Tag Archives: sap hana

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What Solutions Can You Expect To Get From Managed Cloud SAP?

Reports on cloud adoption reveal that almost as many as 85% of enterprises are keen to adopt a cloud migration strategy. Incidentally, almost 80% of these businesses are keen to shift applications from their data centers to a public cloud. The main idea behind this change has been the prospect of cost-savings. In keeping with this trend, CIOs are also continuously researching on approaches which are best suited for migration.

When you sign up for IaaS services from companies like Azure or AWS, you are provided with virtual servers or HANA machines which can be used for building a SAP landscape. Even then, you must have a collection of resources for creating, deploying and operating the SAP applications. So, it is desirable that the project teams have a quality combination of HANA experts having experience in SAP databases and operating systems, cloud architects with deployment experience and specialists in networking and security who have had exposure to SAP application needs.

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Why is managed cloud SAP beneficial?

Moving to a cloud is no more a revolutionary step; it has become more of a necessity. So, how this migration is carried out is more important and many businesses are realizing that a dedicated hosting solution provider is the best bet. Such managed cloud providers will not only run the infrastructure well; these experts will also help them save resources, money and time, allowing clients to focus better on their key competencies. The managed cloud is where you can get round-the-clock supports 24×7. It is an outsourced strategy which needs careful consideration.

– With managed cloud SAP, you can expect your IT costs to be cut down. This is because managed cloud SAP are always the most cost-effective options. The SAP managed cloud for example, will let you pay according to a subscription model rather than pay high upfront costs.

– With managed cloud SAP, there will also a reduction in complexities. According to reports by Aberdeen, 19% of the best-in-class businesses have found less complexity in administering their IT infrastructure post cloud migrations. This same number of companies has also streamlined application deployments and administration. Since you sign up with providers of SAP managed cloud, you can get your IP and solutions customized which lets you cater to your business needs faster. The freedom to use partner IP capabilities eliminates the need for organizations to hunt for multiple providers to take care of different services.

– Aberdeen has also revealed that the best-in-class companies were more likely than the others to lessen time required for fulfilling end-user requests. Outsourced supports have helped to bring about this change. When businesses start to rely upon dedicated partners, the in-house teams have more time and resources to satisfy their end-user needs. Moreover, cloud deployments are less disruptive and these can be completed much faster when compared to the time it takes to deploy on-site solutions.

– These companies which sign up for managed cloud SAP will also enjoy higher productivity for which they find it important to outsource the deployment and support to a third party provider. They also feel that resources in clouds are more reliable compared to those on-site because hardware or servers will age eventually. The IT teams of such managed cloud providers will also be focused on troubleshooting problems deftly. Customers will have to spend less and less time on managing their IT tasks and they can focus better on core business tasks.

– Those switching to managed cloud hosting providers will also experience less time when it comes to resolving incidents. This is made possible through outsourcing requests to dedicated partners which are in a position to resolve these in real time. They will always have teams ready to intervene in any kind of crisis at any time.

So, in the SAP Partner managed cloud the clients are going to get their whole SAP landscape from one vendor. This provider will buy license for the software from SAP. It will then package this along with other managed services, software and cloud hosting solutions to offer a comprehensive SAP HANA cloud solution. This is then leased out to tenants. The managed cloud is one where the customers can buy the whole SAP cloud services instead of assembling it on their own. The provider will rent it out to the tenant for a particular time period and the tenant is free to renew this contract or choose another provider when the contract expires. So, tenants get an opportunity to choose comprehensive services from experienced SAP partners. They can compare their packages, prices, experience, value-added services etc before taking a decision. Individual partners may be able to negotiate with SAP and get licenses for lower costs; so, tenants can also save in the process. Finally, the single-vendor system of the managed cloud will ensure better services and simplified vendor management.

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Buoyant Benefits of SAP Archiving in Hadoop

Businesses today are consuming a phenomenal amount of data. This constant stream of data flowing in can affect system performance and needs to be managed effectively. Big Data if managed effectively can be used to make strategic business decisions and drive value in the final business offering. Hence, it has become integral for businesses to have a successful Data Archiving strategy in place.

What Data Archiving essentially does is it moves static data out of online systems into low-cost storage options like Hadoop. This eases the load on the system in use and still provides access to archived historical data as and when required by securely storing it away. With archiving, data can be purged to make room for new useful data.

Data Archiving means deleting the huge volumes of the data that is no longer required in the database to some file system or any third party storage system. It is also a service provided by SAP for the consistent removal of data objects from database tables of the SAP database, where all table entries that characterize a data object are written to an archive file outside the database.

Benefits of Data Archiving

  1. Reduces the costs of memory, disk and administration costs.
  2. Ensures cost efficient system upgrades and migration.
  3. Improved system performance due to shorter response time.
  4. Reduces the maintenance cost of application infrastructure.

SAP Data Archiving involves three main steps:

  1. Creating the archive files. In this step, a new archive file is created and the data that is to be archived is sequentially written into it.
  2. Running the delete programs. In this step, the delete programs are executed, which deletes the data from the SAP R/3 database once the archived data is read successfully from the source files. The delete programs can be triggered manually or automatically.
  3. Storing the archive files. Here, the archive file with the archived data is moved to the third party storage system or copied to disk, etc. This can also be triggered manually or automatically.

Dynamic Menu

A list of transaction codes along-with the short description required for SAP Archiving can be found in the dynamic menu. Go to transaction SDMO and enter search for the text as ‘Archive’.

Archiving Object

Archiving Object is the central component of Sap Data Archiving. Archiving Object specifies which data is to be archived, and how. An Archiving Object directs the SAP Archiving system to get the correct tables associated with a specific Business Object. The Archiving Object name can be ten characters in length. Archiving objects are defined by the transaction AOBJ.

hadoop benefits

The predominant advantages of archiving your SAP system’s data are as follows:

  • Cost savings: By purging static data, the system space can be freed up, which improves efficiency as well as reduces operating costs significantly.
  • Performance: Data volume can affect the performance of the system. With real-time information, the system can be kept agile and seamless access can still be provided to archived data.
  • Compliance: Data management is important because more data means more compliance risks. By purging data with archiving, new (valuable) data can come into the system.

Hadoop – A Viable Data Archiving Platform For SAP

Hadoop is not just a super-sized database. Hadoop’s basic storage structure is a distributed file system called HDFS (Hadoop Distributed File System). Since Hadoop is fundamentally a distributed file storage system, it can replace other data archiving and/or data storage solutions cost effectively. One of the things that set Hadoop apart is its ability to process different types of data.

  • Low cost storage: Unlike traditional relational database management systems, Hadoop can easily handle large volumes of data at much lower costs for long term storage. The data is stored online and can be accessed as and when necessary.
  • Improved performance: Hadoop is user-friendly and comes with good levels of data protection and recovery capabilities as well as processing speed with MapReduce.
  • Data clusters: In Hadoop, there is direct access to data clusters, and this high availability has its own business edge. Hadoop clusters can work with complex data, are scalable as well as tolerant to failure.

Hadoop in tandem with SAP makes it easy to handle large data sets in a flexible and scalable manner. Businesses exploding with data can utilize data archiving platforms like Hadoop to securely manage the data load. Hadoop can analyze more information to support better decision making, and it can make information more valuable by analyzing it in real time. With a CAGR of 59% by 2020, Hadoop offers immense potential as a platform for handling Big Data deployments.

Implementing a successful data archiving should be a regularly exercised best practice for organizations to achieve optimization of both cost and performance. Offering the best of volume, velocity and variety, Hadoop is a comprehensive data management platform. To keep business agile, SAP Data Archiving with Hadoop makes perfect business sense!

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SAP HANA: Benefits and Cost Considerations

Today, it is almost impossible to separate the vision of SAP from HANA, computing platform as well as in-memory database. Every company has an aim to function the core solutions over HANA, whereas also migrating clients in order to utilize it as an application, innovation and cloud hosting platform.

