Top Strategies for Enhancing GridDB Efficiency in a High-Data Volume Setting

Hello Everyone :hugs:,

Because of GridDB’s robust support for IoT data as well as time-series functionality, we have selected it as our primary databases solution for the project I’m working on, which entails handling and analysing a large volume of time-series data. But as our data grows, I want to be sure we’re maintaining and optimising performance by adhering to best practices.

I would want to ask more detailed questions and seek guidance from more seasoned GridDB users in the following areas:

Data Sharding and Partitioning: Which techniques are the most effective for sharding and splitting data in GridDB? :thinking: Have you discovered any particular patterns or setups that work very well at distributing the workload evenly among the nodes? :thinking:

Indexing and Query Optimisation: Could you provide advice on how to use GridDB indexes efficiently? :thinking: What typical mistakes should be avoided while building indexes, and how may queries be optimised to maximise their efficiency? :thinking:

Memory Management: What were the most important things to keep in mind when handling memory in GridDB? :thinking: Do you have any recommendations for setup settings or tools for monitoring to control memory utilisation, particularly as the data set grows? :thinking:

Backup and Recovery: In order to guarantee reliable backup and recovery procedures in GridDB, what are your suggested practices? :thinking: What programs or tools do you think would be especially helpful for automating such duties? :thinking:

Real-Time Analytics: Our goal is to analyse our time-series data in real-time. Which techniques are most effective for reducing latency and maximising throughput while ingesting and querying data in real-time in GridDB? :thinking:

High Availability and Scaling: How have you scaled GridDB clusters to accommodate growing user and data loads? :thinking: Can you suggest me the best Microsoft certification I can do? If anyone know about it; Which procedures work best in a production setting to provide fault tolerance and high availability? :thinking:

Thank you in advance.