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Sshd then also calls xauth to add at the remote site an MIT-MAGIC-COOKIE-1 string into .Xauthority there, which then authorizes X11 clients there to access the ssh user's local X server. X11 connections between client and server over a network can also be protected using other secure-channel protocols, such as Kerberos/GSSAPI or TLS, although ...
An application on the local system creates an SSH session on the remote system (perhaps the application is xterm and the user types an 'ssh' command). The SSH server on the remote system sets things up so that any X client program the shell starts (on the remote system) uses the local Cygwin/X server.
It also can emulate control sequences from xterm, VT220, VT102 or ECMA-48 terminal emulation, and allows local, remote, or dynamic port forwarding with SSH (including X11 forwarding). The network communication layer supports IPv6, and the SSH protocol supports the zlib@openssh.com delayed compression scheme. It can also be used with local ...
Xming runs natively on Windows and does not need any third-party emulation software. Xming may be used with implementations of Secure Shell (SSH) to securely forward X11 sessions from other computers. [7] It supports PuTTY and ssh.exe, and comes with a version of PuTTY's plink.exe. The Xming project also offers a portable version of PuTTY.
NAT passthrough: the ability to connect to the server behind a NAT without configuring the router's port forwarding rules. It offers an advantage when you can't reconfigure the router/firewall (for example in case it is on the Internet service provider's side), but is a serious security risk (unless the traffic is end-to-end encrypted), because ...
This causes the windows to be arranged hierarchically in a tree. The X server automatically creates the root of the tree, called the root window. The top-level windows are exactly the direct subwindows of the root window. Visibly, the root window is as large as the screen, and lies behind all other windows.
The X Window System (X11, or simply X; stylized 𝕏) is a windowing system for bitmap displays, common on Unix-like operating systems. X originated as part of Project Athena at Massachusetts Institute of Technology (MIT) in 1984. [3] The X protocol has been at version 11 (hence "X11") since September 1987.
It also supports mechanisms for tunneling, forwarding of TCP ports and X11 connections and it can be used to transfer files using the associated SSH File Transfer Protocol (SFTP) or Secure Copy Protocol (SCP).