SAP HANA is an interactive database management system that carries a unique feature of column-oriented management and in-memory data storage that was developed and marketed through SAP SE. The major function of SAP HANA system as database server is retrieving and storing data requested via application.

On the contrary, SAP HANA achieve advanced analytic operations like text analysis, streaming analysis, spatial data analysis, predictive analytical data, graph data analysis as well as caters as application server along with ETL abilities.

The factor that differentiates HANA from earlier generations of SAP systems is column-oriented and in-memory database that sums Online Analytical Programming System (OLAP) as well as Online Transaction Processing System (OLTP) in single system, hence SAP HANA is OLTAP system.

The data storage in the main memory on disk offers fast data access that helps in instant processing and querying that in return is much advantageous; however, expensive data storage form.

After analyzing the patterns of data access, it has been observed that around 85 percent of the data within enterprise system might not be utilized and accessed often, so it can be cost-effective in order to store the remaining 15% data in-memory as well as less accessed data on the disk that is approach to which SAP have named as dynamic tiering.

The SAP HANA Cloud tracks the column-oriented system instead of row-oriented systems that make storing the single column data at a one place instead of storing the single row data at one place. It is a quite useful technique in OLTP, where the vertical compression makes huge amount of similar data storing as common in the operation management of megastores and Walmart. The SAP HANA system is much grounded in terms of understanding the trends as well as preparing the query makes inserting the daily data easy.

However, the row-oriented system is preferred traditionally for the OLTP systems, while in-memory storage helps in making the hybrid systems for OLTP and OLAP; thus, developing the system where there is a different need of the system in order to maintain OLAP and OLTP operations.

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Following are some of the benefits of SAP HANA –

1. Performance

The SAP HANA flagship program is S/4 HANA. The S/4 HANA speed helps in achieving maximum advantage with the data, for example, finance team could run various jobs with no need to wait till the time first complete. It permits users to experience the best performance as time-driven and complex business like real-time planning, reporting, execution, and different analytics of the live data as well as instant period closing. Customer-centric application is the major benefit.

2. Optimal Data Management

The monitoring cost of operation could be greatly minimized utilizing SAP HANA. It helps in preventing the data delays that could bring question to the data reliability of organization. With business tools of SAP HANA, a company can report from the ERP databases. The SAP HANA helps in making instant decisions via enhanced visibility through SAP HANA Live help organizations. Generally, users could create as needed queries in order to extract the data, which is necessary as well as limited for database users, who don’t use HANA.

3. Efficiency

SAP Fiori that is backed by SAP HANA drives the user interface and it is a user-friendly version of the business data and insight in real-time on any of the device bringing business advantage anywhere and anytime. It is used to improve the productivity.

4. Innovation

One of the commodities of SAP is SAP HANA that drives the cloud adoption via businesses through cloud modeling. Cloud provides platform for various software vendors in order to offer excellent products that extend and sum up the HANA ability. This decision is difficult to make in between the outdated SAP ERP solutions as the SAP is ground of doing the business in critical and fundamentally challenging environment nowadays.

Although, for existing SAP customers, migrating to HANA is an expensive and complex endeavor. There are various considerations that must be taken in mind while making the migration decision, including –

– SAP does not wish to run the enterprise apps, they just want to store the database spend – It has sited itself in order to displace the Oracle and Sybase database technologies in a few customer environments. This opened door to the revenues for hosting and application development and data access.

It is necessary for customers in order to consider the data would be locked in the SAP footprint and the indirect access fees would be applied to applications or third-party systems in order to access the information. Therefore, the customers, who want to shift to HANA must be aware of the additional maintenance and license costs.

– Moving to S4 would have noteworthy cost implications – In the year 2015, SAP made an announcement of S4 Business Suite that is first customer release ever since R/3. Clienteles that are upgrading to the S4 require SAP to clear do they need to pay the license fee. The customers, currently on the maintenance are permitted for free application upgradation; however it does not cover runtime file charge. It has a big impact over the SAP spend of client as runtime fee would be applicable to the future purchases.

Additionally, it is essential to consider additional software, hardware as well as maintenance costs related with S4. It include the costs linked with building interfaces or exporting data to HANA. Business must have clear scenario of how much this would cost in order to migrate the database as well as to re-train the database administrators over HANA platform.

Overall, it is imperative that you must consider all indirect costs, such as additional maintenance, hardware and software costs prior shifting to HANA. Modeling out the costs is quite necessary as the data volumes must grow with the time. HANA transition is not easy and fast. A lengthy data view is the primary step to keep a check over costs.

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Integration of SAP HANA and Hadoop: Combining Two Worlds

Without a doubt, technology has excellent ability of shaping the world. Nowadays, Big Data is the most famous technology trend, which will make an impact on the world in the near future. It is assumed that by the year 2020, the stored data amount will be 50 times bigger than the present amount. Basically, SAP HANA is a strategic platform that combines or unifies all the data. SAP HANA is great for applications’ central data management as it is capable and open in managing transactional and analytics workloads on a single platform. Furthermore, integration capabilities of SAP HANA makes easy to unify it with different technologies like Hadoop and others in order to obtain effective and suitable landscape of Big Data.

Integrating Hadoop Power with SAP HANA –

Earlier, SAP has announced SAP HANA Vora. This permits customers in order to efficiently combine the business data through SAP HANA along with the data via telephone networks, industrial sensors as well as different data sources, saved in the Apache Spark. It is an essential step for the SAP in Big Data. SAP has over 300 applications within Fiori landscape. Many of the apps belong to analytical applications’ category.

The self-service tool of SAP is Lumira SAP that visualizes and analyzes the data. Utilizing this tool, users could implement advanced analytics in order to gain insights without any need of IT. Each users could make data visualizations over screen instantly. The tool of Datavard called the Glue tasks as middleware. Built on ABAP, while it can reach in the Hadoop in order to move data alternating in between Hadoop and SAP. Glue effortlessly integrates Big Data with the SAP technology and it is a solution that permits the users in order to contact Hadoop via SAP GUI and ABAP.

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SAP HANA with Hadoop means infinite scale and instant access.

SAP HANA platform could be integrated along with Hadoop utilizing different approaches and solutions, as per the needs of use case. The SAP solutions that must be considered for integration are –

– SAP BO BI Platform I Lumira
– SAP BO Data Services
– SAP HANA Smart Data Access
– SAP HANA Enterprise Information Management
– SAP HANA Data Warehousing Foundation
– SAP Near-Line Storage
– SAP HANA Spark Controller
– SAP Vora

SAP HANA Cloud could leverage the HANA Smart Data Access in order to join data from the Hadoop without copying remote data in the HANA. The SDA allows data federation (write/read) utilizing the virtual tables as well as supports Apache Spark and Apache Hadoop/Hive as the remote data sources along with most database systems like SAP ASE, SAP IQ, IBM DB2, Teradata, MS SQL, Oracle and IBM Netezza.

Hadoop could be utilized as remote data source for the SAP HANA’ virtual tables utilizing the below-mentioned adaptors (in-built in the HANA) –

– Spark/Hadoop ODBC Adaptor – Need to install the Apache Hive/Spark ODBC Drivers and Unix ODBC drivers over HANA server
– Hadoop Adaptor (WebHDFS)
– SPARK SQL Adaptor – Needs installation of the SAP HANA Spark Controller over Hadoop Cluster
– Vora Adaptor

In addition, SAP HANA could leverage the HANA Smart Data Integration in order to replicate the needed data through Hadoop in the HANA. SDI offers adaptor SDK and pre-built adaptors to connect a wide range of data sources, such as Hadoop. The HANA SDI needs installation of the Data Provisioning Agent (consisting standard adaptors) as well as inherent drivers for remote data source, going on the machine. The SAP HANA XS engine made on DWF-DLM could relocate the data as of HANA to HANA Extension Nodes, HANA Dynamic Tiering, and Hadoop through Spark Controller/Spark SQL adaptor, and SAP IQ.

