Showing posts with label easiest. Show all posts
Showing posts with label easiest. Show all posts

Wednesday, January 3, 2018

How to hack CCTV cameras webcam easiest way

How to hack CCTV cameras webcam easiest way



CCTV And Webcam are now used in our daily life everywhere. and CCTV is best for security purpose. webcam is also a great device which let you to chat and live video call with your friends and family and you can also use webcam as CCTV camera in your room. So In this post you will get to know how you can hack CCTV cameras and webcam in very simple and easiest way.

NOTE: Its for Educational purpose, Site will not responsible if any harm cause by other readers.

Using Google Dork we can expose online webcams and CCTV camera and can access directly.

What is Google Dork? (GHDB)
GHDB: Google Hacking Database is use for dig in depth through google on internet, a right dork for any particular things give you the exact or accurate result.

Google index every page without knowing the admin of site by google crawlers, google doing this to increase gather more data on their server to give more and fast result when people search online.
But Hackers use this Google dorks to get as much as can information of vulnerable site, server as well as online devices. in this post we will use many google dorks which give you the result of online webcams and CCTV.
These are Google dorks to hack CCTV cameras and webcams

List for Google dorks CCTV

Just copy one by one in google .


inurl:/view.shtml
intitle:�Live View / � AXIS� | inurl:view/view.shtml^
inurl:ViewerFrame?Mode=
inurl:ViewerFrame?Mode=Refresh
inurl:axis-cgi/jpg
inurl:view/indexFrame.shtml
inurl:view/index.shtml
inurl:view/view.shtml
liveapplet
intitle:�live view� intitle:axis
intitle:liveapplet
allintitle:�Network Camera NetworkCamera�
intitle:axis intitle:�video server�
intitle:liveapplet inurl:LvAppl
intitle:�EvoCam� inurl:�webcam.html�
intitle:�Live NetSnap Cam-Server feed�
intitle:�Live View / � AXIS 206M�
intitle:�Live View / � AXIS 206W�
intitle:�Live View / � AXIS 210?
inurl:indexFrame.shtml Axis
intitle:start inurl:cgistart
intitle:�WJ-NT104 Main Page�
intitle:snc-z20 inurl:home/
intitle:snc-cs3 inurl:home/
intitle:snc-rz30 inurl:home/
intitle:�sony network camera snc-p1?
intitle:�sony network camera snc-m1?
intitle:�Toshiba Network Camera� user login
intitle:�i-Catcher Console � Web Monitor�


Actually its not a Hack , Its only a Vulnerability

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Saturday, December 30, 2017

IDM WAS REGISTERED WITH A FAKE SERIAL NUMBER SOLUTION EASIEST WAY

IDM WAS REGISTERED WITH A FAKE SERIAL NUMBER SOLUTION EASIEST WAY



The other way is the easiest way . After cracking and patching IDM, just go to the installation folder of IDM �C:Program Files (x86)Internet Download Manager� and rename the �IDMGrHlp.exe� to anything you want or just delete it. Done!

rename the
Rename the �IDMGrHlp.exe� to anything you want or just delete it
But wait! Every time you run IDM, there would be a new popup box saying �IDM cannot find 1 files that are necessary for browser and system integration. Please reinstall IDM�.

To get rid of it,�place anything in that folder �C:Program Files (x86)Internet Download Manager�and rename it �IDMGrHlp.exe�. I made a copy of the �idmBroker.exe� and renamed it to �IDMGrHlp.exe�.

make a duplicate of idmBroker.exe and rename it to IDMGrHlp.exe.
Make a duplicate of idmBroker.exe and rename it to IDMGrHlp.exe.


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Monday, December 25, 2017

How To Setup An Interal DNS Server On Ubuntu Easiest Way Bind9 DNS server

How To Setup An Interal DNS Server On Ubuntu Easiest Way Bind9 DNS server


Bind9 is used all across the internet for DNS. Over 70% of DNS servers on the internet use Bind.
In this tutorial we will setup a Bind9 DNS server for your home network with caching.
Running a caching DNS server it will cache DNS locally so sites you visit often will not have to make a DNS query until the DNS record has expired.
This will help improve your internet speed as well as reduce bandwidth.

