This blog sheds light on the architecture, strategies, and implementation steps required to create a robust Raft cluster capable of maintaining data consistency even in the face of node failures or additions.

In RonDB 22.10.0 we added a new major feature to RonDB. This feature means that variable sized disk columns in RonDB are stored in variable sized rows instead of using fixed size rows.

RonDB 21.04.0 has integrated benchmark scripts to execute various benchmarks towards RonDB. We bring now the results of RonDB benchmark on AWS, Azure, and GCP.

Today we are pleased to announce the release of two new RonDB; 21.10.1, a beta release of RonDB 21.10 with 4 new features and a maintenance release for 21.04.

The Hopsworks Feature Store abstracts away the complexity of a dual database system, unifying feature access for online and batch applications.

In this blog we performed a set of microbenchmarks. In particular, we compare RonDB with ScyllaDB for instruction cache on separating threads.

We have integrated Sysbench into the RonDB installation facilitate running benchmarks with RonDB. This blog will describe the use of these benchmarks in RonDB.

The first release of RonDB is now available. RonDB 21.04.0 brings new documentation, community support, 3x improved performance, bug fixes and new features.

RonDB enables users to have full control over the assignment of threads to CPUs, how the CPU locking is to be performed and how the thread should be scheduled.

Seeing how Redis is a popular open-source feature store with features significantly similar to RonDB, we compared the innards of RonDB’s multithreading architecture to the commercial Redis products.

RonDB is a managed key-value store with SQL capabilities. It provides the best low-latency, high throughput, and high availability database available today.