SAP HANA Vora is in-memory engine, which runs on Apache Spark framework as well as offers interactive analytics over Hadoop data. The data in Vora could be accessed within HANA directly through Spark SQL Adaptor or Vora Adaptor. It supports Cloudera, MapR and Hortonworks.

SAP BODS (BO Data Services) is comprehensive data integration/replication solution. It has abilities to access the data in the Hadoop, process the datasets in the Hadoop, push the data to Hadoop, push the ETL jobs towards Hadoop utilizing Spark/Hive queries, MapReduce jobs, pig scripts as well as do direct interaction through native OS or HDFS files. The SAP SLT doesn’t possess native abilities to connect with Hadoop.

SAP Business Objects (Lumira, BI Platform and Crystal Reports) could visualize and access the data through Hadoop (Hive-Spark-Impala-SAP Vora) along with a capability to combine with the data via non-SAP sources and SAP HANA. The SAP BO apps utilize generic connectors or in-built JDBC/ODBC drivers to connect with Hadoop ecosystem.

Extract Transform Load (ETL) I Online Transaction Processing (OLTP) I Online Analytical Processing (OLAP)

So far, it is understood that Hadoop could store a large amount of the data. Hadoop is suitable for storing the unstructured data and also good for operating large files as well as tolerant to software and hardware failures. However, the challenge with the Hadoop is receiving information from the huge data within real time. Therefore, with SAP HANA, the integration of Hadoop could combine the structured as well as unstructured data that could be moved to the SAP HANA through HANA Connector/Hadoop.

– Security and Simplification

Utilizing SAP HANA as joining platform for the data simplifies software and system administration lifecycle management, therefore helping in order to minimize the overall ownership cost.

HANA is relational Massive Parallel Processing (MPP) database, relies heavily over in-memory data storage. The HANA is ACID compliant as well as follows the ANSI SQL standards with stringent hardware specifications.

When talking about Hadoop, it is a suite of open-source distributed computing tools, positioned over HDFS as well as Hadoop map-reduce (API). It is made in order to work over any specification’ commodity hardware.

Whereas, HANA possesses the ability of connecting to Hadoop utilizing Smart Data Access, from where it could pull the data through Hadoop and merge it along with org-data as well as provide the meaningful insights.

Hadoop can be used to store as well as analyze the data that comes out of the organization, mainly unstructured from the customers as tweets, likes, comments from website and social media.

– Technology

As it is known by everybody that HANA is the software and Big Data is concept. So, they could not be compared. The platform of Big Data performs complex analysis. HANA utilizes Hadoop as Big DATA platform whenever it has to process different data types.

All-in-all, people find it difficult to relate to these terms and get confused as both of the platforms uses Big Data. These technologies can together create an effective Big Data platform.

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5 Must-Know Things about SAP HANA Migration

In the recent years, HANA is the popular latest technology of SAP. This advanced in-memory database is made-up to accelerate applications’ speed, enhance the business processes as well as positively mark user experience is gaining interest from the customers. Before migrating to SAP HANA, what should be the things that you must know about it? What are those important considerations that can help you in migrating easily to SAP HANA environment? In order to cater to all these queries, here is a blog post. Give it a read!

HANA is Costly

The first thing about HANA migration usually is the cost and specifically license cost. So, this should be the major thing that you should ask before making an investment. It is costly. The main discussion must be of HANA advantages and does its migration worth ROI, however most of the customers does not get to the stage because investment is the biggest barrier that prevents migration or postpone decision to a particular point in the coming time. Following are some of the costs involved in migration to SAP HANA environment.

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1. Database Cost –

Currently, if you are running the SAP environment over Oracle database (DB2 or MS-SQL), then you are just paying yearly fees for the database, the purchasing cost of database had happened earlier.

Migration to SAP HANA means that you should buy new database – HANA. The Capex cost (initial database cost) would be 6-digit number in the US Dollars. It could proceed to 7-digit number as per what you perform at the SAP environment, affecting size of HANA appliance. Sizing is a critical point of SAP HANA.

2. Annual Maintenance Fees –

The yearly license fees of HANA would be over 15 percent of what you are making to SAP for different SAP licenses. For instance, if you are paying 1 Million Dollars per year to SAP as maintenance fees, so you have paid around 150,000 dollars yearly in the maintenance fees of HANA.

3. Infrastructure Cost of HANA –

Predominant method for connecting SAP HANA Cloud over dedicated appliance; price of appliance is according to size purchased by you. In addition, HANA could be installed as TDI (Tailored Database Integration), here HANA has been installed on a large basis, existing servers in the data center, instead of separate appliance. Within both the cases, HANA needs noteworthy hardware resources in order to run properly. As per the HANA license’ size, the overall hardware cost varies.

4. HANA Sizing –

Along with HANA, on every HANA appliance, you will be paying on every gigabyte. The cost on every GB applies on HANA license as well as to hardware appliance. Lets’ suppose if you are running ECC over 1TB appliance, so you have to buy HANA license for the same. It means size of the SAP landscape as well as how the company utilizes SAP on regular basis directly influence cost of HANA.

As you have paid the HANA fees according to the size, the HANA appliance’ correct sizing is a must. There is no need to purchase HANA appliance, which is big in size or pay extra for the ones you have not used. In addition, you surely do not wish to purchase small HANA appliance that is not sufficient for your requirements.

5. HANA Migration –

An additional cost that need to be considered is migration project’ cost. The in-house experts of SAP do not have an experience of performing migration projects. In order to do so, you have to hire services of expert company, where there is an experience of implementing best practices of migration are done.

Pros of HANA: It is not only about speed

The HANA is not only about the speed and it is necessary to know. Also, HANA is all about new technology. Today, there are numerous SAP consulting forms that will help in this particular area. In case, you wish to leverage the new functionality is an excellent reason of moving to HANA.

Although, if you are the one who is just interested in the enhanced speed of SAP applications, so HANA might not necessarily meet your expectations. While a few people have recognized 20x factor to the HANA, regarding increased speed. Reality is probably you will not get the same. Speed of process, such as HR or ERP could not go 20x fast for many processes.

There is nothing wrong in saying that customer processes perform faster after HANA migration. For instance, there was improvement within process running time and that was from 15 hours – 8 hours. It is nearly 2x, even after that customer was not satisfied. Customers expect a lot from HANA. According to their thinking, process would run in around an hour means 10x instant and it did not happen.

HANA is specifically designed in order to run the regular SAP processes means processes that are implemented as well as running similarly as SAP designed. In these cases, a process could run faster, around x10. It is among the major reasons why SAP tells the customers in order to “move back to standard”; SAP wishes customers to utilize standard processes designed by SAP so that customers could gain numerous benefits through HANA.

However, reality is different. Nowadays, many SAP customers have customized the SAP applications via help of consulting firms. It is estimated that around 90% of customers modified process developed by SAP to make process best aligned with particular business needs. While these changes affect speed improvement with the HANA as the modified processes are non- optimized for HANA. As a result, migration to SAP HANA brings improvements from 1.5x-2x in the speed as well as customers does not seem satisfied with this performance improvement.

Last Final Words

After reading this, if you want to migrate to HANA only for performance, means making the SAP fast then it is not a justified reason for the migration. Depending on process, you have to pay a lot and there is a possibility that you might not get any improvement in the speed for which you are hoping. Therefore, it is recommended to plan the HANA migration carefully, considering the additional benefits and this is how you will not regret your decision of HANA migration.