Before we begin make sure you have an Ubuntu server running and configured with a static IP address

Installing Bind9 on Ubuntu

Open Terminal on Ubuntu server or Login via SSH

Installation
sudo apt-get install bind9

And then type "Y" to confirm

Bind Configuration

The next step is to configure the forwards addresses for bind.

This tell bind where to look if it doesnt know the IP address of a domain.
In this example we will use Googles Public DNS servers for the forward DNS servers.
Googles DNS servers are fast, and free.
If you want you can use your ISP providers DNS servers.

sudo nano /etc/bind/named.conf.options

then press enter
Configure Forwarders As shown is Above Picture
Exit it out of nano by hitting CTRL + X.
Enter Y to confirm saving changes.

Configuring internal domain

The next step is to edit /etc/bind/named.conf.local
In this example we will setup an internal domain with tne name linux.lix.
If you want to use something else just make sure you replace linux.lix in the following steps with your internal domain name.
The internal domain can be whatever you want.

sudo nano /etc/bind/named.conf.local

then press enter
We will need to figure out our IP address range of our internal network so we can build the correct reverse zone lookup file.

Most home networks will have a 192.168.1.X or 192.168.0.X type of IP address. In my case I have a 192.168.0.X IP address network.

When looking at our IP address the part we care about is the first three sets of octets ( 192.168.0.100 = three sets 192.168.0) 

Then we just reverse them - 192.168.0 => 0.168.192

Replace linux.lix with the internal domain name you picked and replace 0.168.192  with your IP address scheme.

and make note of the names because we will need to build these files in the next few steps. 

zone "linux.lix" {
             type master;
             file "/etc/bind/db.linux.lix";
        };

zone "0.168.192.in-addr.arpa" {
        type master;
        notify no;
        file "/etc/bind/db.192";
};





Hit CTRL + X to exit out of nano
Enter Y to confirm saving changes

Building Your DNS Forward Zone

The first file we need to build is the forward zone file (db.linux.lix)

sudo cp /etc/bind/db.local /etc/bind/db.linux.lix

This will copy default zone to our zone

Now lets Edit our Zone db.linux.lix

sudo nano /etc/bind/db.linux.lix

The three most common types of DNS records are Address (A Record), Canonical Name (CNAME), and Mail Exchanger (MX). We will focus on A Record

A Record: Defines a mapping of a hostname to an IP address. This is the most common
CNAME: Defines that the domain name is an alias of another name.
MX: Defines mail servr
NS: Name Server


Replace linux.lix with internal domain name you picked
shahid.linux.lix with your internnal domain name example - user.yourdomain.ext
Change DNSserver. to your UbuntuServer Host name and put "." in end of host name as shown in above picture.

Put " ; " in front of  like these
;@      IN      A       127.0.0.1
;@      IN      AAAA    ::1

Now Maping Domain Name to IP

@      IN       A      192.168.0.101
In my case 192.168.0.101  is My internal webserver.

Now Building Reverse Lookup

sudo cp /etc/bind/db.127 /etc/bind/db.192

This will copy default reverse lookup file to our database

Now edit the file
sudo nano /etc/bind/db.192


Replace linux.lix as with internal domain name you picked as Mention Earlier
Make sure you have a "." at the end of the names.

IN is defining it as an Internet address.
PTR is a pointer record. This defines what name will be called when an IP address is looked up.

Now lets save our reverse zone file by hitting CTRL + X
Enter "Y" to confirm saving the file.

Now Start Your DNS Server

sudo service bind9 start

Now Test The DNS server


Now open Internet Protocol Version 4 properties in Windows7 or 8 or10
located in - Control PanelNetwork and InternetNetwork and Sharing Center
then click on Local area Connection Status then - > properties -> Internet Protocol Version 4

And then Put your Ubuntu Server Ip address to Preferred DNS server Box and click ok

Now Open CMD in Windows

Type ping linux.lix
Now open you Browser type linux.lix in url You will get your Web server - Web Page


For Any one Who Join Your Local Area connection can get the DNS server By puttion Your Ubuntu Server IP address to your Router DNS setting

Now you Have Your own Domain Name and Server

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