Business Process Management System

The hottest trend now in Business Process Management suites is integrated performance management.   While Business Process Management System and its workflow ancestors have always featured basic process monitoring and work statistics, the kind of performance management now emphasized is more closely aligned with metrics strategic to the business: the percentage of orders filled immediately, or conformance with service level targets, broken down by customer type. 

These once were the sole province of business intelligence(BI)software, but performance management analytics and real-time business activity monitoring are now being brought inside the Business Process Management suite itself.  In doing so, leading Business Process Management System vendors are trying to distinguish this new level of performance management functionality from both traditional process monitoring and the kind of deep analytics provided by BI tools. 

To understand the differences, let’s first look at how these new systems work.

Business analysts start by defining business measures and relating them to process data.  These measures may be based on aggregated counts, time intervals, dollar value, utilization rate, or other data types.  Some aggregated business measures, called key performance indicators(KPIs),have in addition a user-defined target range or goal.  Users can define notifications or automated actions triggered when measured KPI values go out of their target range.  For analysis purposes, users can also define the dimensions of measurement, or how the measures can be broken out, e.g. by time period, by customer type, by product, etc.  The combination of measures and dimensions defines the schema of an operational data store,
a form of data warehouse that allows performance data to be rapidly recalculated, queried, and displayed in graphical dashboards.

High-level KPIs strategic to the business may involve external business data in addition to process data.  The performance management component of many Business Process Management suites is limited to business data managed or retrieved by the business process management itself.  On the other hand, the ability to aggregate and analyze business data and events directly from diverse process management systems defines the kind of deep analytics found in BI tools.  A new generation of Business Process Management System now seeks to unite these two sources of business performance data.

At runtime, the performance management component receives data in the form of events.  Events are signals, typically in the form of messages, that a state change or transaction has occurred.  Process events are generated automatically by the Business Process Management System process engine upon state changes such as completion of a process activity or task.
In some Business Process Management System, when a work item enters a task queue, is claimed or opened from the worklist, and is completed by the task participant are all considered separate state changes.  The event is a signal that the state change has occurred, sometimes accompanied by context data providing additional information supporting the business measures and dimensions.  In addition, external process management systems can be programmed to emit events, using database triggers
or integration adapters, that signal state changes such as a new or updated record in an orders table.

How those events are processed by the Business Process Management System performance management component defines some of the differences between vendor offerings.  In leading products, events are processed by a real-time event correlation engine.

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In an increasingly complex and competitive global marketplace, aligning IT with business goals has to be a priority for organizations in virtually every industry. Companies expect their technology investments to pay off through greater operational efficiencies, responsiveness and profitability. Accomplishing this return requires organizations to connect their IT resources with the business side of the house for Business process management.

For many organizations, this is exactly where business process management (BPM) comes into play. Business Process Management provides the structure to effectively integrate processes and improve orchestration among these activities to fuel high-performing corporate operations. To get the maximum benefit from BPM, businesses must understand the role myriad process management system play in their operations and then assess exactly how those processes can be improved on with IT and non-technical resources.

But far too many organizations find out after the fact that the process complexity associated with business activities clouds their visibility into the underlying processes that power these operations. Many companies lack a good understanding of exactly which key performance indicators (KPIs) can help them gauge when there might be an issue that would impact a critical operation such as their supply chains or manufacturing facilities in their Business process management.

This lack of clarity can be a game ender for a business, slowing growth, innovation and response times to a crawl, and leading to customer dissatisfaction and diminished competitiveness caused by poor Business process management.

So how can an organization get a handle on its processes? For many businesses, the answer is business activity monitoring(BAM), which sheds light on components that can make or break business performance. Some software leads the way in the BAM arena with its WebSphere Business Monitor, an integral part of the company’s BPM suite, which supplies a real-time view of business performance based on Business process management information collected from applications and other event sources. This view gives organizations the information they need to understand how well various components are performing so that they can fine tune processes and quickly resolve problems.

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The purpose of 6 Sigma is to conduct continuous improvement in the business processes management through its 6 Sigma methodology of root cause analysis and corrective action. In short,

6 Sigma minimizes the amount of failures that may occur while a task is being performed. This is achieved by way of daily scrutiny of the Business process management and sharpening the business process management techniques used therein.

Initially, 6 Sigma was implemented only in the manufacturing stream but eventually moved on to other fields where it has proved its mettle.

However, with advancing technology and increasing complexity of situations faced each day mere 6 Sigma implementation is not enough. This is where the Business Process Management gets integrated with

6 Sigma to create a better business process management performance-enhancing tool.

Business Process Management (BPM)

Business Process Management system are those set of activities, which are undertaken by a companies to either better the current business process management or alter them to suit new age requirements. This phenomenon supports and modifies the business process management and gives them useful business process management solution, models the data flow, manages
people, resources and overall business management systems at any given time.
Why Integration??
The coming together of Business process management and 6 Sigma was initiated since what one lacked the other could provide, thereby leading to a better approach towards analysis, understanding and improvising business process management tools.
For instance, 6 Sigma lacks the ability to collect large amounts of data, which is instantly provided for by Business Process management (BPM). Likewise, Business process management (BPM) is deficient in analytical tools to solve a difficult and complex business crisis and needs 6 Sigma methodology to intervene.

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