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SAP exists just because of IBM – SAP was founded because 5 employees of IBM could not agree with IBM about who will work with whom in a project. Therefore, they quit IBM and founded SAP.
SAP started as a small company in Germany with 1 product and is now after Microsoft, the world market leader in enterprise application software in 2018 with 340 products.
SAP came from 1 customer to now 437,000 customers and from 5 employees to now 98,600 employees.
In 1972, 5 former employees from the IBM department for artificial intelligence in Mannheim, Germany set out to build a new company focused on business standard software.
The names of those five men are:
They called their new company SAP (Systems, Applications, and Products or original in German Systeme, Applikationen und Produkte) and have watched it grow to be the largest enterprise software company in the world.
The world of SAP is full of abbreviations such as its company name. To get a quick start see the 9 most important SAP full forms.
SAP is the 3. largest independent business software supplier worldwide in 2017 in terms of sales.
Furthermore, SAP is the 7. largest independent software supplier worldwide in 2017 in terms of sales.
|Sales Rank||Market Cap Rank||Company Name||Sales (Billion $)||Market Cap (Billion $)||Origin Country|
The original plan of IBM for the 5 former IBM workers was to create a standard software that used an electronic database for a comprehensive range of applications of that any given corporate company can make use of.
This plan used something unheard of in its day: Employees would be using an electronic database and receiving data in return live in real-time across all business areas.
At those days it was still common to use punch cards for data storage. And there was no standard software for business processes in the market. Remember, it was 1972.
Standard software means software that is not developed from the ground up explicit for one customer. It is not tailored but can be reused for different customers.
The 5 founders of SAP left IBM and started SAP after IBM and they could not agree about who would be in the project team for the standard software for business processes with an electronic database. That turned out to be not the worst move.
SAP’s core product is what is known as an ERP (Enterprise Resource Planning) system. ERP systems aim to map all business processes of a company into information technology under one umbrella.
SAP offers ERP systems for small-, medium-, and large-sized organizations across all industries and sectors. That SAP targets explicitly small businesses too is quite new and came with the introduction of SAP’s cloud computing.
SAP currently has more than 437,000 customers in over 180 countries. Fully 80% of these customers are small to medium-sized businesses (SMB).
This is quite the departure from SAP’s original market of only securing large companies as their main focus. As an estimate, 77% of all global business transactions come in contact with an SAP system.
While SAP’s cloud computing might be the future of SAP’s growth, they continue to offer on-premise products and on top hybrid options of on-premise and cloud computing.
SAP Software Evolution
SAP has come a long way since 1972. They started out with a single product called first R and later R/1 in the business area of finance which was running with 1-tier-architecture on a DOS operating system.
SAP’s first customer was the ICI group (Imperial Chemical Industries). They developed its first system for the ICI group and set it productive in 9 months. Obviously, it was an on-premise system in these times of the stone age.
Now SAP offers not only multiple version of ERP systems which are running with a 3-tier-architecture on-premise, in the cloud or as a hybrid version of on-premise and cloud but also a variety of other products.
By using a SAP ERP system, SAP’s customers can run all their business processes in an integrated environment.
SAP’s ERP systems ensure that all information flows from one SAP application to another SAP application. Or even to third-party applications such as Salesforce’s CRM. Without the need for redundant data entries.
This data entry management effectively enforces financial, process and legal controls. It also makes effective use of other resources including manpower, machines and production capacities. This is why more and more companies have started to use ERP systems.
Released in 1973 as SAP’s first commercial product. R/1 was a financial accounting system and ran on the DOS operating system.
R/1 was the first business standard software in the market that means that it was not tailored explicitly for one particular company but could be used for other companies as well.
Imagine non-standard software like a tailor-made suit. This suit fits just the person for which it was made for and takes a long time to be made because it is made from the ground up exactly for the needs of its wearer.
On the other hand, standard software is like a pre-made suite with a size indication. The pre-made suite is obviously less expensive than a tailor-made suit because it is made in bulk in just some pre-defined sizes – copy-paste style.
But the pre-made suit can still be customized to fit exactly its wearer.
