-2009 07:47 5.8M
  • Alan_Watt_CTTM_LIVEonRBN_182_From_Virility_to_Sterility_Oct202008.mp3 10-Aug-2009 09:55 11M
  • Alan_Watt_CTTM_LIVEonRBN_183_Private_Foundations_Making_Public_Policy_Oct222008.mp3 10-Aug-2009 09:56 11M


  • Alan_Watt_on_TheAlexJonesShow_Oct202008.mp3 10-Aug-2009 09:54 13M
  • Alan_Watt_on_The_Monday_Brownbagger_with_Don_Nordin__CFRO_102_7_FM_Oct202008.mp3 10-Aug-2009 09:21 5.7M
  • Anonym.OS LiveCD with build in Tor Onion routing and Privoxy.swf 10-Aug-2009 08:23 3.3M
  • BackTrack LiveCD to HD Installation Instruction Video .swf 10-Aug-2009 09:51 7.1M
  • Basic Nmap Usage!.swf 10-Aug-2009 09:07 8.3M
  • Basic Tools for Wardriving!.swf 10-Aug-2009 06:08 2.7M
  • Bluesnarfer attack tool demonstration.swf 10-Aug-2009 09:52 9.8M
  • Bluesnarfing a Nokia 6310i hand set.avi 10-Aug-2009 09:02 1.6M
  • Breaking WEP in 10 minutes.avi 10-Aug-2009 09:48 9.4M
  • Cain to ARP poison and sniff passwords!.avi 10-Aug-2009 09:34 1.8M
  • Complete Hacking Video using Metasploit Meterpreter.swf 10-Aug-2009 09:49 13M
  • Cracking Syskey and the SAM on Windows Using Samdump2 and John!.swf 10-Aug-2009 09:40 2.5M
  • Cracking WPA Networks (Auditor).swf 10-Aug-2009 09:58 15M
  • Cracking Windows Passwords with BackTrack and the Online Rainbow Tables at Plain-Text!.swf 10-Aug-2009 09:28 4.3M
  • Cracking a 128 Bit Wep key + entering the cridentials.swf 10-Aug-2009 09:59 22M
  • Cracking a 128 bit WEP key (Auditor).swf 10-Aug-2009 09:54 51M
  • DoS attack against Windows FTP Server DoS.avi 10-Aug-2009 09:55 8.5M
  • Droop s Box Simple Pen-test Using Nmap, Nikto, Bugtraq, Nslookup and Other Tools!.swf 10-Aug-2009 09:32 6.6M
  • Exploiting some bugs of tools used in Windows.swf.swf 10-Aug-2009 09:49 16M
  • Exploiting weaknesses of PPTP VPN (Auditor).swf 10-Aug-2009 09:53 5.5M
  • Finding Rogue SMB File Shares On Your Network!.swf 10-Aug-2009 09:24 5.5M
  • Fun with Ettercap Filters!.swf 10-Aug-2009 07:02 2.4M
  • How to crack the local windows passwords in the SAM database .swf 10-Aug-2009 09:19 6.8M
  • How to decrypt SSL encrypted traffic using a man in the middle attack (Auditor).swf 10-Aug-2009 09:57 32M
  • How to sniff around switches using Arpspoof and Ngrep!.avi 10-Aug-2009 06:04 4.1M
  • Install VNC Remotely!.avi 10-Aug-2009 09:51 5.2M
  • Internet Explorer Remote Command Execution Exploit (CMDExe) Client Side Attack (Hi-Res).avi 10-Aug-2009 09:31 8.1M
  • Internet Explorer Remote Command Execution Exploit (CMDExe) Client Side Attack (Lo-Res).avi 10-Aug-2009 09:43 8.3M
  • John The Ripper 1.7 password cracker Installation Instruction Video .swf 10-Aug-2009 09:59 2.6M
  • Local Password Cracking Presentation for the Indiana Higher Education Cybersecurity Summit 2005!.swf 10-Aug-2009 09:42 5.7M
  • MAC Bridging with Windows XP and Sniffing!.swf 10-Aug-2009 08:47 1.4M
  • MITM Hijacking.wmv 10-Aug-2009 09:55 52M
  • Mass De-Authentication using void11 (Auditor).swf 10-Aug-2009 09:57 17M
  • Metasploit Flash Tutorial!.swf 10-Aug-2009 05:55 3.2M
  • Nmap Video Tutorial 2 Port Scan Boogaloo!.swf 10-Aug-2009 09:50 13M
  • SSH Dynamic Port Forwarding!.swf 10-Aug-2009 08:26 3.0M
  • Sniffing Remote Router Traffic via GRE Tunnels (Lo-Res).avi 10-Aug-2009 09:23 18M
  • Sniffing VoIP Using Cain!.swf 10-Aug-2009 08:59 1.7M
  • Sniffing logins and passwords.avi 10-Aug-2009 09:24 6.8M
  • Snort Instruction video howto install into backtrack.swf 10-Aug-2009 09:58 11M
  • Start a session and get interactive commandline access to a remote Windows box!.avi 10-Aug-2009 07:35 5.2M
  • Telnet Bruteforce.avi 10-Aug-2009 09:35 14M
  • Tunneling Exploits through SSH.avi 10-Aug-2009 09:22 17M
  • Use Brutus to crack a box running telnet!.avi 10-Aug-2009 05:00 714K
  • Using NetworkActiv to sniff webpages on a Wi-Fi network!.swf 10-Aug-2009 05:51 1.3M
  • WEP Cracking using Aireplay v2.2 Beta 7 (Whax 3.0).swf 10-Aug-2009 09:10 5.2M
  • WMF File Code Execution Vulnerability With Metasploit!.swf 10-Aug-2009 08:22 3.7M
  • WPA Cracking using Aireplay v2.2 Beta 7 (Whax 3.0).swf 10-Aug-2009 07:47 5.2M

