Recent Impala testing demonstrates its scalability to a large number of concurrent users.
Impala, the open source MPP query engine designed for high-concurrency SQL over Apache Hadoop, has seen tremendous adoption across enterprises in industries such as financial services, telecom, healthcare, retail, gaming, government, and advertising. Impala has unlocked the ability to use business intelligence (BI) applications on Hadoop; these applications support critical business needs such as data discovery,
This year will close out with new features for reliability, usability, and nested types, and in 2016, performance-related enhancements promise >20x gains.
It’s been roughly a year since we provided an update about the Impala roadmap. During that time, a number of milestones have been reached:
- Most Cloudera customers have deployed Impala to production across industries including financial services, retail, healthcare, gaming, government, advertising, and telecom.
Our thanks to Montrial Harrell, Enterprise Architect for the State of Indiana, for the guest post below.
Recently, the State of Indiana has begun to focus on how enterprise data management can help our state’s government operate more efficiently and improve the lives of our residents. With that goal in mind, I began this journey just like everyone else I know: with an interest in learning more about Apache Hadoop.
I started learning Hadoop via a virtual server onto which I installed CDH and worked through a few online tutorials.
Support for transparent, end-to-end encryption in HDFS is now available and production-ready (and shipping inside CDH 5.3 and later). Here’s how it works.
Apache Hadoop 2.6 adds support for transparent encryption to HDFS. Once configured, data read from and written to specified HDFS directories will be transparently encrypted and decrypted, without requiring any changes to user application code. This encryption is also end-to-end, meaning that data can only be encrypted and decrypted by the client.
The Transaction Processing Council (TPC), working with Cloudera, recently announced the new TPCx-HS benchmark, a good first step toward providing a Big Data benchmark.
In this interview by Roberto Zicari with Francois Raab, the original author of the TPC-C Benchmark, and Yanpei Chen, a Performance Engineer at Cloudera, the interviewees share their thoughts on the next step for benchmarks that reflect real-world use cases.
This interview was originally published at ODBMS.org;