Free spy satellite software for linux

Satellite can track many remote machines with dynamic IP addresses in situations where public DNS services are inappropriate. Satellite can log and alert an admin immediately when a site comes online or needs attention.
The Satellite archive also includes an RPM spec file. RPM users can build a binary package ready to install by running:
rpm -tb satellite-1.0.2.tar.gz
You will find the binary rpm under /usr/src/rpm/RPMS/i386 or /usr/src/redhat/RPMS/i386.
Reasons for Satellite
Public DNS services are often used to track clients with changing IP addresses, but DNS solutions suffer from several problems:
Failure
Public DNS servers regularly fail due to overloading and system administration problems.
No notification
There is no notification when a system goes online. Instead you must poll DNS regularly to see when a system comes online.
Latency
Updating can take from several minutes to several hours before the change is made public. On systems with small idle timeouts it is often impossible to find the current IP address via DNS.
No history
Public DNS services only keep track of the current address and dont record past times or changes in a central location.
Enhancements:
- Minor code improvements. -e no longer searches PATH.
- --with-port removed. Default now found from /etc/services.
- Documentation updates

This driver gives you the capability to work with the MediaFocus Satellite TV card under Linux. This driver contains modules for Zorans multimedia controller ZR36120/ZR36125, Micronas Intermetall Video Pixel Decoder VPX32XX series, Digital Radio Processor DRP3510 (astra digital radio decoder), Multistandard Sound Processor MSP3400 C, SGS Thompson Satellite Sound and Video Processor STV0030 and Mitels 2.6 GHz Synthesiser SP5055 (satellite tuner).

A satellite frequency table for xawtv is also included. In this table the 18/14V and 22kHz settings are placed within the frequency values. In order to avoid this dirty implementation two possible future ioctls for the v4l-API are proposed here.

The above mentioned driver was written for the ZR36120/ZR36125-based MediaFocus Sat-PC card. Nowadays TechniSat is selling a new MediaFocus card, which is based on the Philips SAA 7146 multimedia-chip. A driver for this card can be found on the official TechniSat MediafocusII website.

VNC Spy monitors network traffic to find keystrokes entered into a VNC viewer. Letters the user types are printed to your screen.

So, for example, if an engineer insists on using VNC to log in from his Windows machine into your network whenever he wants from home, try leaving vncspy running for a while. I like to use the command:

sudo vncspy eth0 | tee keylog

Note that you need to run vncspy as root. You can either su root, or sudo.

This will sniff all keystrokes he enters from home to his VNC server. Assuming he has to enter his user name and password to log-on, you should see his user name in the keylog, followed by his password. Its that simple!

When you get his password, try writing it on a sticky-note, and pasting it on his monitor. Ive found showing people their passwords to be very effective at improving their security habits.

Usage:

vncspy must be run as root. It takes only one optional parameter, the interface to sniff on. If left out, it will use the first interface on your system, typically eth0.

Compling:

The only major dependency for vncspy is the pcap development library. On Debian or Ubuntu, you may issue a command like:

sudo apt-get install libpcap0.8-dev

If your system does not have libpcap available, you can install it from source from:

http://www.tcpdump.org.

Once you have libpcap, compiling vncspy is simple. Just type:

make

It should create the vncspy program. Let me know if you need help.

Bypass Proxy Client is the complete network privacy tool. It ensures absolute privacy wherever you maybe, preventing would-be snoopers from monitoring your surfing, email, or chatting activity. You can bypass blocking filters, firewalls, and proxies. Surf, chat, read news boards, and get all your email at work, on campus (or in regions/areas that may block controversial websites).
Main features:
- Surf the internet using your own virtual network across the web.
-
- Anonymously surf news groups, chat rooms, and web sites!
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- Protect your Kazaa Identity; Guard against IP tracing -- the no. 1 method
- used by the RIAA to spy on users of file shares (Kazaa, BearShare, etc.)
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- Prevent corporate networks from eavesdropping and viewing your personal information!
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- Keep your email and other personal documents private.
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- Regain access to sites that were previously blocked or filtered. Chat with friends online without concerns about eavesdropping.

GPS::SpaceTrack is a package for calculating the position of GPS satellites.

SYNOPSIS

use GPS::SpaceTrack;
my $obj=GPS::SpaceTrack->new(filename=>"gps.tle");
print join("t", qw{Count PRN ELEV Azim SNR USED}), "n";
foreach ($obj->getsatellitelist({lat=>38.870997, lon=>-77.05596})) {
print join("t", $_->prn, $_->elev, $_->azim, $_->snr, $_->used), "n";
}

This package can calculates the location of the GPS satellite constellation given the position of the receiver and a time which can be in the future.

CONVENTIONS

Function naming convention is "format of the return" underscore "format of the parameters."