R/1 had a 1-tier architecture which included presentation, application, and the data layer together at the same computer.
In 1979, SAP released R/2 in response to customer demands to have a mainframe product available on the market. This new mainframe system provided real-time data processing across multiple business areas including accounting, manufacturing, supply chain and human resources.
R/2 used a 2-tier architecture with the presentation layer on one platform and the application and data layer were on another. This release created large growth for SAP, expanding its customer base to just over 200 companies.
SAP’s R/2 has been such a popular system that to this day, it is still supported, though it is expected to decline soon. It is still in use to some extent on the market.
Though it was replaced by R/3, R/2 uses a process called Application Link Enabled technology to be able to share data with R/3 or ECC systems.
SAP’s R/3 arrived on the market in 1992. This was a significant change in architecture as it represented a shift from mainframe computing to the more and more popular client-server model – a 3-tier architecture.
The 3-tier architecture separates an IT system in a presentation, application, and data layer. Each layer is usually hosted separately.
R/3 was the critical software solution to launch SAP as a global contender on the world stage.
Now functioning as a 3-tier architecture and therefore with the power of an application server, R/3 provided the ability to store, retrieve, analyze and process data in a variety of ways related to financial analysis, operations and production, HR management and many other business processes.
R/3 was also the first business application of its kind that uses access through the internet via web browsers. For example, a salesperson would initiate the workflow for a sales order on their laptop at a client’s site.
The salesperson’s data of the form on the laptop would then be transferred to the R/3 application server and from the application server to the database.
At this time, Lotus Notes was added as an interface as well. Later on, efficiencies in the R/3 versions allowed for management of a supply chain application to be put on the market.
By 1997, after working with Microsoft to port an updated version of R/3 onto Windows NT, SAP was employing 13,000 people globally.
In 1999, SAP launched mySAP.
MySap was a new focus for SAP as they were now aiming for the eCommerce software application market which would also integrate with their R/3 bundle.
By the way, the domain mysap.com is still registered but is not mapped to any content.
ECC stands for ERP Central Component. SAP developed ECC to act as a central component used to integrate with other areas of the business in real-time. Simply put, if there is an update in one area, let’s say sales, it will trigger other relevant areas to update automatically (inventory for example). This unified real-time view of enterprise resources allows managers to make data-driven decisions in a way that optimizes a core business process(s).
SAP ECC is generally implemented in medium to large-sized companies. It is the foundation of the SAP Business Suite which includes modules (a.k.a. components) like SAP Customer Relationship Management (SAP CRM) and supply chain management. The benefit here is that SAP ECC modules can easily be integrated to work together.
SAP ECC is composed of ten functional core modules and two technical components.
ECC Functional Modules (components)
ECC can be found mainly in pharma, chemical, steel, and fast-moving goods industries. For the most part, Functional Accounting, Controlling, Materials Management, and Sales and Distribution are the more popular applications integrated.
While all applications would be best installed to take advantage of the SAP ECC ecosystem as a whole, most companies will choose some, most or all applications as their customized solution. Let’s take a look at the ten most popular implemented functional modules.
Financial Accounting (FI)
This records all financial transactions for a company. This includes transactions of its customers and vendors alike. FI will handle sales, payables for procurement and cash management as well as bank payments and reconciliation processes.
This manages cost center accounting, profit center accounting, and internal orders. CO also offers financial planning. CO includes product costing, comparing simulated costs and actual costs with a primary intention to assist manufacturing companies.
It should be noted that both the above modules are referred to as FICO, FI-CO or FI/CO as if they are one component. It is simply a reflection of the popularity of the two most commonly used modules within the ECC environment.
Sales and Distribution (SD)
This module manages the sales and distribution process, to include selling of products and services, nationally or internationally through direct sales to customers (B2C) or to partner companies through distribution networks (B2B). Customer returns, billing and credit issuance are also handled with SD.
Materials Management (MM)
Procurement and Inventory are handled using MM. Materials and services procurement can be from hyper-local vendors to international suppliers. With respect to inventory management, MM manages all goods issuance, receipts, and transfers of a material item from its origin (a plant for example) to the destination (storage location or to another plant). MM also manages to count and reconciling the materials of physical inventory.
