Education in the general sense is any act or experience that has a formative effect on the mind, character, or physical ability of an individual. In its technical sense, education is the process by which society deliberately transmits its accumulated knowledge, skills, and values from one generation to another. Education can also be defined as the process of becoming an educated person. An educated person refers to a person that has access to optimal states of mind regardless of the situation they are in. That person is able to perceive accurately, think clearly and act effectively to achieve self-selected goals and aspirations.

Educational is focused on information sharing Currently the most widely used style Located the student at the center of the self-teach Circle Access at any time any place Easy participation, enormous resource and well organized knowledge Give a typical example
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Showing posts with label Network Security Secrets and Solutions. Show all posts
Showing posts with label Network Security Secrets and Solutions. Show all posts

Anonymous To Anyone On The Web

Anonymous To Anyone On The Web and Protect your information using Covert Surfer, surf the Web anonymously - making you Anonymous To Anyone On The Web or on your computer, encrypt your important Documents/Files - making Them accessible only to you, shred unwanted files past current forensic technology, and clean your registry - making all of your Internet activity disappear once you finish surfing the Web online using covert surfer.

When you connect to the Internet, your Internet Service Provider is aware of this, because you are being routed through their routers and servers to reach the destination web site you are trying to access.  If you are trying to go to a web site that is stored on a computer half way around the world, your Internet Service Provider forwards you to another connection which may or may not be on the same network, and that connection forwards you to another connection, and so on, until you reach the destination. The server that maintains the web site you are trying to access, then forwards the information all the way back to you.

Each connection is called a hop (which has an Internet Service Provider attached to it) and each one of these hops may potentially be logging your activity.  This is a major downfall if you are trying to access information or surf anonymously.

With Covert Surfer, the connection from your computer to our secured proxy servers, is encrypted, thus the information that you are trying to access cannot be seen or logged by an Internet Service Provider, or network administrator. In addition, we mask your IP Address and replace it with one of our own, preventing anyone from tracing your download back to you.

Your computer appears to be correctly configured, but the device or resource (DNS server) is not responding

Issues found 
Your computer appears to be correctly configured, but the device or resource (DNS server) is not responding. Your computer appears to be correctly configured, but the device or resource (DNS server) is not responding Detected
Contact your network administrator or Internet service provider (ISP) Completed

Issues found Detection details 
Your computer appears to be correctly configured, but the device or resource (DNS server) is not responding Detected
Contact your network administrator or Internet service provider (ISP) Completed 

Windows can't communicate with the device or resource (DNS server). The computer or service you are trying to reach might be temporarily unavailable.


#Follow these methods to troubleshoot the issue.

Step 1: Check the following services.

All of these services should be started, and their startup type should be automatic.
To check:

1.     Go to start and type services.msc
2.     Select services from the search list. 

o    Computer Browser
o    DHCP Client
o    DNS Client
o    Network Connections
o    Network Location Awareness
o    Remote Procedure Call (RPC)
o    Server
o    TCP/IP Netbios helper
o    Workstation

Step 2: Reset TCP/IP

TCP/IP can sometimes become damaged or corrupted. If you cannot connect to the Internet and you have tried the above method to resolve the problem, TCP/IP might be causing it.

There’s a fix it available to reset TCP/IP automatically.

How to reset Internet Protocol (TCP/IP)
http://support.microsoft.com/kb/299357

Step 3: Flush your computer's DNS cache.

1.    Go to start and type cmd.
2.    Right-click on cmd from the programs list and select “Run as administrator”.
3.    Type ipconfig /flushdns.
A message will appear saying that your DNS cache is cleared. Start Second Life. It should run fine this time.
4.     Type ipconfig /registerdns

This command refreshes all DHCP address leases and registers all related DNS names configured and used by the client computer.

Step 4: Update your Network Adapter driver.

Select one of the available options from the link  below and install the correct driver for your operating system.

Intel® WiFi Link 5300 and Intel® WiFi Link 5100 products
http://www.intel.com/support/wireless/wlan/5300_5100/index.htm

See if it’s of any help.

For additional information on Networking issues, see this help article.

Why can’t I connect to a network?
http://windows.microsoft.com/en-US/windows7/Why-can-t-I-connect-to-a-network

 Or
Visit Microsoft Answers Feedback Forum and let us know what you think.

