Introduction Multi-node(cluster) implementation of Sisense requires shared storage to be supplied externally for the solution to work. One of the options for the shared storage is NFS.This guide provides step-by-step instructions on how to configure ...
When striving to push the boundaries of the Sisense application's performance, it becomes imperative to possess an underlying infrastructure that can seamlessly deliver cutting-edge capabilities. In this regard, the collaborative efforts of Azure and...
IntroductionThis guide provides step-by-step instructions on how to collect logs in EKS clusters. By following these steps, logs will be copied to a storage location accessible through the Sisense web UI. This approach avoids the need to explain the ...
Utilizing Local Storage for Sisense Stateful Sets Introduction When Sisense is deployed, we typically deploy with two types of storage, ReadWriteOnce (RWO), mainly used by stateful sets such as MongoDB, and ReadWriteMany (RWX) supporting by our core ...
There is a known issue that is planned to be fixed in the Sisense L2023.6+. If you install Sisense on CentOS or RHEL version >= 8 the old EPEL 7 repositories are used instead of EPEL 8To fix this issue:Locate in the installation folder and open in th...
An offline, or air-gapped, Sisense environment provides higher security than online, connected environments. As the offline environment has no outside communication, the only method to install Sisense in this environment is by using removable media, ...
Windows Compatibility Check for Linux Follow the steps below to download and run the executable utility file to check Linux compatibility. This will generate a file outlining key metrics associated with your Windows deployment (such as storage utiliz...
In case when it is not possible to share dashboard via https://snapshot.raintank.io/ (for example due to security policies) next flow could be used to export JSON of dashboard with required data included:Open required dashboard and set the time range...
