Enabling Customers to Optimize for Cost, Performance, Flexibility and Depth of Data with Searchable Snapshots and Schema on Read
- Allowing customers to retain and search data on low-cost object stores with the general availability of searchable snapshots and the cold data tier
- Launching the beta of schema on read with runtime fields to give users the choice between the flexibility and cost efficiency of schema on read or the blazing fast performance of schema on write
Elastic , the company behind Elasticsearch and the Elastic Stack, recently announced the general availability of searchable snapshots and the beta of schema on read with runtime fields to maximize data insights and cost efficiency across its Elastic Enterprise Search, Observability and Security solutions.
Read More: AppDirect Appoints Industry Veteran As CIO Amid Substantial Growth
With the general availability of searchable snapshots and the cold data tier in Elasticsearch 7.11, customers can retain and search data on low-cost object stores such as AWS S3, Microsoft Azure Storage and Google Cloud Storage to balance storage costs, search performance and depth of data insight. The new cold tier capability, which is also available in Elastic Cloud, reduces infrastructure costs by up to 50% with minimal performance impact — all with the same level of reliability, redundancy and automatic recovery expected from Elasticsearch.
Elasticsearch 7.11 also introduced the beta of runtime fields, which allows users to define the schema for their index at query time. With runtime fields built on the Elastic Stack, users now have the ability to choose between the performance and scale of schema on write or the flexibility of schema on read in the same Elasticsearch cluster. Users can create fluid data structures with schema on read, reducing the time to first insight and optimizing cost. Regardless of use case, runtime fields help teams reduce the time to get value from their data.
Read More: SalesTechStar Interview With Dave Wilner, Chief Revenue Officer At Auth0
