warvox 1 0 1 ( PART 1)

[/align]FREE CALL HACKING==
This tool is not created by me so the credit goes to real owners...here to share and get the response about functionality of this tool....

USE AT YOUR OWN RISK...POST SCRIPT THE BEST RESULT
RECIEVER WILL ALSO GUIDE ME COZ ITS MY RIGHT AND HE SHOULD HIMSELF PM ME....

[font=Times New Roman]WARVOX

WarVOX is a suite of tools for exploring, classifying, and auditing telephone systems. Unlike normal wardialing tools, WarVOX works with the actual audio from each call and does not use a modem directly. This model allows WarVOX to find and classify a wide range of interesting lines, including modems, faxes, voice mail boxes, PBXs, loops, dial tones, IVRs, and forwarders. WarVOX provides the unique ability to classify all telephone lines in a given range, not just those connected to modems, allowing for a comprehensive audit of a telephone system.

WarVOX requires no telephony hardware and is massively scalable by leveraging Internet-based VoIP providers. A single instance of WarVOX on a residential broadband connection, with a typical VoIP account, can scan over 1,000 numbers per hour. The speed of WarVOX is limited only by downstream bandwidth and the limitations of the VoIP service. Using two providers with over 40 concurrent lines we have been able to scan entire 10,000 number prefixes within 3 hours.

The resulting call audio can be used to extract a list of modems that can be fed into a standard modem-based wardialing application for fingerprinting and banner collection. One of the great things about the WarVOX model is that once the data has been gathered, it is archived and available for re-analysis as new signatures, plugins, and tools are developed. The current release of WarVOX (1.0.0) is able to automatically detect modems, faxes, silence, voice mail boxes, dial tones, and voices.

WarVOX is intended for legal security assessment, asset inventory, and research purposes only.

Keep in mind that the laws regulating automated dialing can vary by location, it is your responsibility to ensure that your local laws and the laws governing the target telephone range are respected. Information concerning potentially applicable laws can be found in the Laws and Regulations section.

INSTALLATION

The latest stable release of WarVOX (1.0.1) can be downloaded HERE.

The latest development version of WarVOX can be accessed from Subversion with the following command:

$ svn co http://metasploit.com/svn/warvox/trunk/

WarVOX is designed to run on modern Linux systems, specifically Ubuntu 8.10 and BackTrack 4. BSD variants and other Linux distributions are not officially supported, but you may be able to build and use WarVOX on them anyways. To install WarVOX's dependencies, execute the following command from a shell:

$ sudo apt-get install build-essential libiaxclient-dev sox lame ruby ruby-dev rake rubygems libopenssl-ruby libreadline-ruby libsqlite3-ruby gnuplot

To improve the speed of WarVOX and make it capable of handling multiple concurrent users, install the "mongrel" gem with the command below:

$ gem install mongrel

Once the dependencies are installed, enter the WarVOX directory and type the following command. This command will compile and configure the necessary tools within the WarVOX directory structure and does not require root privileges.

$ make

The next step is configure the WarVOX username, password, and data directory. To change these parameters, edit etc/warvox.conf. The default username is admin with a password of warvox. If you intend to dial large ranges and your system has more than one CPU or CPU core, change the analysis_threads value to twice the number of available processing units. Once WarVOX has been configured, execute the following command to start the web interface.

$ bin/warvox.rb

Once the web interface is started, it can be accessed from your browser at the URL http://127.0.0.1:7777/. Enter the username and password from the previous step to login.

Getting Started



In order to make phone calls, WarVOX needs to be configured with one or more service providers. For a list of compatible VoIP ISPs, please see the Service Providers section. To add a new provider to WarVOX, access the web interface, click the Providers link, and fill in the New Provider form. This form allows you to specify a nickname for the provider and indicate how many concurrent outbound calls can be made using this account. WarVOX can make use of multiple service providers and multiple outbound calls per provider when processing jobs.

Once one or more service providers have been configured, click the Jobs link. This will present a form that asks for the phone number range to dial, the number of seconds of audio to capture, and the maximum number of outgoing lines to use for this job.

The phone number range is specified by entering the phone number (country code first), with numbers replaced by X's where an entire range should be dialed. For example, the value 512-555-XXXX will make 10,000 calls, one to each number within the 512-555 exchange. In contrast, the value 512-555-555X will only make 10 calls, covering 5550 to 5559. Only 5 digits of the phone number range can be masked.

The seconds field indicates the number of seconds to spend on each call, including the ring time. The larger the value, the more audio that can be captured, but you run the risk of leaving silent voice mail messages if this value is too large. Keep in mind that many per-minute service providers include ring time in the billing and round up to the nearest minute. This rounding is why the default value is set to 53 seconds. Most service providers do not charge for calls which were not answered.

The outgoing line count is limited by the number of providers available and the number of lines available at each provider. If you are dialing a range with a limited number of inbound lines, the outgoing line count should be set to a small value, otherwise leave this value at the maximum number of available lines to complete jobs as quickly as possible. Each concurrent outbound call requires approximately 80kbits/s of downstream bandwidth.

The Caller ID is specified by entering the phone number (country code first), with numbers replaced by X's where parts of the number should be chosen randomly. This field also accepts the special value of "SELF", which will cause all calls to be made with the Caller ID set to the destination number (useful for testing poorly implemented voice mail security).

Once the job parameters have been specified, click the Create button to start dialing. If you return the main Jobs screen you can track the progress of the job via the percentage value in the active jobs table. The amount of time a given job takes depends on the number of phone numbers within the range, the number of seconds of audio to record, and the number of concurrent outbound lines. A 1,000 number range with 53 seconds of audio and 10 outbound lines would take approximately 100 minutes to complete.

After the job completes, access the Results link to view a listing of finished jobs. Click the View link to look at the raw call breakdown. To analyze the call data, click on the Results link, and then click the Analyze Calls link. Depending on the speed of your server, this can take up to 60 seconds per connected call to process all of the data. Once the data has been processed, the results will now be listed under the Analysis link. Viewing the results will provide the signal graph, spectrum graph, and a link to an MP3 file containing the audio from the call.

Version 1.0.0 of WarVOX does not include automated grouping or audio fingerprinting, but these features are mostly complete and just need to be integrated to the user interface. Any call data generated with version 1.0.0 can be reprocessed with a future version that can take advantage of the upcoming features.