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How to Leverage Heterogeneous Compute to Extend and Accelerate Elasticsearch

Dd9d954997353b37b4c2684f478192d3?s=47 Elastic Co
March 07, 2017

How to Leverage Heterogeneous Compute to Extend and Accelerate Elasticsearch

Search-based analytics are a critical function for any organization. Ryft leverages FPGA/x86 heterogeneous compute technology to eliminate indexing and transformation, in addition to providing enhanced Elasticsearch functionality that accelerates workflows, increases the speed of search and analysis, and enhances wildcard searches.

Al Leyva l Director of Product Management for Analytics Integration l Ryft
Pat McGarry l Vice President of Engineering l Ryft

Dd9d954997353b37b4c2684f478192d3?s=128

Elastic Co

March 07, 2017
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  1. Expanding Elastic: Learn how anyone can leverage heterogeneous compute to

    extend and accelerate Elasticsearch Pat McGarry, Vice President of Engineering Al Leyva, Director of Product Management for Analytics Integration Ryft March 7, 2017 @Ryft
  2. Analytics at the Speed of Your Business § Challenges: §

    Exponential data growth § Traditional text searching is hindered with complex indexing and transformation requirements § Answers are delayed as legacy architectures require hours or days to find insights Solutions: § Deploy heterogeneous compute on-premise, hybrid or in the cloud § Abstract away the complexities of powerful FPGA-based compute technology § Real-time insights with no indexing or data preparation latency Fast data growth is creating the largest business threats & opportunities since the Internet
  3. Accelerate and Extend Elasticsearch with Ryft Leverage powerful FPGA- and

    x86-based heterogeneous compute resources to gain immediate insight without indexing Reduce need for data indexing and transformation, accelerate searches and extend Elasticsearch capabilities to: § Accelerate workflows with the ability to deploy pre-index and post-index searches § Speed search and analysis across unstructured data and JSON, XML, LOGs, CSV, TSV and other files with no transformation § Increase the power of edit distance with user selectable changes to large (>2) distance requests for Fuzzy Hamming or Levenshtein searches. § Enhance wildcard searches to include leading wildcard characters
  4. Flexible Deployment On-Premise, in the Cloud or in Hybrid Environments

    Kibana Layer Elasticsearch Layer Lucene Layer ES to Lucene Ryft ONE / AWS F1 Instance ES Plugin mechanism routes requests (fuzziness & metric) The Elastic Stack implements a distributed, JSON-based search and analytics engine: ES to Ryft Primitive Elasticsearch on Ryft can be deployed in your environment, on-premise, hybrid or in the cloud: Deploy via the new Amazon F1 platform. Deploy on-premise or in hybrid environments with the Ryft ONE accelerator.
  5. Speed search and analysis across unstructured data and JSON, XML,

    LOGs, CSV, TSV files with no ETL • Using Elasticsearch command • Un-indexed human genome data • Match query with Levenshtein search • Edit distance of 4
  6. Increase edit distance values beyond 2 using Fuzzy Hamming or

    Levenshtein searches powered by Ryft • Using Elasticsearch command • Match phrase query with Levenshtein search • With edit distance of 6 • No re-indexing necessary Pharmaceutical Research Pharmaceutical Scien ce r deleted
  7. Enhance wildcard searches to include leading wildcard characters powered by

    Ryft • Using Elasticsearch command • Using XML pcap file • Looking for IP addresses xx.0.90.xx • No ETL or indexes necessary
  8. Thank you! Join us at booth G3 for Q&A or

    a live demo.