Hypersocket is a cross-platform VPN solution built for all types of remote access scenarios. Powerful, yet simple to use, Hypersocket uses a single installed client to provide access to any number of network resources. Its powerful granular access means you can have fine-grained control over your entire network and remote users. Accessed through a secure HTTPS port, the Hypersocket client provides access to any number of host/port combinations, all assigned server-side by the Administrator through roles. The Administrator is able to configure the server through a Web portal on the same HTTPS port.
rnio is a minimalistic nio framework for Java. With rnio, it is easy to use non-blocking network sockets in Java. Internally, rnio runs a set of selectors and handles the thread pool for the network-related tasks. This means that non-blocking network connections can be fully event-based.
ASUS G50 OLED is a modular daemon that controls the ASUS OLED found in G1/G2/G50/G70/G71 laptops to display system monitoring statistics such as load, CPU usage, battery level, total network traffic, CPU core operating frequency, current time and date, temperatures, and notifications of new emails or instant messages. The package includes ACPI event handlers that stop writing to the display when the lid is closed and stop or start the daemon by one of the blue buttons.
AnyClient is a platform-independent file transfer application that supports all major file transfer protocols including FTP/S, SFTP, and WebDAV/S. It is available both as a Web-based service requiring no software installation, and as a downloadable application that you can install locally.
PortSensor is a powerful Windows/Unix server monitoring tool with Linux/Mac/Windows clients. Sensors can be created to monitor nearly any TCP/UDP service, such as: HTTP, FTP, POP3, SMTP, MySQL, and DNS. Custom sensors can be created to monitor your other critical server metrics, such as processor loads, mail queue loads, disk space usage, and log activity.
The Network Traffic based Application Identification (netAI) tool identifies which end host applications are responsible for observed network traffic flows. Unlike previous solutions that identify applications based on port numbers or packet payload information, netAI computes various payload-independent features and uses machine learning to classify the traffic. Before netAI can be used to classify a particular application it must be trained on a representative set of traffic flows.