CONSTRUCTOR

new

The new() constructor passes paramaters to the filename() method.

my $obj = GPS::SpaceTrack->new(filename=>$filename);

METHODS

getsatellitelist

The getsatellitelist() method returns a list of Net::GPSD::Satellite objects. The getsatellitelist() method is a wrapper around getsatellitelist_rad() for data formatted in degrees instead of radians.

my $list=$obj->getsatellitelist({lat=>$lat, lon=>$lon, alt=>$hae, time=>$time}); #degrees, degrees, meters, seconds from epoch
my @list=$obj->getsatellitelist({lat=>$lat, lon=>$lon, alt=>$hae, time=>$time}); #degrees, degrees, meters, seconds from epoch
getsatellitelist_rad

The getsatellitelist_rad() method returns a list of Net::GPSD::Satellite objects. This method is basically a wrapper around Astro::Coord::ECI::TLE.

my $list=$obj->getsatellitelist_rad({lat=>$lat, lon=>$lon, alt=>$hae, time=>$time}); #radians, radians, meters, seconds from epoch
my @list=$obj->getsatellitelist_rad({lat=>$lat, lon=>$lon, alt=>$hae, time=>$time}); #radians, radians, meters, seconds from epoch

filename

Method to get or set the filename of the TLE data.

my $filename=$obj->filename;
my $filename=$obj->filename(filename=>$filename);

KSetiSpy is a KDE utility that monitors the progress of the SETI@home client, and displays all kinds of information about the work unit(s) being processed.
It uses the same interface as SETI Spy, a Windows program written by Roelof Engelbrecht.
The SETI@home project started in May 1999; its goal is to harness the power of distributed computing to analyze radio signals from space, for "the small but captivating possibility of detecting the faint murmur of a civilization beyond Earth".
To participate in this exciting project, all you have to do is to run the SETI@home client program. This program downloads a set of data (usually called "work unit") from the SETI@home servers, processes it on the local machine (using idle processing time that would otherwise go wasted), and then transmits the result back to the servers.
Over time, SETI@home participants people have become more and more interested in learning everything about the data contained in these work units and the computations done on them. To address these needs, several SETI@home monitoring add-on programs were developed. These extract interesting information from the SETI@home client and present it in a user-friendly way.
One of the most complete SETI@home monitoring tools available today is a Windows program named SETI Spy. KSetiSpy has been created with the intent of providing a version of SETI Spy for my favorite desktop environment (KDE). KSetiSpy borrows most of its user interface conventions from SETI Spy, so SETI Spy users will feel immediately at home with KSetiSpy.
KSetiSpy started as a programming experiment in KDE in June 2001, and has grown a lot since then, mainly to keep up with the ever-increasing feature set of its Windows counterpart. Like many open source projects, its basically the work of a single developer (that would be me), working on it on his spare time. Therefore advancement is not linear, and debugging is mostly left to the users (that would be you). If you run into a bug, please report it to Roberto Virga
Enhancements:
- fixed RA and Dec formatting
- fixed julian date conversion (was off by 6 hours - thanks to Bengt-Erik Soderstrom for reporting this)
- fixed constellation links (the P.A.S. re-organized their web site)

settevion is a program that allows you to edit the channels in your Skymaster DXL 9400 Satellite Receiver.
This receiver was sold under the name Tevion FTA 203 by Aldi. Note that the current version does not allow writing radio channels into the receiver. Also note: This program makes use of undocumented behaviour. USE IT AT YOUR OWN RISK. There is no guarantee, even not against possible damage to your equipment. The program is free for personal, non-commercial use. Commercial use and copying (even at no cost) requires written permission. There are only german instructions provided, but Id not expect many problems for non-german speaking users since the programs dialog language is english.
Download settevion-x.x.x.tar.gz for Linux or settevion-win-x.x.x.zip for Windows. See the "Download" section below. For Linux, you must have Python installed (at least version 2.2) and Tkinter, which might be in a separate package. They are part of your distribution. Unpack the .tar.gz and do a "make install". The Windows version comes with its Python interpreter integrated into settevion.exe. Just unpack the zip file. For both versions, connect the receiver with a null modem cable and start settevion. Choose "Edit->Preferences" to select your serial device. Then choose "Receiver->Read data from receiver". This should be enough to make this run.
Enhancements:
- settevion.py: getDBPRINT: added code to read in SER data entry by entry since firmware version 2.12 doesnt dump the SER data base any more. satIO.read() changed to ignore asynchronous error messages ("trashlog") if they are one a line of their own. Warning message added if Python is called with -O and one of the debugging (-v) command line options is set. Version 1.4.1.

Header Spy is an extension which shows HTTP headers on statusbar.
Main features:
- Up to 5 statusbar panels;
- Request and response headers;
- Custom headers;
- Tooltip headers;
- Menu with headers for statusbar panels;