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Are you sure you need another IT fabric like Hadoop or Teradata, an in-memory or columnar database like HANA or Vertica, a DB or ELT appliance like Exadata or Netezza, or a complex ETL tool like Informatica or Ab Initio? And do you have the time, money and expertise to take that on?
Click the box below to see the seamless processing choices that only IRI Voracity delivers for big data transformation, masking, and generation. Whether you run in your existing file system or HDFS, you will use the same data and job definition metadata -- and the same free Eclipse IDE to manage it all, IRI Workbench!
IRI Voracity leverages the performance, scalability, load balancing, and automatic failover capabilities of MapReduce 2 (MR2), Spark, Spark Stream, Storm, or Tez. Voracity runs most CoSort (SortCL) jobs in these engines based on availability and need. Voracity works in Cloudera, HortonWorks, and MapR distributions. IRI will also provide its own Hadoop distribution on-premise or in the cloud, and later in a hardware appliance that includes everything. This article shows how to run Voracity jobs in Hadoop.
IRI CoSort, the proven big data processing alternative to Hadoop, provides fast, intuitive, inexpensive, and non-disruptive processes. It removes the skills gap and support costs around Hadoop, and it does not require the time, money, or manpower to leverage big data. CoSort is a low-cost, low-impact, and low-risk option essential for small and medium-sized business or enterprise line of business teams that love even its multi-terabyte performance.
With Voracity, it's no longer a matter of homogeneous data processed heterogeneously, or vice versa. It's about having a seamless, unified, metadata-driven enterprise information architecture ... one that gives you control over heterogeneous data sources and processing engines ... and one that meets changing data integration, governance, and analytic needs.