DOWNLOAD LINKS

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How to Trace IP Address Location From Email, Gmail, Hotmail, MSN & Yahoo Mail

This Article will explain how you can track your friends IP address. You will need to do some social engineering in this trick. You will need to ask your friend to mail you something or send him some mail to which he will reply.

Now there can be two scenarios. Your friends/victims IP can be static or dynamic.

Scenario 1: Static IP

Static IP is assigned by the ISP to a specific user, that is, you have one unique IP whenever you log on to the internet. In this case, here's how you can find the IP. We will consider three major email services, viz. gmail, yahoo and hotmail.

Gmail:

Open the mail you have recieved from your friend and click on the down arrow to the right of the reply button. Now click on Show Original.
You will get to see the complete headers of the mail from which you have to find the IP from which this mail was sent. Mostly in case of a static IP, the IP is shown as in the figure

Hotmail:

Right click on the recieved mail and select 'view message source'



You will get the complete message with source. This is how the originating IP looks in hotmail

Yahoo:

Open the mail and at the right bottom of the mail, click on 'Full headers'


Again over here you will get to see the IP in the same format as in hotmail and gmail, shown above.

Scenario 2: Dynamic IP

In case of dynamic IP, hotmail and yahoo wont help much. Whereas Gmail shows the private IP of the sender. Just follow the procedure above as shown for static. On the source page you have to look for the following:




Here the IP 10.141.12.9 is the private IP of our victim. This is how you can get IP information of victims behind subnets. Well sometimes the private is not shown by any of the email services because instead of sending detailed email information a DKIM-signature is sent for authentication.

There are other numerous ways using which we can track our victims IP. Will soon be posting on that. Stay subscribed. Till then..
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How Hackers Manipulate the Live Data Stream on Internet

 NOTE: THIS IS ONLY THE DEMONSTRATION OF THIS TECHNIQUE AND FOR EDUCATION PURPOSE ONLY

1. First of all install WebGoat and configure Web browser
2. We will use the tool Achilles. It is a tool designed for testing the security of Web applications. Achilles is a proxy server, which acts as a man-in-themiddle during an HTTP session. For more about Achilles, pls check its official website.
3. Double-click the webgoat.exe icon from the directory containing the WebGoat application.


4. onfigure the LAN setting as shown in the below fig

5. Run the Achilles application & select the options of the application as shown in below fig.


Intercept mode ON
Intercept Client Data
Ignore .jpg/.gif
Select Log to File - Save the data
6. Your Achilles screen should look like the following.

7. Open Internet Explorer and Adjust both screens equally on your desktop as shoen below.


8. Click the Start button on Achilles and notice that the status bar along the lower-left side of Achilles will let you know it is running.
9. In the address bar of Internet Explorer, enter the following address:
http://localhost/WebGoat/attack/
10. Press Enter, and Achilles will list the data flowing through to the Tomcat application. Click the Send button in Achilles. You will be presented with a login screen. For the User Name and Password enter the word guest. click the Send button again.

11. Click the Send button again & WebGoat screen will be displayed in the Web browser.
12. Under the Unvalidated Parameters section, specifically the Hidden Field Tampering area. Click on this area.
13. Click the Send button again.
14. WebGoat will appear with a shopping cart as shown below.

15. Click the Purchase button. Within Achilles you will see the QTY=1 & is Price=4999.99. Now if you want to make a purchase, whose actual cost is 4999.99 but you have only 1.99 in your account, Within Achilles edit the 4999.99 to 1.99 and then click the Send button.

16. The sale has completed, with a total charge of $1.99.

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Wednesday, May 12, 2010

Cracking Router Password

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

http://rapidshare.com/files/100861231/28GBwordlist.rar

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