Dns Servers

Dns Servers
1. Cesedian Root=78.47.115.195,78.47.115.198
2. Google=8.8.8.8,8.8.4.4
3. Open=208.67.222.222,208.67.220.220
4. Open 2=216.87.84.209,216.87.84.211
5. Advantage=156.154.70.1,156.154.71.1
6. Comodo=156.154.70.22,156.154.71.22
7. Level 3=4.2.2.1,4.2.2.2
8. Level 3=4.2.2.3,4.2.2.4
9. Level 3=4.2.2.5,4.2.2.6
10. FoolDNS=87.118.111.215,81.174.67.134
11. Ultra=204.69.234.1,204.74.101.1
12. validom=78.46.89.147,88.198.75.145
13. Tiscali=195.241.77.53,195.241.77.54
14. Norton (symantec)=198.153.192.1,198.153.194.1
15. Exatel=220.233.0.4,220.233.0.3
16. Asahi=202.224.32.1,202.224.32.2
17. Century=209.206.184.249,209.142.152.253
18. Cisco=64.102.255.44,128.107.241.185
19. Open Nic=58.6.115.42,58.6.115.43
20. DNS=151.203.0.84,151.203.0.85
21. DNS=66.244.95.20,66.244.95.22
22. DNS=86.64.145.140,86.64.145.143
23. DNS=129.250.35.250,129.250.35.251
24. DNS=151.202.0.84,151.202.0.85
25. DNS=199.45.32.37,199.45.32.38
26. DNS=205.171.2.65,205.171.3.65
27. DNS=208.67.220.220,208.67.222.222
28. DNS=209.244.0.3,209.244.0.4
29. DNS=80.118.196.36,80.118.196.42
30. DNS=157.161.9.6,213.133.224.5
31. DNS=83.218.143.36,212.118.241.1
32. T3=80.244.65.130,80.244.65.3

How To Recovers All Wireless Network Keys (WEP/WPA)

How To Recovers All Wireless Network Keys (WEP/WPA) stored in your computer by the 'Wireless Zero Configuration' service of Windows XP or by the 'WLAN AutoConfig' service of Windows Vista. It allows you to easily save all keys to text/html/xml file, or copy a single key to the clipboard.

License

This utility is released as freeware. You are allowed to freely distribute this utility via floppy disk, CD-ROM, Internet, or in any other way, as long as you don't charge anything for this. If you distribute this utility, you must include all files in the distribution package, without any modification !
Be aware that selling this utility as a part of a software package is not allowed !

Disclaimer

The software is provided "AS IS" without any warranty, either expressed or implied, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. The author will not be liable for any special, incidental, consequential or indirect damages due to loss of data or any other reason.

Known Problems

False Alert Problems: Some Antivirus programs detect WirelessKeyView utility as infected with Trojan/Virus. Click here to read more about false alerts in Antivirus programs. Also, if you have any problem with using WirelessKeyView, please read the WirelessKeyView Frequently Asked Questions page

Versions History

  • Version 1.36:
    • Fixed bug on Windows 7/2008/Vista: WirelessKeyView truncated the key after 32 characters.
  • Version 1.35:
    • Added 'Mark Odd/Even Rows' option, under the View menu. When it's turned on, the odd and even rows are displayed in different color, to make it easier to read a single line.
    • Added 'Add Header Line To CSV/Tab-Delimited File' option. When this option is turned on, the column names are added as the first line when you export to csv or tab-delimited file.
  • Version 1.34:
    • Fixed bug: pressing the delete key in the find window deleted an item in the main window.
  • Version 1.33:
    • When loading WirelessKeyView under Windows 7 in the first time, the 'Code Inject' mode is now turned on by default.
  • Version 1.32:
    • Added /codeinject command-line option.
  • Version 1.31:
    • Fixed a crash problem with Application Compatibility Engine on Windows 7/Vista (only when 'Use code injection method' is turned on).
  • Version 1.30:
    • Added 'Use code injection method' option in the Advanced Options window, as a workaround for using this utility on Windows 7. (See below)
  • Version 1.28:
    • Added sorting command-line options.
  • Version 1.27:
    • Fixed bug: In Vista, WPA-PSK keys in Ascii form displayed additional space character.
  • Version 1.26:
    • Fixed bug: In Vista, if WPA-PSK key contained 32 characters, the key was not displayed in Ascii form.
  • Version 1.25:
    • New and safer method to extract the wireless keys of the local machine: In previous versions, WirelessKeyView injected code into lsass.exe in order to grab the wireless keys from the system. In rare cases, this technique caused a crash inside lsass.exe process. Starting from this version, WirelessKeyView uses a new method that extract the wireless keys without any code injection.
  • Version 1.20:
    • WirelessKeyView now allows you to extract the wireless keys from external instance of Windows XP. (In Advanced Options)
  • Version 1.18:
    • You can now send the information to stdout by specifying an empty filename ("") in the command-line. (For example: WirelessKeyView.exe /stab "" >> c:\temp\keys.txt)
  • Version 1.17:
    • Fixed bug: WirelessKeyView failed to find the adapter name
    • Fixed bug: Bad color in HTML report
    • Fixed bug: The main window lost the focus when the user switched to another application and then returned back to WirelessKeyView.
  • Version 1.16 - Added support for saving as comma-delimited file.
  • Version 1.15 - Added support for deleting the wireless keys of old network adapters.
  • Version 1.13 - Under Vista, this utility now runs as admin automatically. You don't have to explicitly choose the "Run As Administrator" option.
  • Version 1.12 - The configuration is now saved to a file instead of the Registry.
  • Version 1.11 - Fixed 'Access Violation' problem under some wireless cards.
  • Version 1.10 - Added support for Windows Vista. (both 32-bit and x64 versions)
  • Version 1.00 - First release.

