Intelligent Streaming
Businesses today have an unprecedented opportunity to gain insight from a steady stream of realtime data—for example, transactions from databases, clickstreams from web servers, application and infrastructure log data, geo-location data, and data coming from sensors or agents placed on the almost endless variety of devices and machines making up the Internet of Things.
This continuous flow of messages and events can increase the effectiveness, agility, and responsiveness of decision making and operational intelligence. However, as data flows in at high rates, it accumulates quickly into large volumes. Organizations can derive maximum value from data only if they can gather and analyze it immediately and at an ever-increasing scale.
Modern scalable architecture for streaming analytics
Our Intelligent Streaming allows organizations to prepare and process streams of data and uncover insights while acting in time to suit business needs. It can scale out horizontally and vertically to handle petabytes of data while honoring business service level agreements (SLAs). Intelligent Streaming provides pre-built high-performance connectors such as Kafka, HDFS, Amazon Kinesis, NoSQL databases, and enterprise messaging systems and data transformations to enable a code-free method of defining your data integration logic. Productivity and ease-of maintenance is dramatically improved by the automatic generation of whole classes of data flows
at runtime based on design patterns.
Multi-latency data flows built to last as technologies evolve
Our Intelligent Streaming solution builds on the best of open source technologies in an easy-to-use enterprise-grade offering. It primarily uses Spark Streaming, one of today’s more vibrant open source technologies, under the covers for stream processing and supports other open source projects such as Kafka and Hadoop. As new technologies inevitably evolve, Datalumen's Intelligent Streaming adapts, using the same data flows, so you don’t have to rebuild them. And data flows can be scheduled to run at any latency (real time or batch) based on the resources available and business SLAs.