SAP Readiness Check for SAP S/4HANA | Highlights 2020

Innovation potential study to analyses the configuration of the SAP ERP system to
recognize innovation potential (for example, for machine-learning).

1) Business associate to identify viable data quality effects in clients and vendors and other efforts operators for implementation planned.
2) Financial information mark to identify feasible data quality problems before accounting transformation.
3) Planned downtime estimator to get an the calculation for end-to-end conversion downtime.

Downtime optimization approaches
1) Overview
2) Resolution about approach depends on various factors and should be practiced after a migration planning workshop
(service component of SAP Value).

Assurance for SAP S/4HANA) Downtime
1) Conventional strategy Use Software Update Manager with numerous optimizations
2) Downtime-optimized conversion approach Reduce downtime by moving data transformation and migration partially to uptime (currently only guided).

Near-zero downtime technology (nZDT)
Further, decrease downtime by accomplishing the reformation on a clone; it is a consulting assistance project.

Uptime migration (downtime-optimized DMO)
1) Overcoming the technical downtime for conversions from SAP ECC on non-SAP HANA database
2) Uptime migration for chosen large application tables
Differences by end-users are replicated with the record-and-replay technology of Software Update Manager.
This includes initial and delta migration through uptime, remaining delta migration in downtime.
Table conversion prompted to uptime processing
3) Field conversion moved to uptime processing (KONV and VBFA tables)
4) Uptime migration for chosen large application tables (which are not a member of the data conversion)

Near-zero downtime technology:
SAP assistance striving to drastically reduce the downtime of system assistance events such as:
1) Update, upgrade of present ABAP systems
2) System conversion from SAP ERP to SAP S/4HANA Based on regular SAP tools like Software Update Manager.

Additionally uses technology to conduct preservation activities on a system clone
1) End users continue to work on the prolific system.
2) End-user switches are recorded and analyzed on the clone. Includes a project-specific explanation on downtime goals and effort analysis Near-zero downtime technology (NZDT).