System Requirement

  • Windows XP with SP1 or greater.
  • You must login to windows with admin user.

Using WirelessKeyView

WirelessKeyView doesn't require any installation process or additional DLL files. Just copy the executable file (WirelessKeyView.exe) to any folder you like, and run it.
After you run it, the main window should displayed all WEP/WPA keys stored in your computer by Windows 'Wireless Zero Configuration' service. For WEP keys, the key is also displayed in Ascii form. Be aware that this utility can only reveal the network keys stored by Windows operating system. It cannot recover network keys stored by any other third-party software.

Notice About WPA-PSK Keys

When you type a WPA-PSK key in Windows XP, the characters that you type are automatically converted into a new binary key that contains 32 bytes (64 Hexadecimal digits). This binary key cannot instantly be converted back to the original key that you typed, but you can still use it for connecting the wireless network exactly like the original key. In this case, WirelessKeyView displays this binary key in the Hex key column, but it doesn't display the original key that you typed.
As opposed to Windows XP, Windows Vista doesn't convert the WPA-PSK Key that you type into a new binary key, but it simply keep the original key that you type. So under Windows Vista, the original WPA-PSK key that you typed is displayed in the Ascii key column.

Registry/File Location of The Stored Keys

Windows XP and Windows Vista stores the wireless keys in completely different locations:
  • Windows XP: The wireless keys are stored in the Registry under HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\WZCSVC\Parameters\Interfaces\[Interface Guid].
  • Windows Vista: The wireless keys are stored in the file system, under c:\ProgramData\Microsoft\Wlansvc\Profiles\Interfaces\[Interface Guid]. The encrypted keys are stored in .xml file.

Deleting Wireless Keys Of Old Network Adapters

Starting from version 1.15 of WirelessKeyView, you can delete wireless keys of old network adapters that are no longer plugged to your computer, by using the 'Delete Selected Items' option.
Be aware that this delete option only works for network adapters that are not active anymore. If your network adapter is active, use the standard user interface of Windows to delete the unwanted keys.

Using this utility on Windows 7

Starting from Windows 7, Microsoft changed the encryption and hashing algorithms that are used by the Windows Data Protection (DPAPI) system. This change also affects the encryption of the wireless keys stored by Windows, and thus WirelessKeyView failed to retrieve the wireless keys under Windows 7.
The research and development of a new code that will decrypt the keys of Windows 7 may take a while. So for now, I added a workaround that will allow Windows 7 users to retrieve their wireless keys. This workaround uses an old method of code infection that I used until version 1.25 and it still works properly under Windows 7. This method has one drawback that you should be aware: In some circumstances, it may crash the lsass.exe process and will require your system to restart. In order to use this code injection method under Windows 7, go to 'Advanced Options' (F9), and choose the 'Use code injection method' option.

