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At this year’s annual SAP user conference, SAPPHIRE, the technology giant showed advances in its cloud and in-memory computing efforts. It has completed the migration of its conventional VR_2012_TechAward_Winner_Logoapplication suite and portfolio of tools to operate on SAP HANA, its in-memory computing platform, and made improvements in its cloud computing environment, SAP HANA Enterprise Cloud. The last time I analyzed SAP HANA was when it won our firm’s 2012 Overall IT Technology Innovation Award. Now HANA has been transitioned from just a database technology into a broad platform. SAP wisely consolidated its efforts previously known as SAP NetWeaver into SAP HANA. This resolves some confusion regarding HANA and NetWeaver in the cloud, which I assessed. The recently announced SAP HANA Platform now provides the enterprise class of HANA implementation in the cloud. It comes with a trial edition of the data and visual discovery technology now called SAP Lumira, whose price has been reduced to encourage adoption (and which I discuss more below). The use of in-memory databases for big data is accelerating: According to our technology innovation research, 22 percent of organizations are planning to use this technology over the next two years, and through 2015 it will have a higher growth rate than other approaches.

SAP HANA is gaining functionality as a platform and has made an important step forward with its service pack 6. This new release expands integration of the technology into data across its applications and systems. HANA now has virtualized access to data in vr_predanalytics_benifits_of_predictive_analyticsHadoop and a range of other databases along with supporting the necessary data integration. Integrated with Sybase SQL Anywhere, HANA enhances mobile use of that technology; it also works with Sybase ESP to integrate event streams and machine data, and with Sybase Replication Server to connect with Sybase ASE and other databases. HANA’s increased spatial processing capacity handles this type of data, which then can be accessed by tools and applications. Our latest research into location analytics finds new applicability for this across business processes and our next-generation business intelligence research reveals that applying location-based analytics is important to 40 percent of organizations. The latest version of HANA has advanced data modeling capabilities through SAP HANA Studio to make it easier to use data and build a range of business models including predictive ones. Majorities of research participants said that such capability through predictive analytics provides a competitive advantage (68%) and new revenue opportunities (55%).

SAP supports text or natural-language processing needs. At some point I hope it enables HANA to dynamically create text as a result of its analytics; that could communicate better with people than just showing charts and data. This capability already is available in the workforce analytics products of SuccessFactors, whose Headlines technology won our 2012 Overall Business Innovation Technology Innovation Award; however, that does not yet seem to be part of SAP HANA and other applications, which could be a business benefit and product differentiator.

SAP also is expanding its software partner ecosystem to spread use of HANA with a range of applications. An early example is Tagetik, whichprovides its financial application suite on HANA for in-memory computing. SAP also announced recognition of innovative SAP HANA based applications including Warwick Analytics and Semantic Visions that are well worth examining. SAP also is adding integration points with other network storage, data center integration and even business intelligence and analytics. To this point, however, not many vendors are certified on SAP HANA, and my inquiries with various software company executives found they have more work to do and are not getting strong support from SAP to streamline the process to become certified. Elsewhere in its technology ecosystem, SAP announced further cooperation with HP in what is called Project Kraken to create an appliance with 16 processors and 12 terabytes of memory, designed to operate SAP HANA effectively for any range of analytical and transactional needs. Success of this computing appliance is equally important to HP, which is in a do-or die-battle against IBM and Oracle who are advancing in this area. At the same time SAP’s one-time partner Teradata has a competitive approach, whose recent advances in in-memory computing with its new intelligent memory and appliance that I assessed is well worth examining.

HANA is now part of SAP’s overall business intelligence strategy, as my colleague Tony Cosentino has pointed out. This is a positive step as the company works through the challenges of keeping a very large customer base happy as it moves its product line into the future. One of its key points for its future is the newly announced SAP Lumira, which was previously known as SAP Visual Intelligence, a more self-explanatory product name for the intended audience that is engaged in business analytics or even big data analytics. SAP Lumira is really the new face of its business intelligence products whether on-premises or in the cloud; it meets a need for discovery technology, which I outlined and is important to the future of business analytics. This was challenged by partners MicroStrategy and Tableau who were demonstrating their approaches at SAPPHIRE showing its competitive approach and how it can make good use of data from SAP and inevitably SAP HANA as they work through integration of the technology. Our research into technology innovation found that data and visual discovery is not available to 19 percent of organizations, ranking third behind the most unavailable predictive analytics (27%). SAP Lumira interoperates with other SAP products along with supporting Microsoft Excel spreadsheets. SAP also has released SAP BusinessObjects 4.1 with improved access to Hadoop through MapReduce and Hive, and also to Oracle’s Exadata and Essbase technologies. A new edition of SAP Crystal Server and Edge edition furthers support of BI for small and midsize businesses (SMB). SAP continues to have fierce competition in IT departments for BI and to overcome it is working to help business analysts and management use business analytics.

