Who’s Hot in Analytics and Business Intelligence

Ventana Research recently completed the most comprehensive evaluation of analytics and business intelligence products and vendors available anywhere. As I discussed recently, such research is necessary and timely as analytics and business intelligence is now a fast-changing market. Our Value Index for Analytics and Business Intelligence in 2015 scrutinizes 15 top vendors and their product offerings in seven keyvr_VI_BI_2015_Weighted_Overall categories: Usability, Manageability, Reliability, Capability, Adaptability, Vendor Validation and TCO/ROI. The analysis shows that the top supplier is Information Builders, which qualifies as a Hot vendor and is followed by 10 other Hot vendors: SAP, IBM, MicroStrategy, Oracle, SAS, Qlik, Actuate (now part of OpenText) and Pentaho.

The evaluations drew on our research and analysis of vendors’ and products along with their responses to our detailed RFI or questionnaire, our own hands-on experience and the buyer-related findings from our benchmark research on next-generation business intelligence, information optimization and big data analytics. The benchmark research examines analytics and business intelligence from various perspectives to determine organizations’ current and planned use of these technologies and the capabilities they require for successful deployments.

We find that the processes that comprise business intelligence today have expanded beyond standard query, reporting, analysis and publishing capabilities. They now include sourcing and integration of data and at later stages the use of analytics for planning and forecasting and of capabilities utilizing analytics and metrics for collaborative interaction and performance management. Our research on big data analytics finds that new technologies collectively known as big data vr_Big_Data_Analytics_15_new_technologies_enhance_analyticsare influencing the evolution of business intelligence as well; here in-memory systems (used by 50% of participating organizations), Hadoop (42%) and data warehouse appliances (33%) are the most important innovations. In-memory computing in particular has changed BI because it enables rapid processing of even complex models with very large data sets. In-memory computing also can change how users access data through data visualization and incorporate data mining, simulation and predictive analytics into business intelligence systems. Thus the ability of products to work with big data tools figured in our assessments.

In addition, the 2015 Value Index includes assessments of their self-service tools and cloud deployment options. New self-service approaches can enable business users to reduce their reliance on IT to access and use data and analysis. However, our information optimization research shows that this change is slow to proliferate. In four out of five organizations, IT currently is involved in making information available to end users vr_Info_Optimization_01_whos_responsible_for_information_availabilityand remains entrenched in the operations of business intelligence systems.

Similarly, our research, as well as the lack of maturity of the cloud-based products evaluated, shows that organizations are still in the early stages of cloud adoption for analytics and business intelligence; deployments are mostly departmental in scope. We are exploring these issues further in our benchmark research into data and analytics in the cloud, which will be released in the second quarter of 2015.

The products offered by the five top-rated com­pa­nies in the Value Index provide exceptional functionality and a superior user experi­ence. However, Information Builders stands out, providing an excep­tional user experience and a completely integrated portfolio of data management, predictive analytics, visual discovery and operational intelligence capabilities in a single platform. SAP, in second place, is not far behind, having made significant prog­ress by integrating its Lumira platform into its BusinessObjects Suite; it added pre­dictive analytics capabilities, which led to higher Usability and Capability scores. IBM, MicroStrategy and Oracle, the next three, each provide a ro­bust integrated platform of capabilities. The key differentiator between them and the top two top is that they do not have superior scores in all of the seven categories.

In evaluating products for this Value Index we found some noteworthy innovations in business intelligence. One is Qlik Sense, which has a modern architecture that is cloud-ready and supports responsive design on mobile devices. Another is SAS Visual Analytics, which combines predictive analytics with visual discovery in ways that are a step ahead of others currently in the market. Pentaho’s Automated Data Refinery concept adds its unique Pentaho Data Integration platform to business intelligence for a flexible, well-managed user experience. IBM Watson Analytics uses advanced analytics and VR_AnalyticsandBI_VI_2015natural language processing for an interactive experience beyond the traditional paradigm of business intelligence. Tableau, which led the field in the category of Usability, continues to innovate in the area of user experience and aligning technology with people and process. MicroStrategy’s innovative Usher technology addresses the need for identity management and security, especially in an evolving era in which individuals utilize multiple devices to access information.

The Value Index analysis uncovered notable differences in how well products satisfy the business intelligence needs of employees working in a range of IT and business roles. Our analysis also found substantial variation in how products provide development, security and collaboration capabilities and role-based support for users. Thus, we caution that similar vendor scores should not be taken to imply that the packages evaluated are functionally identical or equally well suited for use by every organization or for a specific process.

To learn more about this research and to download a free executive summary, please visit.


Ventana Research

Analytics and Business Intelligence: Multifaceted and Evolving Technology

Just a few years ago, the prevailing view in the software industry was that the category of business intelligence (BI) was mature and without room for innovation. Vendors competed in terms of feature parity and incremental advancements of their platforms. But since then business intelligence has grown to include analytics, data discovery tools and big data capabilities to process huge volumes and new types of data much faster. As is often the case with change, though, this one has created uncertainty. For example, only one in 11 participants in our benchmark research on big data analytics said that their organization fully agrees on the meaning of the term “big data analytics.”

There is little question that clear definitions of analytics and business intelligence as they are used in business today would be of value. But some IT analyst firms have tried to oversimplify the process of updating these definitions by merely combining a market basket of discovery capabilities under the label of analytics. In our estimation, this attempt is neither accurate nor useful. Discovery tools are only components of business intelligence, and their capabilities cannot accomplish all the tasks comprehensive BI systems can do. Some firms seem to want to reduce the field further by overemphasizing the visualization aspect of discovery. While visual discovery can help users solve basic business problems, other BI and analytic tools are available that can attack more sophisticated and technically challenging problems. In our view, visual discovery is one of four types of analytic discovery that can help organizations identify and understand the masses of data they accumulate today. But for many organizations visualization alone cannot provide them with the insights necessary to help make critical decisions, as interpreting the analysis requires expertise that mainstream business professionals lack.

