Continuous Database Operations | Geo-Distributed MySQL Clusters | Complete, Fully-Integrated, Proven
Tungsten Clustering
MySQL HA / DR / Geo-Scale Competitive Comparison
We evaluated all alternative MySQL Clustering solutions based on the following features and benefits: Continuous Operations, Scaling, Geographic Scaling, Performance, Transparency, Security, Management and Monitoring.
Latest Blogs
Easier Log Analysis with tungsten_merge_logs
The tungsten_merge_logs command is designed to aid troubleshooting by consolidating the various log files into one place (merged.log), ordered by time. There are many moving parts to a cluster and they are spread over multiple nodes (usually three). When there is an issue, the logs are the key resource to find out what is going on. The best practice is to gather the log files into one place and then read through them all. This can be difficult with many files on multiple nodes. For this reason, the `tungsten_merge_logs` tool was created.
How to Send an Email for Every File Uploaded to an AWS S3 Bucket
In this blog post we will explore the procedure for getting an email notification every time a file is uploaded to an AWS S3 bucket. Instead of having to poll the AWS S3 bucket manually for new uploads, we wanted a way to be notified by email every time a file landed. The solution was a combination of an SNS Topic used by an SNS Subscription, and called by an S3 bucket Event notification.
Stacks - Networks, LAMP, and Database Clustering
This blog takes a look at three stacks: networking, LAMP, and the modern MySQL database clustering stack. The networking stack is a foundational element of geo-distributed MySQL database services. LAMP is a common software solution stack used by web and other client-server applications. The modern database clustering stack enables multi-site, multi-region and globally distributed MySQL database systems for continuous operations, which Tungsten Clustering provides in a complete, fully-integrated and tested package.
