Programming technologies will equip programmers with limited built-in functions. Of course, additional Frameworks can be deployed on top of them to reduce product time to market and deliver solutions more quickly. But it is still an old game.

BPMS is definitely a future scheduling approach and when installed it will equip programmers with tons of features to automate / simulate / analyze processes alongside Business Activity Monitoring (BAM), case management features. An iBPMS is more than a BPMS with smart business operations features, built-in adaptive / predictive decision capabilities, advanced analytics tools, advanced built-in tools. Highly intuitive designer portals will make a programmer more productive and offer cost-effective, model-based solutions. BPMS is an intelligent scheduling platform with a “give more to end users” approach, as opposed to the traditional approach of collecting clean slate requirements. Yes, a BPMS contains built-in job entry / update / review functions along with electronic document management functions. Business process teams can also report on work using BAM capabilities to monitor service levels for tasks, process quality, user productivity, work assignment, and more. BPMS is somehow appealing to the technical community with its no-coding approach that enables IT teams to deliver solutions quickly while generating more return on investment (ROI). As such, there is no benchmark for calling a technology like BPMS except exploring the features related to process modeling, designing, optimizing, implementing, maintaining and supporting processes to take business to the next level in this competitive world. . A few years ago there were only a few technology vendors in this field and now all other vendors have BPM / BPMS acronyms widely appended to their product or website features. A simple comparison for traditional programming environments versus a BPMS / iPBMS will be as follows: An IBPMS is most likely a building block set for the designer / programmer to assemble the pieces to meet customer / customer needs with a lots of information. built-in functions for the needs of the corss industry.

Process automation occurs in three simple steps:

1) Understand and feed the requirements into an iBPMS (these are executable requirements that will generate the resulting code for skeleton applications)

2) Model the processes (single or multi-threaded process) as part of step 1

3) Implement (again using non-coding techniques).

Even Integrated Development Platforms have gone to the Web, making outsourcing infrastructure (for hardware and software needs) or Cloud Computing an easy task. The development / test / production environments are just minutes away within the time your credit card / check card payment is made.