Command-Line Options

/external <Windows Directory> Load the wireless keys from external instance of Windows XP.
/codeinject <0 | 1> Specifies whether the use the code inject method. 1 = yes, 0 = no.
/stext <Filename> Save the list of all wireless keys into a regular text file.
/stab <Filename> Save the list of all wireless keys into a tab-delimited text file.
/stabular <Filename> Save the list of all wireless keys into a tabular text file.
/shtml <Filename> Save the list of all wireless keys into HTML file (Horizontal).
/sverhtml <Filename> Save the list of all wireless keys into HTML file (Vertical).
/sxml <Filename> Save the list of all wireless keys to XML file.
/sort <column> This command-line option can be used with other save options for sorting by the desired column. If you don't specify this option, the list is sorted according to the last sort that you made from the user interface. The <column> parameter can specify the column index (0 for the first column, 1 for the second column, and so on) or the name of the column, like "Key Type" and "Network Name". You can specify the '~' prefix character (e.g: "~Network Name") if you want to sort in descending order. You can put multiple /sort in the command-line if you want to sort by multiple columns. Examples:
WirelessKeyView.exe /shtml "f:\temp\1.html" /sort 2 /sort ~1
WirelessKeyView.exe /shtml "f:\temp\1.html" /sort "Network Name"
/nosort When you specify this command-line option, the list will be saved without any sorting.

Translating WirelessKeyView to other languages

In order to translate WirelessKeyView to other language, follow the instructions below:
  1. Run WirelessKeyView with /savelangfile parameter:
    WirelessKeyView.exe /savelangfile
    A file named WirelessKeyView_lng.ini will be created in the folder of WirelessKeyView utility.
  2. Open the created language file in Notepad or in any other text editor.
  3. Translate all string entries to the desired language. Optionally, you can also add your name and/or a link to your Web site. (TranslatorName and TranslatorURL values) If you add this information, it'll be used in the 'About' window.
  4. After you finish the translation, Run WirelessKeyView, and all translated strings will be loaded from the language file.
    If you want to run WirelessKeyView without the translation, simply rename the language file, or move it to another folder.

Feedback

If you have any problem, suggestion, comment, or you found a bug in my utility, you can send a message to nirsofer@yahoo.com

Enumeration


Enumeration

OVERVIEW

Now that an attacker has successfully identified live hosts and running services using the techniques discussed in scanning, they will typically turn next to probing the identified services more fully for known weaknesses, a process we call enumeration.
The key difference between previously discussed information-gathering techniques and enumeration is in the level of intrusiveness. Enumeration involves active connections to systems and directed queries. As such, they may (should!) be logged or otherwise noticed. We will show you what to look for and how to block it, if possible.
Much of the information garnered through enumeration may appear harmless at first glance. However, the information that leaks from the following holes can be your undoing, as we will try to illustrate throughout this chapter. In general, the information attackers will seek via enumeration includes user account names (to inform subsequent password-guessing attacks), oft-misconfigured shared resources (for example, unsecured file shares), and older software versions with known security vulnerabilities (such as web servers with remote buffer overflows). Once one of these openings is enumerated, it's usually only a matter of time before the intruder compromises the system in question to some degree, if not completely. By closing these easily fixed loopholes, you eliminate the first foothold of the hacker.
Enumeration techniques tend to be platform-specific and are therefore heavily dependent on information gathered in scanning (port scans and OS detection). In fact, port scanning and enumeration functionality are often bundled into the same tool, as you saw in scanner with programs such as SuperScan, which can scan a network for open ports and simultaneously grab banners from any it discovers listening. This chapter will begin with a brief discussion of banner grabbing, the most generic of enumeration techniques, and will then delve into more platform-specific mechanisms that may require more specialized tools.
We've also reorganized our platform-specific discussion according to service type rather than operating system—a new approach implemented in the fourth edition and continued with the fifth. This was done primarily due to reader feedback, in an effort to more clearly show the tight link between port scanning and enumeration. After all, at this point in the Hacking Exposed methodology, one might not yet know the operating system of the target machine.
Services will be discussed in numeric order according to the port on which they traditionally listen, whether TCP or UDP—for example, TCP 25 (SMTP) will be discussed first, UDP 69 (TFTP) will be discussed next, TCP 79 (finger) after that, and so on. This chapter will not exhaustively cover every conceivable enumeration technique against all 65,535 TCP and UDP ports; we will focus only on those services that have traditionally given up the lion's share of information about target systems, based on our experiences as professional security testers. We hope this more clearly illustrates how enumeration is designed to help provide a more concise understanding of the target, along the way to advancing the attacker's main agenda of unauthorized system access.

