Untitled Document
Note: This is Part II. To read Part I, click
here.
Technology-Aided Processes
The BPM discipline increasingly leverages technology-aided definitions to facilitate
business process excellence and rapid deployment. BPM technology helps you rapidly
embody business processes in software -- a salvation for line of business managers,
process managers and business analysts, who need to respond to ever-changing
business processes. Once business logic, process flow, and business role updates
are captured in software, business managers can immediately roll out updated
business process definitions across multiple regions, departments, and business
units.
Business processes embodied in software enhance distribution of updated processes
and include process consistency, governance and adherence to regulatory compliance
without extensive training. Business managers reach their constituencies in
an organization with comprehensive process updates by updating their process
applications, which deliver the updated business process definitions. Technology
allows for much faster deployment of process definitions than manual methods
guided by memos, training manuals, or directives from headquarters. Also, companies
can deploy the updated process definitions as widely as necessary to gain an
advantage.
Business Users and Business Modeling
BPM technology lets line of business users represent their thinking, ideas,
and business models in the form of standardized models in a unified notation.
So, BPM technology appeals to business users with its modeling and analysis
components. Process models are more than just a graphical representation of
workflow. They deliver great benefits. Process modeling is the intersection
between business users and technology; it becomes a critical skill for line
of business managers to successfully run their projects. Modeling skills are
becoming as important as spreadsheet skills were in the '90s because the benefits
will drive organizations to demand this skill from their knowledge workers.
Process modeling helps standardize communication. For example, IT process models
represent shared understanding. Imagine a process model where boxes are defined
as a process step and the process step is precisely defined as an activity,
which has a predecessor and a following activity, representing the lowest abstraction
level atomically or as a compound. An entire organization would view a box in
a flow diagram the same way; business managers would express their ideas using
the same representation. A certain process diagram alleviates misinterpretation,
reducing the error rate and promoting a certain business idea. Additionally,
standardized communication provides the first step in process governance, a
highly important factor considering regulatory mandates such as Sarbanes-Oxley
and other industry-specific regulations.
-1-