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Veritas Access Software-Defined Storage (SDS) Management Platform Solutions Guide
Last Published:
2018-07-24
Product(s):
Access (7.4)
Platform: Linux
- Introduction
- Deploying the SDS Management Platform with Veritas Access
- Using the SDS Management Platform interface
- Setting up SSL in the SDS Management Platform
- Performing authentication
- System backup and restore
- Troubleshooting
- Log locations
- Diagnostic reports
- Java Virtual Machine (JVM) parameters
- SDS Management Platform known issues
- If multiple bucket creation requests with different inputs for attributes such as size and layout are in progress in parallel, then a bucket can get created with incorrect attributes
- When editing a storage resource or backup server, an Advanced button is available that shows options that you should not change
- If you add a Veritas Access cluster where the host includes the protocol (such as, https://10.20.30.40), the provider gets added and collects data but running the LTR workflow fails
- When you create a bucket, the status of the task appears as DONE, even though the creation is still in progress
- Clicking on a non-mapped Veritas Access cluster directs you to an empty wiki page which shows a table and some data
- If you restart the operating system, the SDS Management Platform does not start automatically
- When you add a storage resource or backup server, the added resource is not automatically visible
- After the SDS log is rotated, the log messages from either Veritas Access or the SDS plugin go to the rotated file instead of the new file
- Some of the storage resources may appear as faulted and a warning sign appears next to the cluster IP address in the Infrastructure> Storage Resources page
- Creation of STU fails if the S3 user is changed
- Software limitations
About Veritas Access
Veritas Access is a software-defined, scale-out network-attached storage (NAS) solution for unstructured data that works on commodity hardware. Veritas Access provides resiliency, multi-protocol access, and data movement to and from the public and private cloud based on policies. You can reduce your storage costs by using low-cost disks and by storing infrequently accessed data in the cloud.