Note 
Throughout this chapter, we will use the phrase "NT Family" to refer to all systems based on Microsoft's "New Technology" (NT) platform, including Window NT 3. x -4. x, Windows 2000, Windows XP, and Windows Server 2003. Where necessary, we will differentiate between desktop and server versions. In contrast, we will refer to the Microsoft DOS/Windows 1. x /3. x /9 x /Me lineage as the "DOS Family."

Scanning

Chapter 2: Scanning Scanning

OVERVIEW

If footprinting is the equivalent of casing a place for information, then scanning is equivalent to knocking on the walls to find all the doors and windows. During footprinting, we obtained a list of IP network blocks and IP addresses through whois and ARIN queries. These techniques provide the security administrator (and hacker) valuable information, including employee names and phone numbers, IP address ranges, DNS servers, and mail servers. In this chapter we will determine what systems are listening for inbound network traffic (a.k.a. alive) and are reachable from the Internet using a variety of tools and techniques such as ping sweeps, port scans, and automated discovery tools. We will also look at how you can bypass firewalls to scan systems supposedly being blocked by filtering rules.
We will be testing each target system to see if it's alive and what, if any, ports are listening on it. We've seen many misconfigured DNS name servers that list the IP addresses of their private networks (for example, 10.10.10.0). Because these addresses are not routable via the Internet, you would have a difficult time trying to route to them. The list of reserved IP addresses includes 10.0.0.0/8, 172.16.0.0/12, and 192.168.0.0/16. See RFC 1918 for more information on which IP address ranges are considered unroutable (http://www.ietf.org/rfc/rfc1918.txt).
Now let's begin the next phase of information gathering: scanning.

Footprinting

Chapter 1: FootprintingFootprinting

OVERVIEW

Before the real fun for the hacker begins, three essential steps must be performed. This chapter will discuss the first one— footprinting —the fine art of gathering target information. For example, when thieves decide to rob a bank, they don't just walk in and start demanding money (not the smart ones, anyway). Instead, they take great pains in gathering information about the bank—the armored car routes and delivery times, the video cameras, the number of tellers and escape exits, and anything else that will help in a successful misadventure.
The same requirement applies to successful attackers. They must harvest a wealth of information to execute a focused and surgical attack (one that won't be readily caught). As a result, attackers will gather as much information as possible about all aspects of an organization's security posture. Hackers end up with a unique footprint, or profile of their target's Internet, remote access, and intranet/extranet presence. By following a structured methodology, attackers can systematically glean information from a multitude of sources to compile this critical footprint of nearly any organization.
Sun Tzu had this figured out centuries ago when he penned the following in Sun Tzu on the Art of War: "If you know the enemy and know yourself, you need not fear the result of a hundred battles. If you know yourself but not the enemy, for every victory gained you will also suffer a defeat. If you know neither the enemy nor yourself, you will succumb in every battle."
You may be surprised to find out just how much information is readily available about your organization's security posture to anyone willing to look for it. It is essential for you to know what the enemy already knows about you!

Casing the Establishment


Casing the Establishment

CASE STUDY: GOOGLING YOUR WAY TO INSECURITY
By all accounts, Google is one of the rare companies that have created technology that revolutionized the Internet. From its early days of Spartan searches with no advertising, to an IPO that broke all conventional standards, Google is ubiquitous. Google technology powers many sites on the Internet, and its simple search portal is used by millions of people every second of every day. While the majority of people use Google to find everything from rare Linux kernel settings to cures for their aching backs, there are a few who have figured out Google's dirty little secret: It provides a treasure trove of information that attackers are using every day to target, assess, and compromise systems on the Internet.
It is often said that the very characteristic that makes you special can be your Achilles heel. Plain and simple, Google is too damn good at what it does. That is, it is deadly efficient at finding information on the Web. It's very common for organizations and users to leave sensitive information—including many sensitive tidbits that would make you shake your head in disbelief— on their websites, and Google will find it, archive it, and display it to anyone who can craft the right search criteria.
The secret to meticulously combing billions of web pages with fatal efficiency is the Google Bots. Google Bots are not something out of a sci-fithriller, they are persistent web robots that scourer the Internet at a vociferous rate. Unless instructed otherwise, they will happily follow any link on their own—which can spell disaster for you!

