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TightVNC is a free and open-source remote desktop software server and client application for Linux and Windows. A server for macOS is available under a commercial source code license only, without SDK or binary version provided. [3] Constantin Kaplinsky developed TightVNC, [4] using and extending the RFB protocol of Virtual Network Computing ...
TigerVNC is an open source Virtual Network Computing (VNC) server and client software, started as a fork of TightVNC in 2009. [2] The client supports Windows, Linux and macOS. The server supports Linux. There is no server for macOS [3] and as of release 1.11.0 the Windows server is no longer maintained. [4]
UltraVNC is the result of the merger of Vdacc-VNC started by Rudi De Vos in 1999 and eSVNC started by Sam in 2002. [1] UltraVNC is developed in the C, C++, and Java programming languages. Since release 1.0.6.4, UltraVNC server can work as a Windows service under User Account Control (UAC).
Alternatively, a machine (which may be a workstation or a network server) with screen, keyboard, and mouse can be set up to boot and run the VNC server as a service or daemon, then the screen, keyboard, and mouse can be removed and the machine stored in an out-of-the way location. Users commonly deploy VNC as a cross-platform remote desktop system.
PuTTY user manual (copy from 2022) PuTTY (/ ˈ p ʌ t i /) [4] is a free and open-source terminal emulator, serial console and network file transfer application. It supports several network protocols, including SCP, SSH, Telnet, rlogin, and raw socket connection.
Vino was a VNC server for the GNOME desktop environment, the GNOME developers now recommend using "gnome-remote-desktop" instead. Configuration up to version 3.8.0 was via the vino-preferences program. This was removed from the packages after that version, since the gnome-control-center could then be used alternatively to control settings.
x11vnc is a Virtual Network Computing (VNC) server program. It allows remote access from a remote client to a computer hosting an X Window session and the x11vnc software, continuously polling [4] the X server's frame buffer for changes.
Eggplant Functional employs a two-system model, comprising a controller machine—where scripts are authored and executed—and a system under test (SUT), which may run a VNC server. Eggplant Functional can connect to the VNC server via its built-in viewer via TCP/IP or to a system that supports Remote Desktop Protocol (RDP). [ 3 ]