WEBCAST:
Predictive analysis can allow your company to make better business decisions, faster. Attend this Webcast to learn how you can gain a competitive edge with real-time Oracle Siebel CRM On Demand Analytics.
WEBCAST:
Access this demo to see how you can draw quick insights from social media data using software-defined storage. Learn to analyze this data in near-real time and dynamically manage the data to keep storage costs low.
VIDEO:
This brief video discusses how John Wiley & Sons handled the transition from traditional publishing to the digital frontier, and how they stayed on top of their data analytics from day one. Watch now to see their business hurdles, and how they overcame them.
WEBCAST:
Social networks have revolutionized the way that today's customers gain information and make buying decisions. This brief video introduces a social enterprise service that enables your organization to effectively harness and exploit social information.
WEBCAST:
This on-demand webcast examines how technical computing strategies can help you process, manage, and analyze growing data volumes and varieties. Tune in today to uncover the role of technical computing in IT and big data.
WEBCAST:
Access the following webcast to discover how to give your decision makers the ability to anticipate, predict, and shape business outcomes. Uncover a solution that allows for collaboration, in-depth analysis, and predictions, all while on-the-go.
WEBCAST:
In this video, you'll learn about Kofax Mobile Capture, which allows you to take a photo and instantly insert that information into the appropriate business process. Watch now to learn how this innovative technology enables you to extract more valuable data so customer engagement is enhanced.
WEBCAST:
Check out this informative resource to learn what you should consider when choosing architecture for your big data project. Discover the seven top architectural qualities of big data production platforms, and one delivery platform that automates big data workflow for more efficient, effective processing.