Voldemort
I am excited to announce the availability of the Voldemort 1.3.0 Open Source release. In 2012, Voldemort experienced unprecedented levels of traffic growth at LinkedIn and we have done our best to... | Read More
Avatara: OLAP for Web-scale Analytics Products
09/19/2012
We recently presented a paper about Avatara, LinkedIn's scalable, low latency, and highly-available OLAP system for "sharded" multi-dimensional queries. Avatra has been powering our analytical... | Read More
Project Voldemort 0.96 Release
09/07/2012
I am happy to announce the availability of the Project Voldemort 0.96 open source release.... | Read More
Voldemort on Solid State Drives
05/09/2012
We describe our experiences in running Voldemort clusters on Solid State Drives, highlighting the benefits and pitfalls.... | Read More
Voldemort Collections: Iterating over a key-value store
04/17/2012
When using a key-value store such as Voldemort, access is usually defined as a hash table, with keys and values. What happens if you need sequential access, like iterating over a linked list?... | Read More
Serving Large-scale Batch Computed Data with Project Voldemort
02/25/2012
We've developed a multi-terabyte scale data pipeline from our offline computation layer, Hadoop, to our online serving layer, Project Voldemort.... | Read More
Big Data in Real Time: Processing Data Streams at LinkedIn - a tech talk by Jay Kreps, creator of Kafka and Voldemort
09/08/2011
Come by LinkedIn Headquarters on Thursday, September 15 for a public tech... | Read More
A LinkedIn app end to end: JRuby, Frontier, and Voldemort
08/09/2011
In his first post, Kevin told you about a day in the life of a LinkedIn intern. In this post, he'll give you a glimpse at the end-to-end architecture of a LinkedIn app. This includes a... | Read More
Voldemort v0.9 released: NIO, pipelined FSM routing layer, hinted handoff and more!
07/18/2011
I'm thrilled to announce that we have finally cut off a branch and are ready to do the 0.90 open source release for Project Voldemort. This release includes non-blocking I/O, a pipelined finite state... | Read More
Engineering