Exploring Deployment Options

Objective

After completing this lesson, you will be able to describe the available Deployment Options

The Intelligent Enterprise

What is an Intelligent Enterprise?

An Intelligent Enterprise ...

  • Uses data assets to achieve desired outcomes faster and with less risk.
  • Empowers employees through process automation.
  • Anticipates and proactively responds to customer needs.
  • Invents new business models and revenue streams.

The Intelligent Enterprise is based on three key areas:

Intelligent Suite

  • Manage supply chains, networks, employees and core processes.
  • Manufacturing and Supply chain are key areas that enable an intelligent enterprise.
  • Leverage predictive processes, smart automation, and have total visibility across your network.   

Intelligent Technologies

  • SAP IoT and Edge (formerly: SAP Leonardo IoT) - a guided approach to digital transformation that combines intelligent technologies and services.
  • Technologies such as artificial intelligence, machine learning, Big Data, IoT, analytics, and blockchain across the Suite to drive ongoing innovation.

Digital Platform

  • Manages data from any source in any format.
  • Uses an open cloud platform to build or extend applications.
  • Uses in-memory database to power applications, data warehousing, and analytics and provides orchestration and meta data management across heterogeneous sources.

SAP Business Technology Platform (SAP BTP)

SAP BTP implements the Digital Platform and is an enterprise platform-as-a-service that provides comprehensive application development services and capabilities, which lets you build, extend, and integrate business applications in the cloud.

It is supported by multiple cloud infrastructure providers and enables innovative technologies such as the Internet of Things, machine learning, artificial intelligence, and big data,

Key aspects of SAP BTP are f.ex. User Experience (SAP Fiori), SAP Cloud Identity Services, Domain Models and Master Data Integration, SAP Analytics Cloud, Environments (Cloud Foundry, ABAP, Kyma) and Security.

SAP BTP is available in many regions around the globe. You can choose between data centers hosted by SAP and those run by our partner Infrastructure-as-a-Service (IaaS) providers (so-called Hyperscalers):

Microsoft Azure, Amazon Web Services, Alibaba Cloud, and Google Cloud Platform.

SAP S/4HANA

SAP S/4HANA is an acronym for SAP Business Suite 4 the HANA Database and is part of the Intelligent Suite within the Intelligent Enterprise.

With SAP S/4HANA, SAP delivers a new product, which is completely based on the in-memory platform SAP HANA. SAP S/4HANA is not an upgrade of the existing Business Suite; it is a new product for which the components have been reprogrammed successively. A radically simplified data model, as well as a new UI technology (SAPUI5 / SAP Fiori) are the most prominent characteristics of SAP S/4HANA.

SAP S/4HANA consists of a variety of areas such as Enterprise Management, R&D and Engineering, Asset Management, Service etc.

What is SAP HANA?

SAP HANA is a database, an appliance, and a platform.

First of all, SAP HANA is a hybrid in-memory database, which combines row-based, column-based, and object-based database technology. SAP HANA can use the parallel processing functions of modern multi-core CPU architectures. SAP applications can use the advantages of current hardware technology, by using this architecture.

Furthermore, SAP HANA is a flexible, data-source-agnostic appliance (an appliance is a combination of hardware and software), which provides the possibility for customers to analyze large amounts of data of SAP and non-SAP systems in real time. The requirement to materialize transformations is therefore no longer necessary. SAP HANA appliance software is a combination of hardware and software, which integrates a number of SAP components, including the SAP HANA database and various data replication systems.

SAP HANA is also an application framework, and a development environment — with the possibility to develop native SAP HANA applications. SAP HANA is the platform for all cloud-based SAP applications, and for the latest SAP product S/4HANA.

The functionality of SAP HANA is as follows:

  • Optimized data storage for column-based storage.
  • Optimized data compression is, therefore, possible.
  • Partitioning and distribution on various processor cores.Shifting of data-intensive calculations, from application to database.
  • Processing of geo-specific data/geo-specific data types are supported.

  • Text analysis and full text search is supported.