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Everything You Need to Know About SAP HANA Advanced Analytics

In today’s competitive marketplace, it is better to understand that how Advanced Analytics strategies of SAP HANA can embrace your digital enterprise and helps in driving the business value upwards. With SAP HANA, you can connect to the data power and accelerate outcome-driven innovation via developing live and intelligent solutions for the actions and decisions in real-time over single data copy. You could support next-generation analytical and transactional processing with a wide range of SAP HANA’ advanced analytics and run securely on multi-cloud and hybrid environments.

– Hybrid, on-premises and cloud deployments
– Secure in-memory data platform
– Broad advanced analytics along with combined OLTP and OLAP processing over single data copy
– Live intelligence with instant data processing

Benefits of SAP HANA –

– Minimize complexity

You can simplify IT through a single platform for the trans-analytic apps. Utilize the SAP HANA in order to analyze the live data for supporting real-time business, whereas minimizing the footprint, hardware, IT operations and data redundancy.

– Run across the globe

Modernize the data center with elastic deployment options of SAP HANA – private or public cloud, 1000+ certified appliance configurations and customized data center from leading vendors.

– Real results

Achieve the best outcomes with the SAP HANA. You can learn how the companies are witnessing 575% ROI by utilizing SAP HANA in order to enhance innovation, while minimizing the costs of server management.

Capabilities of SAP HANA –

– Changes database management

You can simplify the operations utilizing a copy of the enterprise data as well as secure state-of-the-art data platform.

– Process in-memory data

Process the analytics and transactions data wherever the data stays utilizing integration, replication or data virtualization.

– Power advanced analytics

Users can leverage the advanced data processing engines for text, graph, series data, graph as well as business.

– Build Next-Generation Apps

Businesses can control the hybrid analytical and transactional processing capabilities in order to make the next-generation apps.

In SAP HANA Cloud, advanced analytics means SAP is enabling and allowing customers to prepare advanced analytics and processing on the platform, minimizing the TCO as well as increasing the ROI. Either, it is not outmoded business intelligence.

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To make you informed about the core advanced abilities of SAP HANA, here is a blog post.

1. SAP HANA Spatial Analytics –

This analytics permits processing of the geospatial (known as data based on the location or geographical) data whereas combining the same with the business data (like retail sales results and customer profiles) in order to answer “WHERE’ as well as “WHEN” questions, which are difficult to respond.

2. SAP HANA Predictive Analytics –

It allows customers in order to leverage the pre-built algorithms, helping them ‘witness’ their data newly. The existing patterns, arising correlations, informing influencers as well as optimized processes are outcomes for which each customer strives; however they are hidden from intuitive view.

3. SAP HANA Text and Search –

It enables customers to do navigation, full-text search as well as access to the unstructured/structured information on different systems. It is a known fact that search engines are important for Internet web pages. SAP HANA Text and Search caters same function for buried and disconnected enterprise data.

4. SAP HANA Smart Data Integration and Streaming –

It permits customers in order to integrate and extract the data sources in real-time to SAP HANA for advance processing. Plenty of customers search for adding and embracing value in the digital transformation, real-time data access for Internet of Things (IoT), mobile marketing, maintenance and customer offers in real-time have necessitated requirement for improved data integration and data streaming to the important data sources.

5. SAP HANA Series –

It is basically a capability, permitting customers to process as well as store small increment; however big volume of data requires with the time-stamped info like making equipment sensors and utility meter reading etc.

6. SAP HANA Graph –

SAP HANA Graph is new processing engine (introduced for the customer usage within HANA SPS12) that instantly permits big data sets in order to be crossed with quick discovery of the meaningful relationships, patterns as well as interconnections, which could be find in the visual graphs, explaining the story and naturally locate the hidden answers.

All these capabilities of advanced analytics are provided with complete usage versions of the SAP HANA. It is architected and designed in order to work together as well as instantly get answers for solving the real problems. Here are a few problems as use cases, which are leveraged by customers nowadays.

• Located in Netherlands, Alliander (Energy utility company) utilizes SAP HANA in order to combine 7M geometric data points along with SAP HANA Spatial Analytics and business data in order to be practical with the utility management and integrity projects. The downtime is equal to down revenue.

Results of Alliander – Spatial processing that was 3.5 hours every day is brought to just 3.5 seconds by SAP HANA as well as access to the real-time based on the location reporting through mobile devices within field.

• Situated in the US, Covenant Transportation Group offers hazmat transport and trucking, lending services and equipment brokerage. Utilizing SAP Predictive Analytics and SAP HANA, this company is minimizing the drive turnover as well as offering a safe workforce via deploying the models, preventing expensive maintenance breakdowns as well as ensure safety.

Results of Covenant – Around 15% decrease in the driver turnover and recovered the   investment within six months.

• An Internet service provider, Mantis Technology Group (now attained by ProKarma) is located in the US offers scalable internet solutions in order to permit the customers for mining via large amount of demographic and social data in neighborhood of over 1M documents on a regular basis. Utilizing SAP HANA Text & Search and SAP HANA, the customers are capable of putting worries aside in terms of mining important information and data integration, needed for making the essential business decisions.

Results of Mantis Technology Group – Around 6 times fast text analysis processing as well as minimized the TCO via shifting from twenty-three file servers to one SAP HANA server.

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Understanding the True Perspective of Migration in a SAP Environment

There can be no two opinions about the need to chalk out well structured plans and strategic preparations before implementing the process of migrating business processes to another SAP landscape.

Decision to migrate the existing data and business processes to S4/ HANA can guarantee a broad spectrum of benefits including mitigation of data footprint, simplification of IT infrastructure, and reduction of operational as well as hardware expenditure.

Shift towards S/4 HANA

Thanks to some of the most significant developments concerning S/4 HANA. ECC, R/1, R/2 and R/3, there has been a considerable improvement in the Enterprise Resource System offered by SAP ERP Cloud. Cloud computing technology is obviously encouraging development in the onsite as well as cloud iterations of SAP. Moving to S/4 HANA is also the need of hour for a large chunk of ECC users since the support to ECC would come to an end after few years.

Migration to S4 HANA can be a result of three distinct scenarios including the unavoidable circumstances presented due to the fast approaching deadline for ECC support in terms of the maintenance.

Many enterprises are contemplating to adopt S/4 HANA as an entirely new implementation that would create a need for data transition to HANA environment in addition to begin a new change process involving a large array of functionally configurations. New adoption of HANA demands processing of standardized objects to comply with S/4 HANA ecosystem.

insideLarge enterprises that operate at diverse global locations need to transform their entire business infrastructure in a unified S/4 HANA landscape that is operating across all global units of the business. Needless to mention, the transformation process will also have to include migration of data along with the entire gamut of business processes to operate in line with HANA.

There can be a third kind of digital transformation to S/4 HANA requiring a comprehensive transformation of the current system and analyzing compatibilities of infrastructure and business processes to match HANA landscape. This option is also going to feature migration of data workloads.

Presently, the onsite iteration of S/4 HANA requires system conversion along with transformation of the landscape in spite of the fact that new implementation can be done within on-premise as well as well as cloud ecosystems.

Setting the stage for transition

Once you have defined the S4/ HANA transition approach and prepared your processes by organizing the plans, you may anticipate a smooth S/4 HANA transition that is quick and hassle free. However it is not going to be as one may expect because there is a probability of encountering roadblocks of complexity.

Migration to S/4 HANA is designed to enhance performance metrics of business. However, one needs to plan and execute a wide spectrum of operations that are being listed as follows.

Before creating a guide for roadmap to S/4 HANA transition, one must make a thorough analysis of impact that would be caused as the workloads migrate to the new environment. This should follow an in-depth planning for management of project, custom code, data, system, and landscape.

Transition to SAP S/4 HANA requires the concerned employees to be trained for managing various aspects of the new infrastructure. Of course, you will have to implement strategies for optimization of business processes and license auditing.

