Abstract: A system executes an enterprise framework for enterprise-wide software monitoring using a Software Deployment Management (SDM) environment such as Pega®. The system accesses a plurality of virtual machines running within the enterprise; determine a plurality of applications running in each of the plurality of virtual machines; access each of the management beans provided by each of the plurality of applications in each of the plurality of virtual machines; identify each of the management beans by name and operation; parse each of the management beans to determine associated automated entity (i.e., agent and/or listener) information; and store the automated entity information in an accessible database. Each of the management beans may be accessed periodically and based on a predetermined regular time interval and/or may be accessed substantially concurrently. Likewise, each of the virtual machines may be accessed substantially concurrently. The time of access may also be stored.

Abstract: A system executes an enterprise framework for efficient software deployment using a Software Deployment Management (SDM) environment such as Pega®. The system includes an orchestration framework to receive a single input from an administrator; and in response to receiving the single input from the administrator, initiating an end-to-end software deployment process. A smart framework receives instructions from the orchestration framework to initiate the end-to-end software deployment process; manages a rule-set for code development; and packages a product based on developed code. A shell script stores the product in a versioning repository; and publishes a release note corresponding to the product. The orchestration framework deploys the product to a testing environment; and performs a restart for each server. The smart framework validates deployment; and performs a diagnostic check. A testing framework performs a smoke test and a regression test.