Multi-Org Orchestrator

Think Globally, Act Locally

Complex global organizations, with several subsidiaries, often mention an intention to "think globally and act locally", in order to streamline operations and optimize the achievement of organizational goals. Nevertheless, the fulfillment of this paradigm poses a set of challenges and questions mainly due to the variance in the operational characteristics and goals of each subsidiary.
State of the art rollout methodologies, have tended to focus on replicating global IT setups and configurations, rather than on the management of centrally controlled, yet flexible baseline.
ProcessGene's Global Rollout solution enables multi-subsidiary organizations to distribute a unified process baseline, while allowing subsidiaries a controlled level of flexibility in determining local processes.

More on global rollout and multi-organization management
The Multi-Org Orchestrator allows multi-subsidiary organizations to model their business processes in the "Multi-Org" application, allowing the organization to view the interrelation of global and local practices. The "global baseline" is found at the top of a multi-organizational structure, and represents the organization's model outline. Each subsidiary is modeled underneath the global baseline. ProcessGene's Multi-Org application is unique in that it treats each subsidiary as a "Local" organization which is permitted certain unique practices not necessarily reflected in all subsidiaries. The general workflow is as follows: The global baseline creates a business Process (at any level) and distributes it to all local organizations. Each local organization then decides whether to accept or reject the Process. Local organizations may also create their own local Processes. Some of these local Processes may be relevant for them only, whereas others may be useful to other local organizations. The global baseline detects these locally-created local Processes and decides whether or not to add them to the global baseline for distribution to the entire model.