Highlights for SAP S/4HANA

  • Successively renewed coding of all SAP applications based on SAP HANA
  • Radically simplified data model (redundant tables and indices removed)
  • SAP Fiori as new User Experience
  • Substantially reduced data footprint

SAP S/4HANA is delivered in two different deployment models:

  • Cloud
  • On Premise

Deployment Options

Image showing the deployment options for the current SAP Business Suite and for SAP S4HANA: On Premise, Public or Private Cloud, Hybrid, and Mobile. These are described in the following text.

SAP offers the following deployment options (deployment types) for the current SAP Business Suite, as well as for SAP S/4HANA:

  • On Premise

    In this common model, the customer acquires a license and installs the software in their own data center.

  • Cloud

    In this model, the customer rents the software for a certain period of time. SAP deploys the software in the SAP-owned data center.

  • Hybrid

    In this model, required applications are operated partially by the customer and partially by SAP in the Cloud. Both parts can be linked and integrated with each other.

  • Mobile

    In this model, mobile devices access On Premise, or Cloud applications.

Cloud Models

SAP offers the following cloud models:

Public Cloud

Public cloud software typically runs in a multi-tenant server, where multiple tenants, or customers share the resources of the server. This is similar to an apartment building where multiple tenants live within the same physical infrastructure and share certain resources, but each tenant has their own key to a secure unit within the building.

Maintenance of the building and apartment units is factored into the rent paid by tenants and taken care of when tenants need it. In public cloud, each customer's data and applications are hidden from the other customers, but because they are sharing certain resources and maintenance of the solution is taken care of by the cloud provider, public cloud is often the most affordable and efficient solution.

Private Cloud

Private cloud software typically runs in a single tenant server, where only a single tenant (customer) uses the resources of the server. Software runs in a private network protected by a firewall, similar to an on premise system. The main differences between private cloud and on premise is who has responsibility for maintaining the server, and the license for the software installed on the server.

For on premise, a customer purchases the server and is responsible for maintenance. For private cloud, a third party provider owns the server and is responsible for maintenance. A customer pays a subscription fee to access the server over the internet and install software. In some cases, one cloud provider maintains the server, and another provider maintains the software installed on the server.

For example, with SAP S/4HANA Cloud, private edition, SAP is responsible for maintaining the business software, but the customer can choose to have their software on a server in an SAP data center, or a server in a data center from one of our hyperscaler partners. In this case, the hyperscaler partner is responsible for maintaining the server.

Private clouds offer more flexibility and customization than public cloud. If public cloud is an apartment, private cloud is a single family home on a plot of land.

From On Premise to Cloud

Cloud software is delivered "as-a-Service", where a consumer of the service is billed on a subscription basis for what they use. The subscription-based digital model is highly flexible and agile because you can easily scale up or down as needed.

  • Infrastructure as a Service (IaaS)
  • Platform as a Service (PaaS)
  • Software as a Service (SaaS)

The following graphic explains and differentiates On-Premise, IaaS, PaaS and SaaS:

Image shows four lists under the headings On-Premise, Infrastructure as a Service, Platform-as-a-Service, and Software-as-a-Service. Under each heading, are lists showing what's managed by you and what's managed by SAP or SAP Partner managers.

An example for IaaS is SAP's Managed IaaS Solution: SAP HANA Enterprise Cloud (HEC)

Two-Tier ERP Deployment

A two-tier ERP strategy is when a company implements different ERP systems for separate parts of the business. By combining two different deployments of SAP S/4HANA, a business can take advantage of the fast innovation in public cloud, while still allowing for a high degree of customization for strategic processes in the private cloud or on premise.

Image shows three scenarios, which are described in the following text.
  • Scenario 1: Headquarter & Subsidiary model

    Headquarters runs a highly customizable on premise or private cloud ERP and subsidiary runs a standardized public cloud ERP with a specific scope.

  • Scenario 2: Central Services model

    Organization has a line of business spin-off running a standardized public cloud ERP- For example, Finance would be a separate legal entity and run in the public cloud as "Shared Services", with the rest of the business running on a highly customizable on premise or private cloud ERP

  • Scenario 3: Ecosystem model

    Headquarters runs a highly customizable on premise or private cloud ERP and brings their subcontractor(s) or dealer(s) on a standardized public cloud ERP.

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