Lock and Load with Google
As many administrators and security professionals are all too aware, there are literally dozens of new vulnerabilities that are discovered each day. It can be a daunting task to try to find the vulnerable systems, let alone keep them all patched—and that is exactly what attackers are counting on. They will use the art of footprinting to zero in on vulnerable systems, discovering juicy info that could be used to compromise the security of your site. One particular favorite is using Google as their targeting mechanism. Here is how it works.
Joe Hacker seems to have endless time on his hands. As you struggle to figure out if you are working yet another weekend to patch vulnerable systems, he doesn't have a care in the world—except finding systems that are ripe for attack and are more than willing to cough up the goods. Joe Hacker has been refining his Google Hacking—that is, using Google to target systems and sensitive information. He fancies himself a Windows hacker extraordinaire, but in reality he is a master at finding targets of opportunity. Let's peer into his world, examine his handiwork, and see what kind of searches he is performing straight from http://www.google.com.

His first search appears innocuous enough:
intitle:"Welcome to IIS 4.0"
Results 1 - 10 of about 63 for intitle:"Welcome to IIS 4.0". (0.10 seconds)
What could he be looking for? A listing of Windows IIS 4.0 servers, which have had a plethora of security vulnerabilities, and are usually easy pickings for most attackers.
Joe Hacker tucks this info away as he searches for more victims. Next on his hit list are users running VNC Server via the Web.
"VNC Desktop" inurl:5800
Results 1 - 10 of about 112 for "VNC Desktop" inurl:5800. (0.27 seconds)
VNC Server allows remote users to connect and control a user's desktop. It is possible for this service to be configured without a password and allow direct access to the desktop. Yikes!
Last but not least in his targeting searches, includes the ever-popular and time-tested search for Microsoft FrontPage extensions that haven't been properly secured:
filetype:pwd service
Results 1 - 10 of about 173 for filetype:pwd service. (0.28 seconds)
A quick click on one of the links reveals several usernames and UNIX passwords:
# -FrontPage-
ekendall:bYld1Sr73NLKo
louisa:5zm94d7cdDFiQ
Joe Hacker loads up a copy of John the Ripper, a password-cracking tool, and instantly cracks Louisa's password—"trumpet". Joe is now sitting pretty with a FrontPage username and password.
Defacing websites via FrontPage insecurities was all the rage a few years back, and Joe figures that, for old time's sake, he'll make a few "enhancements" to some of the users' web pages.
After finding some good targets, Joe Hacker turns his attention to finding sensitive information on the Web, such as passwords and financial information. A quick search of
filetype:bak inurl:"htaccess|passwd|shadow|htusers"
Results 1 - 10 of about 59 for filetype:bak inurl:"htaccess|passwd|shadow|htusers". (0.18 seconds)
reveals all kinds of information related to password files that store usernames and encrypted passwords (which can easily be cracked). In fact, Joe Hacker hit the jackpot as he pulled back an unshadowed UNIX password file with hundreds of users from one of the top universities in America. Not bad for a few seconds' worth of work.

How about a little database hacking now, Joe? Not a problem.
filetype:properties inurl:db intext:password
Results 1 - 10 of about 854 for filetype:properties inurl:db intext:password. (0.21 seconds)
A quick click on one of the results reveals database passwords in clear text!
drivers=sun.jdbc.odbc.JdbcOdbcDriver jdbc.idbDriver
logfile=D:\\user\\src\\java\\DBConnectionManager\\log.txt
idb.url=jdbc:idb:c:\\local\\javawebserver1.1\\db\\db.prp

idb.maxconn=2

access.url=jdbc:odbc:demo
access.user=demo
access.password=demopw

Unfortunately Joe isn't much for preserving your confidentiality. Then again, you many not be either if you leave sensitive information on the Web. He targets university sites (.edu), looking for confidential information.
"not for distribution" confidential site:edu
Results 1 - 10 of about 138 for "not for distribution" confidential site:edu. (0.21 seconds)
Yet again, Joe is rewarded for his searching prowess. Over 100 confidential documents are revealed at the click of a button. Too bad that university left their students' social security numbers in that PDF document.
As the anticipation in actually hacking these systems grows, Joe Hacker decides to go for the kill:
This file was generated by Nessus

Results 1 - 10 of about 75,300 for This file was generated by Nessus. (0.20 seconds)
Nessus is a very popular vulnerability scanner that many administrators use. Unfortunately for the unsuspecting victims, Joe Hacker has now located hundreds of Nessus reports that have inadvertently been left on users' systems. This is an amazing bounty of systems accessible via the Internet that provides a blueprint of all their vulnerabilities! What could be easier for Joe? He doesn't even have to run Nessus himself—he just uses what the admin left for him.

 
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