Execution of the above list of operations can be extremely overwhelming unless one leverages an accelerator for the same. The smart accelerator is aimed at simplifying the intricate and time consuming transition process to S/4 HANA. The automated solution is backed by profound global experience of SAP implementation for achieving multiple enterprise objectives.

Highlights of accelerator

The accelerator rapidly assesses and analyses the ECC system to know impact of S4/ HANA. This also includes precise estimation of time and project requirements in terms of efforts. After making sure that the turnkey plans are appropriately aligned in terms of methodology for SAP Activate the well-organized sector specific implementations.

The execution stage involves remarkable contribution from data management, custom code management, and project management. Milestones can be easily achieved due to successful accomplishment of training and optimization of business processes.  S4/ HANA can thus go live and run without any hiccups with assured support.

Adoption of accelerator for streamlining transition to S/4 HANA is actually a tiny footstep designed to make customer’s life easy in the complex SAP ecosystem. The steps for successful migration generally involve preparation, exploration, realization, deployment followed by actual implementation of project with S/4 HANA.

The small step is actually perceived as a big gain for S4 HANA because the accelerator empowers the project by aligning with methodology of SAP Activate. It also automates diverse set of activities leading to a huge reduction in the total cost of ownership. All these advantages can collectively boost business performance and productivity of different teams involved in the project.

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Ensure Seamless Implementation of SAP HANA Platform

In this digital economy, businesses must adapt fast-changing business needs as well as economic situations. Modern technology and efficient database could help companies in streamlining the processes, gain detailed business intelligence and automate operations. SAP HANA platform helps you simplify and accelerate processes via increased analytical and transactional performance. It offers ideal foundation of applications, powering the business and helps you take benefit of world-class development tools. In addition, it simplifies the system administration as well as IT operations to monitor the processes, achieve constant availability, and ensure application and data security. Enhanced transaction speed, flexible queries, predictive modeling and compelling benefits are some of the compelling benefits of SAP HANA.

Modernize Data-Driven Businesses

In order to compete in this digital economy, organizations have to react instantly to the changing economic situations and business conditions. Technology is a key to success for such companies. Modern technology helps in streamlining the processes, automate business and office functions as well as distribute business intelligence. Database is foundation, owing to which SAP HANA Cloud becomes possible. Efficient database enables organizations in instantly process massive volumes of transactional and operational data in order to strengthen the competitive position. The SAP provides in-memory database platform to data-driven enterprises with highest functionality and performance. Considering this, most organizations are moving database platforms to SAP HANA.

Simplify and Accelerate Operations

Data is among the most valuable assets and its consistent access is smooth day-to-day operations. The SAP HANA could dramatically enhance the speed of analytical and transactional workloads. Utilizing single data copy over unified platform, the SAP HANA arranges data within the columns and thereafter distributes as well as stores the data over high-speed memory among multiple servers. It provides you instant queries, which aggregate the data efficiently, while preventing expensive scans, analytic indexes and materialized views.

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The modern organizations depend on the business intelligence apps in order to make fast decisions and SAP HANA is foundation of these apps. Analytics processing made over advanced algorithms and in-memory data technologies delivers real-time business insights. Hybrid analytical and transactional processing abilities help businesses in developing next-generation apps as well as implement them over any device. Through best implementation tools, you could provide customized experiences to the users with correct data at correct time.

SAP HANA enables businesses to monitor the processes, ensure application security as well as helps in achieving constant availability. Administrative capabilities of SAP HANA include system start, restart, stop, recover and backup and the best part is you can manage the SAP HANA platform on any of the device from all across the world. Besides, with advanced tooling, businesses can analyze SQL (Structured Query Language) execution plans, memory utilization and CPU with time to pinpoint the problems.

Have a Success Plan

It has been said that advanced planning is a key to SAP HANA implementation. The migration to SAP HANA needs updates to most of the essential components of system like database, hardware, unbundled environment and application environment. As SAP HANA has columnar database, the heterogeneous migrations via row-based databases need additional planning to make sure problem-free implementation.

At the time of SAP HANA deployment, you should size the hardware. The potential challenges made by incorrect size hardware cannot be able to meet the performance goals as well as accommodate the future growth. As SAP HANA stores and structures the data differently as compared to relational databases, so it has different hardware resource needs. It has small data storage footprint; although, it requires additional memory resources and high CPU performance. In case, you utilize the multi-temperature data management practices or conduct the analytical processing over SAP HANA platform, then you will have to take an account for performance needs of individual workloads.

The SAP implements the optimized and standardized processes, permitting apps to access the stored data in SAP HANA. In order to check the SAP HANA’ performance, the applications have to execute the processes as per the business requirements via modifying the processes. On a regular basis, the custom code utilizes the traditional data modeling methods that does not suit SAP HANA. Therefore, to guarantee the optimal performance, businesses have to update the tailored applications prior SAP HANA migration.

Often, in-house teams lack experience of deploying the SAP HANA. Data migration depends on complexity of exiting database as well as needs strategic planning in order to prevent disrupting the usual business processes. The complex business needs might need expertise, which is much needed by your team. Moreover, there are plenty of third-party tools that will assist in the SAP HANA migration and you have to understand tools usability prior beginning the migration.

A few third-party apps’ version has to connect to the earlier SAP databases could not correlate with the SAP HANA. Businesses should upgrade the applications to the versions while migration process in such scenarios. The upgradation process might take long in many applications. In case, the mission-critical apps are not supported over SAP HANA, entire project might not be possible. Hence, before implementing, you should verify that third-party apps must have migration path, which is clear and would continuously work with the SAP HANA.

Migration to SAP HANA needs investments in the database software, annual maintenance and dedicated hardware. It needs installing of SAP HANA over certified infrastructure, whether existing resources or dedicated resources leveraged via TDI program.

Often, significant investments within additional resources are needed. The SAP HANA installation size is related to software and hardware costs. The SAP HANA’ platform size failure could result in higher costs for the database storage that is not used.

Understand the Options

Whether it is virtual machine, bare-metal, on-premises, managed service, TDI or appliance, a lot of options are available. Businesses can select SAP HANA implementation that suits their business requirements, resources and budget.

Deploy Managed Service or On-Premises

Businesses have entire control over scalability, configurability and security of SAP HANA systems. Through increases flexibility, on-premises implementation enables them to configure as well as reconfigure software and hardware in order to meet the evolving needs. As machinery is located physically in the building as well as managed by the IT department, you possess direct control on the data security. Though, you are accountable for complete costs of the software and hardware needed to implement the SAP HANA platform. To have successful operation, the IT department should be core capability of the business. You will require qualified and skillful system administrators to monitor and maintain the SAP HANA platform.

Within the deployment of managed service, third-party provider creates, manages and hosts the complete SAP HANA service in the private cloud hosting service. Hosted private clouds could offer enhanced on-request scalability as service providers’ pool numerous resources among most customers. Additionally, managed services simplify the security as service provider is accountable for digital and physical security of the SAP HANA solution. Though, in the managed service, businesses have to rely on service provider for quality experience.

Run Bare-Metal Server or Virtual Machine

The virtualization software could increase efficiency of SAP HANA infrastructure. Within virtualized system, resource abstraction layer categorizes the available software and hardware resources across different SAP HANA platforms. It permits businesses to run several SAP HANA workloads over scale-out and single node certified SAP HANA systems.

When talking about non-production environment, the virtualization software could speed the SAP HANA app development as well as testing by permitting several developers to make use of single physical resource. Scalability offered by virtualization software permits developers in order to provision what exactly they require, under-provisioning and eliminating over. The self-service abilities allow developers provision the resources when they require as well as automatically leave the resources the moment they are not needed.

Utilizing virtualization software in the SAP HANA work environments, IT operations could deliver the resources via increases SLAs (Service Level Agreements). The automated provisioning capabilities permit IT operations in order to deploy the SAP HANA instantly as well as effortlessly manage the highest analytic workloads with scalability.