In Ventana Research’s view, business intelligence is a technology managed by IT that is designed to produce information and reports from business data to inform business about the performance of activities, people and processes. It has provided and will continue to provide great value to business, but in itself basic BI will not meet the new generation of requirements that businesses face; they need not just information but guidance on how to take advantage of opportunities, address issues and mitigate the risks of subpar performance. Ventana_Research_Value_Index_LogoAnalytics is a component of BI that is applied to data to generate information, including metrics. It is a technology-based set of methodologies used by analysts as well as the information gained through the use of tools designed to help those professionals. These thoughtfully crafted definitions inform the evaluation criteria we apply in our new and comprehensive 2015 Analytics and Business Intelligence Value Index, which we will publish soon. As with all business tools, applications and systems we assess in this series of indexes, we evaluate the value of analytic and business intelligence tools in terms of five functional categories – usability, manageability, reliability, capability and adaptability – and two customer assurance categories – validation of the vendor and total cost of ownership and return on investment (TCO/ROI). We feature our findings in these seven areas of assessment in our Value Index research and reports. In the Analytics and Business Intelligence Value Index for 2015 we assess in depth the products of 15 of the leading vendors in today’s BI market.

The Capabilities category examines the breadth of functionality that products offer and assesses their ability to deliver the insights today’s enterprises need. For our analysis we divide this category into three subcategories for business intelligence: data, analytics and optimization. We explain each of them below.

The data subcategory of Capabilities examines data access and preparation along with supporting integration and modeling. New data sources are coming into being continually; for example, data now is generated in sensors in watches, smartphones, cars, airplanes, homes, utilities and an assortment of business, network, medical and military equipment. In addition, organizations increasingly are interested in behavioral and attitudinal data collected through various communication platforms. Examples include Web browser behavior, data mined from the Internet, social media and various survey and community polling data. The data access and integration process identifies each type of data, integrates it with all other relevant types, checks it all for quality issues, maps it back to the organization’s systems of record and master data, and manages its lineage. Master data management in particular, including newer approaches such as probabilistic matching, is a key component for creating a system that can combine data types across the organization and in the cloud to create a common organizational vernacular for the use of data.

Ascertaining which systems must be accessed and how is a primary challenge for today’s business intelligence platforms. A key part of data access is the user interface. Whether it appears in an Internet browser, a laptop, a smartphone, a tablet or a wearable device, data must be presented in a manner optimized for the interface. Examining the user interface for business intelligence systems was a primary interest of our 2014 Mobile Business Intelligence Value Index. In that research, we learned that vendors are following divergent paths and that it may be hard for some to change course as they continue. Therefore how a vendor manages mobile access and other new means impacts its products’ value for particular organizations.

Once data is accessed, it must be modeled in a useful way. Data models in the form of OLAP cubes and predefined relationships of data sometimes grow overly complex, but there is value in premodeling data in ways that make sense to business people, most of whom are not up to modeling it for themselves. Defining data relationships and transforming data through complex manipulations is often needed, for instance, to define performance indicators that align with an organization’s business initiatives. These manipulations can include business rules or what-if analysis within the context of a model or external to it. Finally, models must be flexible so they do not hinder the work of organizational users. The value of premodeling data is that it provides a common view for business users so they need not redefine data relationships that have already been thoroughly considered.

The analytics subcategory includes analytic discovery, prediction and integration. Discovery and prediction roughly map to the ideas of exploratory and confirmatory analytics, which I have discussed. Analytic discovery includes calculation and visualization processes that enable users to move quickly and easily through data to create the types of information they need for business purposes. Complementing it is prediction, which typically follows discovery. Discovery facilitates root-cause and historical analysis, but to look ahead and make decisions that produce desired business outcomes, organizations need to track various metrics and make informed predictions. Analytic integration encompasses customization of both discovery and predictive analytics and embedding them in other systems such as applications and portals.

The optimization subcategory includes collaboration, organizational management, information optimization, action and automation. Collaboration is a key consideration for today’s analytic platforms. It includes the ability to publish, share and coordinate various analytic and business intelligence functions. Notably, some recently developed collaboration platforms incorporate many of the characteristics of social platforms such as Facebook or LinkedIn. Organizational management attempts to manage to particular outcomes and sometimes provides performance indicators and scorecard frameworks. Action assesses how technology directly assists decision-making in an operational context. This includes gathering inputs and outputs for collaboration before and after a decision, predictive scoring that prescribes action and delivery of the information in the correct form to the decision-maker. Finally, automation triggers alerts in circumstances based on statistical triggers or rules and should be managed as part of a workflow. Agent technology takes automation to a level that is more proactive and autonomous.

vr_Info_Optim_Maturity_06_oraganization_maturity_by_dimensionsThis broad framework of data, analytics and optimization fits with a process orientation to business analytics that I have discussed. Our benchmark research on information optimization indicates that the people and process dimensions of performance are less well developed than the information and technology aspects, and thus a focus on these aspects of business intelligence and analytics will be beneficial.

In our view, it’s important to consider business intelligence software in a broad business context rather than in artificially separate categories that are designed for IT only. We advise organizations seeking to gain a competitive edge to adopt a multifaceted strategy that is business-driven, incorporates a complete view of BI and analytics, and uses the comprehensive evaluation criteria we apply.


Ventana Research