In the realm of business applications, SAP has fulfilled its promise to make HANA the underlying platform across on-premises deployments and the cloud. Its SAP Business One application suite version 9 is designed for SMB and runs with HANA and even Microsoft SQL Server. Simultaneously, the SAP Business Suite is now available on SAP HANAAs my colleague Robert Kugel explained, that makes it possible for customers to avoid using Microsoft or Oracle database technology and take advantage of new technology and applications built on HANA. Examples of this are SAP’s release of its fraud management application on HANA, which Robert assessed, as he did for advances in its EPM portfolio for finance. A word of caution here: Companies that use SAP’s applications on third-party databases have to be careful as the license in most cases only allows for application-specific access to the database, limiting the potential of other business uses. The range of new applications and tools running on HANA is steadily increasing as partners make progress adapting to it; SAP’s digital marketplace dedicated to HANA shows what is available.

SAP is so bullish on its ability to design consumer-friendlyUntitled applications that it also announced efforts to bring that quality into the enterprise through the SAP Fiori apps for common business functions; it also has simplified the user experience of its applications. This is nothing new for SAP which has long emphasized usability and made improvements in a continuous improvement cycle. SAP has invested significantly into the user experience and created AppHaus to build demonstrations of the latest advances. Even so, after looking at the range of new applications, I think SAP still has to improve upon the user experience and design of the applications. SAP is heading in the right direction, but it ought to build an application assembly and design environment that the teams at SAP, and its customers and partners, all can use to build people-centric applications, especially for use on the Web and mobile devices. I got to test applications that demonstrate user experience advancements, but they all were custom-built, and I saw others with primitive user interfaces for business applications; these fall short in trying to engage users across a range of experience and facilitate the natural collaborative aspects of their responsibilities. Those aspects are critical, as our research across every line of business finds usability to be the top evaluation category for software evaluation, and it was the top criterion in 64 percent of all organizations. My analysis suggests that SAP needs to consider the critical aspects of personalization based on role, responsibility and experience and adapt the user experience to them. As well, less can be more when presenting information for the majority of business purposes, and guiding individuals to what is relevant is more important that piling up charts or information on the screen.

Separately from its HANA efforts, SAP has advanced enterprise-class readiness for mobile technology, has outlined a comprehensive mobility framework and deepened support for security through a partnership with Mocana for any applications that embrace SAP’s mobile portfolio and technology. This addresses an evident need, as our technology innovation research into mobile technology finds the top barrier to business deployment is security and risk issues, found in 47 percent of organizations. SAP has to also consider in the world of BYOD the preference for native platforms (39%) over the Web or HTML5 (33%), along with no preference (20%); it won’t be easy for SAP to make everyone happy, especially when half of individuals have a distinct preference for their type of smartphone or tablet. Our research finds fewer than one-third (32%) of people satisfied with their organization’s mobile access to applications and information. I did not hear much about SAP HANA in the company’s mobile strategy except that it powers tools and applications that operate on a smartphone or tablet. But overall SAP is investing more into advancing mobile technology than other technology suppliers, and its potential is yet to be realized as business and IT begin a transformation to mobile readiness.

Since my analysis after last year’s SAPPHIRE SAP has brought to reality its cloud computing strategy with products that are now available. I thought that more could have been highlighted in SAP’s sustainability efforts in including its software, for which last year vr_bti_br_access_preferences_for_innovative_technologieswe provided a 2012 Leadership Award to its customer Danone for its use of SAP products. I was more surprised that SAP was rather quiet about its efforts in business and social collaboration as it works to transform its technology by embedding the Jam product in its software. SAP is working to ensure its products are simple but sophisticated, available on any platform or device and localized to any country in the world – and that they operate on SAP HANA. It is also working to deliver faster methods to onboard and experience its software through rapid deployment. SAP’s focus is to inject the technology innovations into its platform and applications while also supporting what our technology innovation research finds is the desire for a variety of access methods: on-premises, on-demand and hosted approaches that are distributing quite rapidly. It is clear that organizations want choice in how they access technology and applications; SAP is prepared to address this as it enters a new era of opportunity built on SAP HANA.