Production Planning (PP)
The PP module assists the business to create demand and manufacturing capacity alignment in order to coordinate product manufacturing, sales, and distribution. PP plays a critical role here in the manufacturer’s supply chain. It can be used for discrete, process or repetitive manufacturing or a combination of any of these.
Quality Management (QM)
This module integrates deeply with procurement, production, sales, and equipment maintenance processes. QM makes use of advanced features including managing complete internal or external audits business processes. This is done to isolate the root cause of a product’s failure and ensuring the ongoing quality improvements to a company’s processes remain in place.
Plant Maintenance (PM)
Monitoring machines and functional locations (think chiller or boiler room) is the primary purpose for this module. Integration includes alerts when issues are detected to prevent machine failure or disruptions to production. Preventative maintenance, corrective maintenance, and refurbishment maintenance are all sub-components under the PM module.
Customer Service (CS)
The CS module handles the business process(s) related to customers’ equipment. The ability to bill customers for maintenance services can be completed with this module.
Project System (PS)
The PS is ideally suited for large complex projects. Setting up a new manufacturing plant, monitoring a major plant maintenance turn-around are a couple of examples. This module ensures project-specific procurement or production through PS is able to correctly allocate project costs in order to remain within the project budget.
Human Capital Management (HCM)
HCM manages payroll, time management activities (attendance and leaves), career development, travel, and workplace safety.
ECC Technical Modules (components)
The two technical modules (ABAP and NetWeaver) are mandatory. ABAP is a component in SAP ECC that supports all types of custom development that may be uniquely configured for a particular company. This is mainly used for customized reports or specific reporting formats required by financial or legal verticals.
NetWeaver is used to ensure effective administration of the SAP ECC itself. It basically enables companies to assign specific roles to individuals or groups. This includes authorization and authentication.
Developed in 2006, SAP HANA processes high volumes of data in real-time through its in-memory database and application development platform. It has become SAP’s highest-profile product on the market to date.
HANA also enables data analysts to query large volumes of data in real-time. This is done without analysts having to load or write back data.
HANA stores data in a column type format. By doing this, the product can deliver real-time or near real-time transactions and analytics quickly. This was a significant improvement to previous database design and brought industry attention as it set a new bar in real-time data processes.
Of course, the offset to this speed was an increase in hardware needs. More server memory was needed. This is seen though as a zero-sum advantage as the database themselves are considerably smaller than the competitors on the market and SAP’s data compression was greater than the industry standard as well.
SAP Business Suite
This is a bundle of end-to-end enterprise software applications integrating data, processes, and functions, all for important areas in finance, sales and human resources. SAP Business Suite was meant to help companies run business operations smoother by keeping costs low and in turn revealing new market opportunities.
This suite is used primarily for medium to large enterprises. While it remains popular with SAP customers, SAP does plan to have their customers switch to S/4HANA, hence why new customers do not see the SAP Business Suite any longer as an option to purchase.
Based on SAP HANA, this is the SAP business suite used to perform transactions and analysis in real-time.
Released in 2015, it has become what SAP considers to be its flagship product. S/4HANA is considered to be easier to use and administer while helping to solve more complex problems. It can handle vastly larger amounts of data than any predecessor. S4/HANA is available as an ‘on-prem’ (on premises) application or as a cloud provided solution or as a hybrid of both.
S/4HANA though is not a direct descendant of HANA. HANA’s application programming code was written originally as a front end to the SAP ERP business application running the HANA back-end memory database. S4/HANA was actually written in HANA rather than running on top of it. This required a re-write of about 400 million lines of code.
SAP envisions S/4HANA as an opportunity for businesses to take advantage of the Internet of Things (IoT) and Big Data by connecting people, places, and devices to business networks and making use of its real-time application. The intent is for business to use this to breakout new market revenue options or create new business models, ultimately creating new revenue models as well.
S/4 HANA and SAP Fiori UX
S/4HANA uses the SAP Fiori UI rather than a traditional SAP GUI. Using this design allows for the commonly used S/4HANA functions to be displayed in a simple design that allows for quicker access across multiple devices including desktops, tablets, and mobile devices.