Partner with Go4Hosting for SAP HANA Implementation

Go4Hosting provides a wide range of products and services in order to support the SAP HANA implementation. From appliances made on Enterprise-grade storage platforms to CI (Converged Infrastructure) architectures, managed service implementation and SAP HANA integration consulting, we cater our clients with utmost care.

Make Platform with Enterprise-Grade Hardware

The computing needs of SAP HANA need good hardware along with resources, which could be deployed instantly in any of the data center. Storage devices, networking equipment and CI group servers in the single package with software for orchestration, automation and IT infrastructure management. Result is single optimized package, which minimizes the complexity as well as enhances the IT efficiency.

Understand Recovery and Backup Options

Data recovery and backup is major part of SAP HANA implementation. HDID (Hitachi Data Instance Director) secures the SAP HANA database utilizing instant backup policy along with configurable RPO (Recovery Point Objective) as well as retention periods.

The HDID automates the copy data management and permits you to make the snapshot backups of SAP HANA database at defined frequency. The snapshots with active configuration of SAP HANA are retained and stored for defined time period.

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Key Highlights of Approaches for SAP S/4 HANA Transition from SAP ECC

Digital transformation cannot be achieved in any organization unless there is a proper strategy to migrate data from source to the new environment. Choosing the path for data migration is a basic requirement for implementation of digital transformation by leveraging SAP as well as SAP S/4 HANA.

There are two types of scenarios for data migration if you are following SAP for achievement of digital transformation across an enterprise. These are based on the data volumes that need to be migrated. While moving data from the environment of source to that of HANA one needs to understand importance of proper timing in order to avoid complications.

Data migration can be a significantly costly and lengthy affair unless you follow the best practices offered by SAP for data management. While the best practices will assist for handling complexities and cost related matters, you will still have the freedom to adopt different types of strategies in accordance with the systems.

Large volume data transition

Large and very large volumes of data need a distinct approach for transitioning towards SAP HANA Cloud environment. These data volumes can be in excess of 10 TB and one must proceed with care because the entire effort might turn out to be time consuming, cost intensive and complex. However, if you choose the proper tools and begin the planning much in advance, then you will not only be able to save considerable costs but can also meet the timeline of going live.

Reduction of data in terms of the size must be approached by shrinking the volume of system. This would not be easy unless you have archived the data to facilitate any changes in the system. Such approach will enable you to deal with complex issues of cost concerns, and size related problems.

KTern is the most sought after accelerator that automates as well as hastens the entire process of archiving data volumes. The accelerator allows your IT teams to concentrate on functions that are in line with core competencies. In fact, KTern can support parallel archiving of several jobs.

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Small sized SAP system approach

If you thought that the data transition approach is only applicable in large SAP systems, then you are mistaken. Every company needs to evolve a data management strategy for transitioning to HANA environment including those with less than 10 TB data volumes.

In reality, smaller companies have an edge over their larger counterparts because it is possible to pursue a phased data migration strategy to further mitigate volumes of data that are being moved. This approach is also found to enhance performance of the system while reducing IT costs.

Phased approach of moving data volumes that are smaller than 10TB allows enterprises to buy time while preparing for their ultimate objective of migrating to SAP environment in terms of S/4 HANA or SAP HANA. Companies are in a better position to maximize data volumes that are being archived while ensuring greater support of users.

Transitioning to an entirely new HANA ecosystem by adopting a Greenfield approach involves challenges of different kinds. There is a need involve legacy systems by choosing a data transition approach to look after management of leftover data.

It is obvious that irrespective of the approach of data migration, one can achieve significant gains only by minimizing the volumes of data that need to be migrated to new SAP HANA and SAP S/4 HANA environments. These advantages include improved performance of SAP systems at much lower costs with reduction in complexity of the whole transition process and possible risk factors.

Understanding the urgency

The countdown has already begun for companies that are operating SAP ERP systems since by 2025 SAP will cease to support these systems. Considering the total number of years before the dawn of 2025, one may feel that there is still a long way to go before begin preparations for S/4 HANA migration.

If one tries to appreciate the magnitude of the task at hand for companies that are contemplating transition to S/4 HANA, it is easy to fathom the enormity and complexity of such task. Obviously, there is an urgent need to begin planning for infrastructural changes ASAP, unless you wish to be left behind.

Irrespective of different levels of complexities that exist in SAP infrastructures of various organizations, an appropriate strategy for transition is need of the hour. This applies to all SAP enterprises that may be operating in hybrid cloud, cloud or on-premise environments.

Takeaway

Following the announcement of SAP S/4 HANA, several organizations began pondering about the exact time to adopt the new SAP landscape. If your organization is still toying with the idea, then there can’t be a better time to start preparing for the transition than now. With every passing day, there is a better clarity about unique advantages of S/4 HANA and therefore SAP enterprises should start chalking out strategies for a transition without losing any time.

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A Guide to SAP HANA Blockchain

These days, no other topic generates more controversy than blockchain. Some people believes that blockchain is the largest revolution ever since the internet came into existence. Other people witness it as much-hyped waste of the resources without practical applications. The major thing is everyone is talking about blockchain.

The ecosystem controlled by the startups, the biggest challenge, which remains is how the blockchain could be incorporated in the enterprise applications. Recently, a few weeks back, SAP officially announced the SAP Cloud Platform blockchain. The SCP blockchain permits the partners and customers in order to extend and build the applications over blockchain technology.

SCP is base for adding the distributed ledger technology to the SAP solutions. Though, the SCP blockchain’ integration with the SAP Leonardo permits the blockchain combination with straight-edge technologies, such as IoT – Internet of Things.

The great value to SCP is SAP HANA Cloud Platform Blockchain, connecting any of the SAP HANA database to famous blockchain platforms. It offers interesting abilities that were unheard in the ecosystem of blockchain. This blog post will introduce you to different components and technical concept as well as to coming beta program.

insideDefinition of Blockchain

If you are a beginner and do not know about blockchain, then there is a high probability that you have heard the phrase “Blockchain is not Bitcoin”. Basically, blockchain is technological concept and Bitcoin is that concept implementation. Blockchain is a distributed public ledger, made on P2P network of individually controlled nodes. Each participant on the network has copy of the prompt access to the data in the public blockchain that is equivalent to other participants. No centralized authority like government or bank declines or approves the transactions, whereas the consensus regarding ‘one truth’ is attained algorithmically. When the transaction is stored over blockchain as well as consensus is accomplished, it is cryptographically secured that makes it integrally impossible to damage.

These features open several applications, also there are “n” number of publications. From technical point, blockchain is linked blocks’ list, in which every block contains plenty of transactions. The blocks consists hash of previous block, which identifies the block as well as all the content. In case, a bit of block modifies- for instance via tampering with transaction, the value of hash changes that effectively breaks blockchain and invalidate all transactions and blocks. All this makes the blockchain impossible to interfere. For instance, in Bitcoin, making transaction history needs control of 50 percent of network’s computational resources. If power consumption of the countries, such as Ireland is considered, it is practically impossible.

SAP HANA Blockchain

SAP HANA and SAP Cloud Platform Blockchain are not the blockchain platforms similar to Hyperledger Fabric, Ethereum or Bitcoin. It is a concept made on the interoperability and collaboration. The strategy of SAP is not to found other platform and build SAP-centric blockchain ecosystem; however to incorporate in the existing blockchain platforms of enterprises. Currently, SCP Blockchain supports the Hyperledger fabric (The SAP is the leading member of Hyperledger project of Linux Foundations) as well as MultiChain. With modern approach, the blockchain platforms could be added effortlessly in the coming time. The SCP Blockchain links to supported network of blockchain through SAP Cloud Platform’ cloud service. The SAP HANA Blockchain makes the connection in between SAP HANA and cloud service that results in the on-chain data representation in the SAP HANA as group of column store tables.