Regards,

Mark Smith

CEO & Chief Research Officer

Information technology for business is changing rapidly as organizations demand innovation to help them discover insights and facts. Our research into business technology innovation found analytics to be thevr_bti_br_technology_innovation_priorities top priority in 39 percent of organizations. Businesses feel pressure to be better, faster and smarter in operating processes, and understanding their various types of information is a key to success. Businesses are looking to capture value from all types of information both within the enterprise and on the Internet. In this context technology providers are now using the term “discovery” to capture potential buyers’ attention; it became an area for technology spending in 2012 and likely will be for years to come. In fact my colleague Tony Cosentino has identified discovery as one of the four pillars of big data analytics.

Discovery is one of many business analytics methods that can be used realize value from current and future investments into big data. Discovery, of course is the act of finding something, whether it’s truly new or just overlooked. Wikipedia adds, “With reference to science and academic disciplines, discovery is the observation of new phenomena, new actions or new events and providing new reasoning to explain the knowledge gathered through such observations with previously acquired knowledge from abstract thought and everyday experiences. Visual discoveries are often called sightings.”

In business the knowledge gathered by individuals engaged in discovery is critical to provide context; typically those people are analysts responsible for the organization’s analytics or increasingly are business professionals competent to delve into the discovery process; for either, analytic technology should provide meaningful information in dynamic fashion. Done right, discovery produces intelligence, and analytic tools have improved the usability that enables more people to discover insights using this class of technology. I have already pointed out why conventional business intelligence is failing business; improving on these failings should also be a guide to what we need from discovery technology. With the wide adoption of big data technologies in varying approaches, organizations need to find the right tools to take advantage of it, but adequate data and visual discovery are not currently available in almost one-fifth (19%) of organizations participating in our technology innovation research.

There are four main types of discovery for business analytics: in no particular order, they are event, data, information and visual. Let’s consider each of them and the potential they hold for realizing full value from business analytics and big data investments.

Event Discovery: Enterprise networks now must handle extreme velocity in the streams of events that pass into and through them. If they are processed effectively, discovery through analytics could reveal current bottlenecks and opportunities for improvement or if trended and projected could indicate patterns developing in a negative direction. Processing events in a real-time or right-time manner has evolved from complex event processing into a category of its own, operational intelligence. Our research in this area found that nearly half (45%) organizations consider it very important to analyze business and IT events, and another 44% indicated it is somewhat important. The process of discovery applied to events can take many directions; for example, discovery analytics can immediately notify someone to take action, or the results can be displayed visually to make it easier to identify outliers or trends that should be further analyzed for review. As well, discovering relationships between events is very important to 53 percent of organizations. But the right tools are necessary for success. Our research shows that the large majority (91%) of organizations that use specialized tools for this are satisfied with them, compared to 76 percent that use general-purpose BI tools. The role of event discovery, now being called big data in motion, is changing rapidly as Tony Cosentino has pointed out.

Data Discovery: Enterprise databases contain ever larger volumes of structured data that describe transactions and interactions with their customers, their products and employees, the locations where their business operates and relations with their partners and suppliers. This kind of data is significant and can be sourced from in-house business applications and data warehouses and from software rented in the cloud computing environments, as well as through new investments in big data. From whatever source, having more interactive and data-centric discovery is critical to empower analysts and even data scientists. Data discovery is not new, but it has evolved greatly. Intuitive and flexible a new tools have advanced from the foundation of OLAP to perform data discovery on large volumes of source data and place it into a business model or analyze it while still in its almost original formats. The ability to combine and relate data from Internet sources expands the realm of what is possible to know and act on while expending less time and resources. Many business intelligence suppliers are just beginning to see what is required to meet the needs of today’s analysts compared to the past needs of IT or BI professionals needs to publish reports and dashboards. Our research finds that exploring data underlying analytics in a discovery manner is a critical business analytics need in 37 percent of organizations. Some new big data-oriented analytic tools can do more comprehensive data discovery, and IT departments will have accommodate them to provide what analysts need to do their jobs.

Information Discovery: Organizations now must handle a broader variety of information than ever before, including documents and semi-structured content whose data is not contained in a database. This wealth of information provides an opportunity to increase business understanding, but users need to access and integrate it for a range of tasks such as fraud, risk and compliance; process improvement; and reporting and analytics. This information can also be combined with data from databases to provide a comprehensive foundation for applying discovery processes. Our research shows that content is the second-most important type of data in 59 percent of organizations, right after customer data (71%). We believe that information optimization is a key benefit of big data and information management investments, but as I have pointed out it requires flexible technology to utilize all this information. Information discovery was once left to very expensive technology and specialized resources, and hence was beyond the reach of many organizations. Now many vendors offer tools that can perform content analytics to discover key information in proprietary formats and harvest it for business operations. The new generation of tools also provides the ability to define templates and placement for information to be integrated without the work of developers; it can analyze the layouts of documents and process their contents on an automated basis.

