Cyberlabe
The Emerging Big Data Stack

The competitive axes and representative technologies on the Big Data  stack are illustrated here.  At the bottom tier of data, free tools are  shown in red (MySQL, Postgres, Hadoop), and we see how their commercial  adaptations (InfoBright, Greenplum, MapR) compete principally along the  axis of speed;  offering faster processing and query times.  Several of  these players are pushing up towards the second tier of the data stack,  analytics.  At this layer, the primary competitive axis is scale:  few  offerings can address terabyte-scale data sets, and those that do are  typically proprietary.  Finally, at the top layer of the big data stack  lies the services that touch consumers and businesses.  Here, focus  within a specific sector, combined with depth that reaches downward into  the analytics tier, is the defining competitive advantage.

The Emerging Big Data Stack

The competitive axes and representative technologies on the Big Data stack are illustrated here. At the bottom tier of data, free tools are shown in red (MySQL, Postgres, Hadoop), and we see how their commercial adaptations (InfoBright, Greenplum, MapR) compete principally along the axis of speed; offering faster processing and query times. Several of these players are pushing up towards the second tier of the data stack, analytics. At this layer, the primary competitive axis is scale: few offerings can address terabyte-scale data sets, and those that do are typically proprietary. Finally, at the top layer of the big data stack lies the services that touch consumers and businesses. Here, focus within a specific sector, combined with depth that reaches downward into the analytics tier, is the defining competitive advantage.

  1. cyberlabe posted this