It needs two components, including –

• SAP HANA Blockchain adapter – SDI connector is implemented with the SAP HANA, available through Service Marketplace, also known as SAP ONE Support Launchpad.
• SAP HANA Blockchain Service – Cloud hosting services are situated with the SAP Leonardo blockchain.
SAP HANA blockchain adapter contributed to HANA blockchain in cloud that communicates with SAP Blockchain service. The replication works in two directions, means transactions introduced in the SAP HANA fine the way to blockchain, where they could be expended by other apps.

Easily combine Off- and On-chain Data  

A few features of the Blockchain makes it essential to evaluate what should be secured on blockchain or not. Regulatory or legal are some reasons. The best example is data protection that especially in GDPR (General Data Protection Regulation) of Europe. Storing the data on blockchain is an expensive option as compared to storing the data on data store. The data should be replicated as well as verified to every participant and hashes should be made. Usually, it is economical if you store the footprint of data over blockchain low.

Typically, a business app will store more of the data “off-chain” in conservative data store, whereas only the needed data is “on-chain” stored over actual blockchain.

Beta Program and Availability

The SAP HANA blockchain would enter the controlled availability phase in the earlier of July 2018 and you can register it today. It provides you access to the SAP HANA Blockchain earlier as well as to high-class support channel, connecting directly to the engineering and product management of SAP HANA.

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Scaling Huge SAP HANA Database Capacity within Cloud

Today, every business needs an edge, whether the benefit is entering into the market primarily and deliver outstanding customer experience or build exceptional operating efficiency. In order to cater these, SAP S/4 HANA on the Go4Hosting system servers is new computing platform that is making news in the market.

SAP HANA is an in-memory database that permits instant as well as cost-effective analysis of large data seta nowadays. In terms of hardware, the power systems of Go4Hosting are made in order to offer performance-driven data-intensive analytics. Introduction of SAP-certified managed cloud services over systems make this software and hardware combination a preferred option among users.

Flexible and AI-ready Server Consolidation

Most of the Go4Hosting users are availing advantage from running the SAP HANA cloud over power architecture in the on-premises data centers. The power servers could deliver high-differentiated SAP HANA infra along with flexibility, enabled via virtualization model of Go4Hosting. It offers high bandwidth and large-memory capacity that provides outstanding performance. The data access and execution speed are offered by SAP HANA and suitable for current advanced technologies like cognitive analytics and machine learning.

featuredAccording to perspective of IT management, implementing the power systems helps in enabling efficient usage of the server association for savings. Businesses could run several SAP HANA production on every power system server that possibly minimize hardware acquisition costs and footprint of data center. In addition, power systems offers highly-resilient platform that helps in meeting the business and user uptime expectations.

Advantage of Cloud Economics

Many businesses face challenges that are linked with supporting concurrent and big workloads of SAP HANA and might wish to shift towards managed cloud options. Furthermore, speed is serious for analysis as well as action is much needed in order to achieve the business objectives as well as it needs an ideal combination of the IT abilities for gaining the desired edge.

The availability of the resources on Go4Hosting provides companies an additional advantages of efficiency and performance, given by SAP HANA. For instance, instead of making the CAPEX (Capital Expenditure) investments in the infrastructure in order to expand the portfolio of SAP HANA, businesses could shrink or grow the cloud infrastructure on request. The OPEX – Operating Expense cloud models helps businesses in order to free the critical capitals for different projects.

Additionally, capacity values in the era of enormous data sets. Go4Hosting clients may obtain same database capacity of SAP HANA, around 24TB with same on-premises in increase the scale, resiliency and speed of power systems. Clients could start through lesser configuration and later scale up 1 TB additions within non-disruptive manner with no need of data repartitioning. Apart from small enterprises, large enterprises may also take benefit of the capacity as well as run the SAP HANA in-memory analytics over cloud. This solution leverages the storage based on the flash in the Go4Hosting family. It provides another benefit. Extensions are available at additional price in order to offer integration with cloud hosting services like blockchain and Internet of Things (IoT). Such integrations power the businesses in order to develop state-of-the-art new capabilities and services like Artificial Integration along with SAP HANA.

This is just a Beginning of In-memory Analytics

The SAP-certified managed cloud service over power systems is braced by the Go4Hosting managed application services. This integrated software and hardware solution is only a beginning of the exciting innovations that are expected for cloud. You can learn about scaling the workload capacity of large databased in the cloud and ease the business operations. You can deploy SAP HANA services from Go4Hosting and scale the SAP HANA database capacity within cloud at competitive prices.

SAP HANA provides customers with a variety of configuration and deployment choices to meet every businesses requirement, expectations and budget. If you are planning to switch over to SAP HANA, here are a few brilliant tips that will give you the brightest idea to implement for the most cost-optimized HANA landscape configuration. Tip #1: Sizing of your Application Proper sizing of the SAP HANA server is very crucial. Under sizing and oversizing both can create complications as for having a under sizing server, one might have performance based issues and for having an oversized server, there will be a need to pay extra for capacity. SAP Quick Sizer tool is a very quick and smooth way for users to determine the memory, CPU and SAPS requirements for a smooth running of their workloads on SAP HANA. Find below some tools and resources to use to perfectly size the different HANA workloads, including: • Sizing New Applications, ” Initial Sizing” section – It basically offers an overview of the some important steps and resources for perfectly sizing stand- alone HANA, SAP Business Suite on HANA, SAP HANA Enterprise Search, SAP NetWeaver BW powered by SAP HANA, Industry Solutions powered by SAP HANA, , along with other sizing guidelines for using HANA as a database. • Migration or switch over to SAP HANA Applications, “Productive Sizing” section – It helps to determine HANA system needs, requirements and contains the sizing guidelines in one’s existing applications to HANA. • Sidecard Scenarios Sizing section – It describes the process for sizing in order to run SAP HANA Enterprise Search, CO-PA Accelerator, and other SAP Applications on SAP HANA in a sidecard scenario. Tip #2: Determining the most suitable deployment model for Data Center infrastructure strategy The SAP ecosystem provides a useful range of HANA appliance reference architecture models which are optimally designed and manufactured to satisfy each deployment use case. It is possible for customers to select from more than 400 SAP HANA certified configuration systems, which are offering unprecedented scalability and fine-grain memory sizes ranging from 128GB to 12TB. It understands that each user’s set of requirements, needs and expectations are specific and different, so there is a list of deployment options for SAP HANA to meet your every business need: 1. By leveraging preconfigured hardware set-up and preinstalled software packages fully supported by SAP, the appliance delivery model provides an easy and fast way for deploying SAP HANA. 2. Tailored Data Center Integration (TDI) deployment model offers SAP HANA clients with two features i.e. increased flexibility and TCO savings by enabling them to leverage their existing hardware components and operational processes. 3. Clients which are standardized on having their Data Center operations virtualized can easily leverage SAP HANA on VMware deployment model . 4. Eventually, customers can choose the SAP HANA Enterprise Cloud service. This is a fully managed cloud service which allows you to perform functions like to deploy, maintain, integrate, and extend in-memory applications from SAP in a private cloud environment, along with providing cloud elasticity and flexibility with subscription based pricing. Tip #3: Carefully opt for a scale-out deployment model, explore options first for scale-up. The concept behind a scale up tells that opt always for a scale-up initially and go to scale-out only if it’s needed. Customers usually think that HANA’s high compression rate combined with its extremely high scalability (up to 2TB – OLAP and up to 12 TB – OLTP) will brilliantly satisfy their business requirements. Keep these points in check the benefits of scale-up before you decide to scale-out: • If you opt for a scale-up first, there is single node model, which means you will have 1 server (minimal footprint), 1 operating system to update, and 1 box to operate along with power supply. • With the last option which is scale-out, there is multiple node approach –which means you not only require more room and more power in your Data Center to deploy multiple server boxes, but also your operational and management costs for cluster systems will be comparatively much higher than for the single-node systems. Although, it’s true, scale-out provides more hardware flexibility than scale-up and requires less hardware costs initially, but however, it requires more upfront knowledge about data, application, and hardware than scale-up. Tip #4: Complete understanding of extra options for reducing the cost of your non-production systems Recently, SAP has made some additional steps to further relax and make hardware requirements flexible resulting in potentially new cost savings for customers. Sincerely review SAP HANA TCO savings for determining the most cost-efficient approach for non-productive landscape. The figurative cost of DEV/QA hardware can represent a relevant portion of the total cost of SAP HANA system landscape. SAP always contains less amount of stringent hardware requirements for SAP HANA non-production systems. Tip #5: Selection of High Availability/Disaster Recovery (HA/DR) models (cost-optimized vs. performance-optimized) When we explore about the total cost of ownership of SAP HANA, it is mainly concerned with lowering the management and costs by constructing an efficient landscape. SAP HANA Replication System is basically configured for two modes, either the cost-optimized mode or the performance-optimized mode of operation. One of the pivotal roles of the SR is to build the secondary hardware for shortening take-overs and performance boosts if a system fails. So, in order to minimize IT costs, customers are allowed to use the servers on the secondary system for specifically non-productive SAP HANA systems. SAP HANA, by allowing the potential customers for the usage of their secondary hardware resources for non-production drives down the TCO by enabling customers to consolidate their environment. Tip #6: Filing a Request from at least two SAP HANA technology partners after finalization of landscape design Once you have gone through the major elements like: HA/DR configuration, deployment model for your applications, sizing (CPU, memory, SAPS), you must make sure to file a request at least two certified SAP HANA appliance and storage partners. Receiving multiple quotes can help customers with negotiating the most suitable price for the deployment infrastructure. Tip #7: Validate and make usage of services offered with your software and hardware licenses, before going Live. Customers, usually find that their needs, expectations and requirements change from time to time during the project lifetime. So, always ensure to run some additional testing like stress and performance tests to optimize the KPIs before going g live or into production. Also, re-validate initial sizing of SAP HANA systems.