Visual Discovery: This is the latest technology craze as analysts clamor to add it to their analytic tool sets. Our research finds that presenting data visually is the second-most demanded critical business analytics capability for 48 percent of organizations. This type of discovery helps visualize large volumes of data to add new focus to finding areas of opportunity and challenges. Visualization may seem deceptively easy, but it is actually quite difficult to design technology that a range of nontechnical roles find easy to understand and present. I have seen vendors just attempt to lay more sophisticated visualization on top of their existing products, but doing this does not produce the usability and interactivity users insist on; lacking these qualities has severely hindered adoption. Being able to use visualization as a selection method for further discovery dramatically reduces the time it takes users to analyze data and find new insights. At some point in the visual discovery process, users want to share a visualization or a chart for further collaboration, to identify potential places for root-cause analysis or to make recommendations for resolution. At this point in development, however, most of the technology in visual discovery is not able to easily associate comments or bullets to a specific view and then enable sharing or collaboration on it electronically.

Not all discovery technology is created equal, as my discussion of the four big types of discovery shows. Some tool providers excel at one type, but few do all of them well. Thus your organization will have to create a discovery strategy as part of your business analytics efforts and choose and budget appropriately as you identify your most critical needs. You certainly will need to do something: Our business analytics research finds that analysts in 42 percent of organizations spend the majority of their time on data-related activities instead of actual analysis, so it is vital to reduce these chores and that ensure discovery methods do not increase that time; have IT staff automate these tasks through data integration and virtualization. For the CIO, it is important to ensure you are not just investing into evolution of your business intelligence tools as Tony points out; remember that the priority now is meeting the needs of the business and especially the analysts who are held responsible for analytics. Just serving reports and dashboards faster and in prettier form in many cases is not going to provide the critical insights. As I have already pointed out, putting more charts in dashboards or embedding key performance indicators are not smart strategies for guiding business improvement.

There is work to do here in convincing skeptics of the need for investment.vr_bti_br_barriers_to_use_of_innovative_technology According to our business technology innovation research building the business case (43%) is the second-greatest t barrier to adopting innovative technology like discovery, following lack of resources (51%). It is not easy to use a traditional business case that projects value and benefits from a specific investment in the case of discovery, where the technology is about finding the unknown and providing benefits depends on the competency and skill of your analysts and business professionals as well as the effectiveness of the technology. Because usability is critical (the evaluation category criteria most often classified as important by 64% of organizations in our research) you must look beyond just the capabilities in the technology to how easily a variety of roles can use it and collaborate on the insights found from it. Most tools are only suitable for certain roles and maybe not for every analyst, let alone directors or vice presidents. These innovations by many technology vendors are just coming to market. Many organizations decide the potential value of an investment on the time to utilization of the tool and the projected time to value on potential insights from it; for analytics through discovery that is not always easy today.

To evaluate the benefits of the new generation of business analytics that utilize the discovery methods discussed here, start with a conversation internally to identify your needs and look at some online demos to see what is possible. Our next-generation business intelligence research finds discovery to be a critical consideration for 69 percent of organizations, which indicates the strong interest in discovery technology that will work for business and IT. From another perspective, our spreadsheets in the enterprise research finds that 74 percent of organizations are still using personal spreadsheets with BI to meet many of their data and visual discovery needs, at the same time as 56 percent find it time-consuming to combine spreadsheets through copying and pasting and more than one-third (35%) find data errors from their use of spreadsheets. As my colleague Robert Kugel puts it, it is time to end denial about the use of spreadsheets and focus on buying tools designed for complex tasks like discovery. For IT organizations, it is essential to address data and integration needs for analytics and analysts so business is not spending so much time on data-related tasks; they also should understand that while there will be more tools and vendors in use, the architecture and support of them should be simplified. For business, it is critical to understand what the types of discovery are all about and where technology innovation in 2013 can help make your organization’s processes run better and faster. It will be well worth your time to investigate why more organizations – and maybe your competitors among them – are getting benefits from making their business to smarter by using discovery.

Regards,

Mark Smith

CEO & Chief Research Officer

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