SAP Finance – The key sub-module is SAP Finance. This release was an upgrade to the former Simply Finance module. There are current Business Suite users deploying SAP Finance as their first step toward migrating to S/4HANA.
S/4HANA 1511 – Released in 2015, this introduced a logistics module called Materials Management and Operations (MMO)
S/4HANA 1610 – Released in October 2016, this introduced modules for supply chain management, which included Advanced Available-to-Promise (aATP), Inventory Management (IM), Material Requirements planning (MRP), Extended Wharehouse Management (EWM) and Environment, Health and Safety (EHS).
S/4HANA HCM – Released in 2018, this included an on-premise human capital management (HCM) application alternative to the existing SAP SuccessFactors. SAP does note though that this is actually a ‘side’ application running with S/4HANA and not as part of the S/4HANA line of applications until an official release date of 2023.
SAP Cloud Platform (SCP)
The SAP Cloud Platform is a platform-as-a-service (PaaS) product, providing both a development and runtime environment for cloud applications. This platform is based on the SAP HANA in-memory database technology. SAP HANA also uses open source and open standards. This is a great asset for independent software vendors, startups and developers to create and test HANA based cloud applications.
SCP is primarily intended to allow companies an opportunity to extend their existing on-prem or cloud-based ERP applications with next-gen technology such as advanced analytics, blockchain or machine learning.
As one example, SCP can facilitate the integration of SAP S/4HANA Finance with cloud applications like SAP Ariba or SAP SuccessFactors. The advantage is that it can also integrate these applications with non-SAP systems and data sources. This would include social media sites and other vendors’ enterprise applications.
Since SCP is based on open standards, it offers flexibility and control over which clouds, frameworks, and applications to deploy.
SCP is available as both a subscription and consumption based commercial service models. Companies would have flexible options to measure and match services needed from SAP.
SAP HANA Enterprise Cloud (SAP HEC)
This is SAP’s solution for a private manages cloud hosting service for SAP Hana and its related applications.
Having its origins in 2013, the intention was to drive the adoption of SAP HANA among its new and current customers.
SAP HEC hosts the SAP Business Suite software, which includes SAP HANA for both custom and out-of-the-box applications and SAP NetWeaver Business Warehouse software on a single instance of SAP HANA in-memory platform. It was designed to give customers an easier way to deploy SAP HANA compared to on-prem deployments.
It is available for data-centers globally that are either owned by SAP or collocated with another provider. Generally, when a new customer deploys SAP HEC, SAP will first conduct a technology assessment of the client’s current ecosystem and then migrate applications and extensions into the SAP HEC infrastructure.
Form this point on, SAP will undertake application support and management (ongoing) up to and including, upgrades, backups, patches, restoration, and recovery. SAP will also include infrastructure monitoring and event detection.
There are benefits to using SAP HEC. The most obvious benefit is the reduction in cost, time and hassle of deploying and running SAP HANA and its integrated applications. It is a more flexible way to run HANA as organizations do not need to worry about upgrading infrastructure to meet increased demand and performance issues.
SAP User Interface for HTML5 (SAPUI5)
SAP’s company line of web-based apps, known as SAP Fiori, have a diagnostic user interface (UI) all built using SAPUI5. Additionally, there is an open source version of SAPUI5 called OpenUI5, which is available on Github.com.
SAP Fiori is SAP’s answer to a design language and user experience approach to be used in SAP for its customers and business partners in business applications. The SAP Fiori is used in S/4HANA and C/4HANA suites, SAP Analytics Cloud, SAP Data Hub, SAP Ariba, and others to name a few.
This is SAP’s collection of software and services that organizations can use when developing digital transformation projects. SAP Leonardo uses microservices that allows developers to take advantage of next-generation technologies. These would include Internet of Things (IoT), Machine Learning, Artificial Intelligence, Big Data, advanced analytics, 3D printing and blockchain, all within the SAP Cloud Platform.
SAP sees this as a digital innovation system. It is the design thinking behind the process used to help uncover all needs of a digital transformation project and allowing developers to build applications that deliver business insights using higher-valued, more advanced analytics.