didn't lead to some missing information and mistakes here and there (Emel is human after all and perfectly capable of making mistakes)
Clearly, there must be another way to do this – enter automation. Automation involves taking a computer algorithm designed to do simple, repetitive tasks and teaching it to adapt or correct its indonesia whatsapp number list performance based on many changing conditions at incredible speed and scale. It’s not AI per se, but it’s pretty close.
In Emel’s case, it could be a special type of software that allows her to pre-program a series of standard actions and trigger the algorithm to take action based on certain triggers. Every time a new invoice arrives, the algorithm extracts all the necessary information, adds it to the daily report, and emails it to the specified address at the specified time.
A smart process is any business process that has a beginning, an end, and a certain number of stages in between. The word “smart” means that it is partially or fully automated. For this reason, you may also sometimes hear the term “smart process automation”, which refers to the technology used to create smart processes.
What is the Difference Between RPA and SPA?
If you’ve been doing some research on the subject, you may have heard the term RPA thrown around when someone talks about automation. So what’s the difference between RPA (robotic process automation) and SPA (intelligent process automation)?
RPA
RPA is a technology that operates strictly within the confines of the logic of “if this, then that.” As the most primitive form of automation, it can be used to perform rule-based tasks (e.g., keeping records, entering pre-structured data into a database, or performing complex calculations).
You can program an algorithm to perform these tasks because they make sense and the steps are pretty clear: If a certain condition or set of conditions is met, the algorithm is directed to do something in response.
SPA
SPA is a logical evolution of RPA technology because it builds on it while preserving all the features of RPA technology. SPA brings two new elements to the picture:
human in the loop (this means that in certain cases, called “exceptions,” the system may require input from a human before proceeding)
machine learning (based on information received from a “human in the loop,” the system adapts to the changing environment by changing its behavior in similar situations in the future)
While RPA has been around since the early 1970s, SPA is a new technology that is just starting to gain momentum. And it will win!