Abstract: Systems and methods for generating unique identifiers for devices are disclosed. In some implementations, a set of characteristics of a device is received. The set of characteristics identifies an operating system (OS) and a manufacturer of the device. Whether the set of characteristics also includes a first identifier of the device is determined. The first identifier uniquely identifies the device among devices of a same OS and a same manufacturer as the device. Upon determining the set of characteristics includes the first identifier, a unique ID for the device is generated based on the OS of the device, the manufacturer of the device, and the first identifier. Upon determining the set of characteristics lacks the first identifier, a second identifier associated with the device is received. The unique ID is generated based on the OS of the device, the manufacturer of the device, and the second identifier.

Abstract: There are disclosed systems and methods for managing network devices and/or physical layer devices involving a server computer, a client computer coupled with the server computer, and a connector device coupled with the server computer, and a plurality of network devices and/or physical layer devices coupled with the connector device. A management application executing on the server may provide a graphical user interface allowing for dynamic substitution of network devices and/or physical layer devices based on device substitution requirements provided by a user.

Abstract: A system for enabling secure remote switching and robotic operation and monitoring of multi-vendor systems such as those in laboratories, factories, classes and networks. Equipment server nodes support Clients, TCL, and equipment server sub-systems. Clients use graphical user interfaces to log-in and access functions on server nodes. A client/server application-level protocol provides programmable levels of security and reliability. Server functions include user management, resource management, reservation, statisitical data, usage case storage and retrieval, and documentation of configurations. Electro-mechanical equipment server sub-systems interconnect a plurality of switch, action control, and command and display modules. Switch modules interconnect a plurality of multi-wire or fiber optical communication interfaces. Action control sub-system modules control power, servo, light, and other action pod modules. Power action modules control and measure equipment power.