<html> <head> <title>Success stories</title> </head> <body> <ul> <li> <a href=http://www.karlrunge.com>Karl Runge</a> took my first version of x11vnc, which was just a proof-of-concept that the library actually is usable, and turned it into a <a href=http://www.karlrunge.com/x11vnc/> fully fledged application</a>. <li> Tim Jansen created <a href=http://www.tjansen.de/krfb/>KRFB</a>, which is x11vnc integrated into KDE. <li> Jeff Mock of <a href=http://alfa.naic.edu>the world's largest radio telescope in Arecibo</a> sent me a nice <a href=http://libvncserver.sourceforge.net/alfa-vnc.gif>screenshot</a>, describing his use of LibVNCServer: <p> <i>I've been using it for about 4 months on a project to build a new spectrometer for the radio telescope at Arecibo. Arecibo is the largest radio telescope in the world (305m!) in Puerto Rico. It has 10-times the collecting area of the second largest telescope in Effelsburg (maybe near you?). <p> The project is an embedded linux box that boots from a compact flash card. The root filesystem is only about 5MB. X wasn't reasonable for such a small embedded system, but libvncserver was perfect. On the console we run graphical diagnostics that write directly to the frame buffer. It was a simple matter to hook this direct-framebuffer application to libvncserver. This way we can easily view the diagnostics for the spectrometer from the control room (or anyplace else for that matter).</i> <li> michu let me know that <a href=http://ssl.bulix.org/projects/lcd4linux/> LCD4Linux</a> has a VNC backend using LibVNCServer. </body> </html>