The development PROCESS of the S/4HANA is to remove entire artifacts, which have been announced as workarounds of performance for traditional row-based RDBMS. Further, these are groups and programmed indexes, which included no value and offered rapid access to data and sums.

When it comes to the downside, these make compilation in the applications as well as difficulty in how to prevent the system to avoid incompatible updates in the groups. In addition, there is a need to develop significant code for the lengthy “Extract Transform Load” (ETL) setups including data preparation as well as exception handling ROUTINES initiated by latency.

With S/4HANA, these VARIOUS kinds of workaround on limitation depends on the technical restriction are no longer needed, as the current details, as well as the time it takes to travel from the STORE, can be READ immediately across entire inserts and updates. Hence, it removes the requirement for any kind of issues of the aggregates and index.

The development process of the S/4HANA is to remove entire artifacts, which have been announced as workarounds of performance for traditional row-based RDBMS. Further, these are groups and programmed indexes, which included no value and offered rapid access to data and sums.

When it comes to the downside, these make compilation in the applications as well as difficulty in how to prevent the system to avoid incompatible updates in the groups. In addition, there is a need to develop significant code for the lengthy “Extract Transform Load” (ETL) setups including data preparation as well as exception handling routines initiated by latency.

With S/4HANA, these various kinds of workaround on limitation depends on the technical restriction are no longer needed, as the current details, as well as the time it takes to travel from the store, can be read immediately across entire inserts and updates. Hence, it removes the requirement for any kind of issues of the aggregates and index.