Abstract: Various methods, apparatuses/systems, and media implementing a structured cabling connectivity module for providing high-speed data connectivity are disclosed. The system includes a processor; and a memory operatively connected to the processor via a communication interface. The processor receives requirements and design data for providing a complete end-to-end cabling connection among a plurality of data centers corresponding to a predefined network environment; generates connectivity link data based on the received requirements and design data; identifies a first predefined length data for cabling between two hardware components within a same data center zone; identifies a second predefined length data for cabling between a hardware component of a first data center zone and a hardware component of a second data center zone; and establishes a communication link among the plurality of data centers by implementing the identified first predefined length data and the second predefined length data.

Abstract: A method for providing varying amounts of simulated latencies for a mainframe is disclosed. The method includes modifying routing to pass through a simulated latency injector system; setting an initial latency amount for the target mainframe; when the mainframe application is determined to be unstable, modifying the OSA routing to bypass the simulated latency injector system; when the mainframe application is determined to be stable in the first monitoring, initiating a planned latency injection schedule for injecting latencies in differing amounts until a target latency amount is reached; performing monitoring for the stability of the mainframe application; modifying an injected latency amount back to the initial latency amount when the mainframe application is determined to be unstable in the monitoring; and applying another latency amount specified in the planned latency injection schedule when the mainframe application is determined to be stable.