Suitable Tips for Cost-optimizing SAP HANA Infrastructure

SAP HANA provides customers with a variety of configuration and deployment choices to meet every businesses requirement, expectations and budget.

If you are planning to switch over to SAP HANA, here are a few brilliant tips that will give you the brightest idea to implement for the most cost-optimized HANA landscape configuration.

Tip #1: Sizing of your Application

Proper sizing of the SAP HANA server is very crucial. Under sizing and oversizing both can create complications as for having a under sizing server, one might have performance based issues and for having an oversized server, there will be a need to pay extra for capacity.

SAP Quick Sizer tool is a very quick and smooth way for users to determine the memory, CPU and SAPS requirements for a smooth running of their workloads on SAP HANA.

Find below some tools and resources to use to perfectly size the different HANA workloads, including:

• Sizing New Applications, ” Initial Sizing” section – It basically offers an overview of the some important steps and resources for perfectly sizing stand- alone HANA, SAP Business Suite on HANA, SAP HANA Enterprise Search, SAP NetWeaver BW powered by SAP HANA, Industry Solutions powered by SAP HANA, , along with other sizing guidelines for using HANA as a database.

Migration or switch over to SAP HANA Applications, “Productive Sizing” section – It helps to determine HANA system needs, requirements and contains the sizing guidelines in one’s existing applications to HANA.

• Sidecard Scenarios Sizing section – It describes the process for sizing in order to run SAP HANA Enterprise Search, CO-PA Accelerator, and other SAP Applications on SAP HANA in a sidecard scenario.

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Tip #2: Determining the most suitable deployment model for Data Center infrastructure strategy

The SAP ecosystem provides a useful range of HANA appliance reference architecture models which are optimally designed and manufactured to satisfy each deployment use case.

It is possible for customers to select from more than 400 SAP HANA certified configuration systems, which are offering unprecedented scalability and fine-grain memory sizes ranging from 128GB to 12TB.

It understands that each user’s set of requirements, needs and expectations are specific and different, so there is a list of deployment options for SAP HANA to meet your every business need:

1. By leveraging preconfigured hardware set-up and preinstalled software packages fully supported by SAP, the appliance delivery model provides an easy and fast way for deploying SAP HANA.

2. Tailored Data Center Integration (TDI) deployment model offers SAP HANA clients with two features i.e. increased flexibility and TCO savings by enabling them to leverage their existing hardware components and operational processes.

3. Clients which are standardized on having their Data Center operations virtualized can easily leverage SAP HANA on VMware deployment model .

4. Eventually, customers can choose the SAP HANA Enterprise Cloud service. This is a fully managed cloud service which allows you to perform functions like to deploy, maintain, integrate, and extend in-memory applications from SAP in a private cloud environment, along with providing cloud elasticity and flexibility with subscription based pricing.

Tip #3: Carefully opt for a scale-out deployment model, explore options first for scale-up.

The concept behind a scale up tells that opt always for a scale-up initially and go to scale-out only if it’s needed. Customers usually think that HANA’s high compression rate combined with its extremely high scalability (up to 2TB – OLAP and up to 12 TB – OLTP) will brilliantly satisfy their business requirements.

Keep these points in check the benefits of scale-up before you decide to scale-out:

• If you opt for a scale-up first, there is single node model, which means you will have 1 server (minimal footprint), 1 operating system to update, and 1 box to operate along with power supply.

• With the last option which is scale-out, there is multiple node approach –which means you not only require more room and more power in your Data Center Services to deploy multiple server boxes, but also your operational and management costs for cluster systems will be comparatively  much higher than for the single-node systems. Although, it’s true, scale-out provides more hardware flexibility than scale-up and requires less hardware costs initially, but however, it requires more upfront knowledge about data, application, and hardware than scale-up.

Tip #4: Complete understanding of extra options for reducing the cost of your non-production systems

Recently, SAP has made some additional steps to further relax and make hardware requirements flexible resulting in potentially new cost savings for customers.

Sincerely review SAP HANA TCO savings for determining the most cost-efficient approach for non-productive landscape. The figurative cost of DEV/QA hardware can represent a relevant portion of the total cost of SAP HANA system landscape.

SAP always contains less amount of stringent hardware requirements for SAP HANA non-production systems.

Tip #5: Selection of High Availability/Disaster Recovery (HA/DR) models (cost-optimized vs. performance-optimized)

When we explore about the total cost of ownership of SAP HANA, it is mainly concerned with lowering the management and costs by constructing an efficient landscape.

SAP HANA Replication System is basically configured for two modes, either the cost-optimized mode or the performance-optimized mode of operation.

One of the pivotal roles of the SR is to build the secondary hardware for shortening take-overs and performance boosts if a system fails.

So, in order to minimize IT costs, customers are allowed to use the servers on the secondary system for specifically non-productive SAP HANA systems.

SAP HANA, by allowing the potential customers for the usage of their secondary hardware resources for non-production drives down the TCO by enabling customers to consolidate their environment.

Tip #6: Filing a Request from at least two SAP HANA technology partners after finalization of landscape design

Once you have gone through the major elements like: HA/DR configuration, deployment model for your applications, sizing (CPU, memory, SAPS), you must make sure to file a request at least two certified SAP HANA appliance and storage partners. Receiving multiple quotes can help customers with negotiating the most suitable price for the deployment infrastructure.

Tip #7: Validate and make usage of services offered with your software and hardware licenses, before going Live.

Customers, usually find that their needs, expectations and requirements change from time to time during the project lifetime. So, always ensure to run some additional testing like stress and performance tests to optimize the KPIs before going g live or into production. Also, re-validate initial sizing of SAP HANA systems.