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Get access to multiple remote computers simultaneously on your own desktop in real time. Multi Screen Remote Desktop(MSRD) is a remote desktop software that allows the network administrator to view and control remote computers without having to leave his own workplace. The Administrator connects to a remote computer over the network and, having the remote desktop on the screen of his own computer, launches programs, changes computer settings, and initiates remote shutdown by using the keyboard and mouse of his own. Unlike other remote desktop software, it can display up to 9 screens simultaneously in separated small windows, so you can watch to see what's happening on those remote screens conveniently.

Get access to multiple remote computers simultaneously on your own desktop in real time. Multi Screen Remote Desktop(MSRD) is a remote desktop software that allows the network administrator to view and control remote computers without having to leave his own workplace. The Administrator connects to a remote computer over the network and, having the remote desktop on the screen of his own computer, launches programs, changes computer settings, and initiates remote shutdown by using the keyboard and mouse of his own. Unlike other remote desktop software, it can display up to 9 screens simultaneously in separated small windows, so you can watch to see what's happening on those remote screens conveniently.

Anyplace Control | Remote Desktop Software for Distant PC Access & Computer Control: Remote Desktop Software that allows to Access Remote PC from anywhere, quickly and easily, even through firewall. Fast and secure Computer Remote Control Software.

TinMan RealTime is a software application used for a real-time monitor, control, and/or automation of local or remote system(s) with any number of sensors. Acquire and visualize remote sensor dataQuickly and efficiently access, validate, understand, improve and refine sensor data coming from local or remote systemsManually or autonomously control local or remote systems The basis of communication is the User Datagram Protocol (UDP) of wireless or wired Internet connections. UDP messages received by TinMan RealTime are typically comprised of sensor id and associated sensor data values. Messages being sent from RealTime are comprised of target system ids and command or action information. Because of RealTime's robust and efficient multi-threaded application architecture, there is no limit to the number of UDP data sources or UDP command targets that can be set up and configured to operate simultaneously. Real-to-life gauges can be assigned to intuitively visualize live sensor values and administer system commands. Multiple passive and active systems, local or remote, can be continuously and simultaneously monitored and controlled in real-time. Once dropped onto the live workspace, gauges and controls can be positioned as desired, and linked to any sensor or command element through a simple click of a mouse. Real-time data is visualized immediately. Also provided are interface controls for the direct manual manipulation and control of external systems by sending UDP messages (or commands).

TinMan RealTime is a software application used for a real-time monitor, control, and/or automation of local or remote system(s) with any number of sensors. Acquire and visualize remote sensor dataQuickly and efficiently access, validate, understand, improve and refine sensor data coming from local or remote systemsManually or autonomously control local or remote systems The basis of communication is the User Datagram Protocol (UDP) of wireless or wired Internet connections. UDP messages received by TinMan RealTime are typically comprised of sensor id and associated sensor data values. Messages being sent from RealTime are comprised of target system ids and command or action information. Because of RealTime's robust and efficient multi-threaded application architecture, there is no limit to the number of UDP data sources or UDP command targets that can be set up and configured to operate simultaneously. Real-to-life gauges can be assigned to intuitively visualize live sensor values and administer system commands. Multiple passive and active systems, local or remote, can be continuously and simultaneously monitored and controlled in real-time. Once dropped onto the live workspace, gauges and controls can be positioned as desired, and linked to any sensor or command element through a simple click of a mouse. Real-time data is visualized immediately. Also provided are interface controls for the direct manual manipulation and control of external systems by sending UDP messages (or commands).

TinMan RealTime is a software application used for a real-time monitor, control, and/or automation of local or remote system(s) with any number of sensors. Acquire and visualize remote sensor dataQuickly and efficiently access, validate, understand, improve and refine sensor data coming from local or remote systemsManually or autonomously control local or remote systems The basis of communication is the User Datagram Protocol (UDP) of wireless or wired Internet connections. UDP messages received by TinMan RealTime are typically comprised of sensor id and associated sensor data values. Messages being sent from RealTime are comprised of target system ids and command or action information. Because of RealTime's robust and efficient multi-threaded application architecture, there is no limit to the number of UDP data sources or UDP command targets that can be set up and configured to operate simultaneously. Real-to-life gauges can be assigned to intuitively visualize live sensor values and administer system commands. Multiple passive and active systems, local or remote, can be continuously and simultaneously monitored and controlled in real-time. Once dropped onto the live workspace, gauges and controls can be positioned as desired, and linked to any sensor or command element through a simple click of a mouse. Real-time data is visualized immediately. Also provided are interface controls for the direct manual manipulation and control of external systems by sending UDP messages (or commands).