We use Hitachi ShadowImage for data replication processes. It is a practical tool for copying data from one LUN disk to another within the same storage. In our bank, we utilize it for making tests and for development purposes, especially with our large Oracle database of 50 to 60 terabytes.
I work for a bank in Serbia, where I use Hitachi ShadowImage. My bank has a script for Hitachi ShadowImage, an API, and an extensive database of about 50 TB where data is transferred from Hitachi Thin Image and Hitachi ShadowImage, from one server to another. My bank bought another bank, so my team is now migrating the data to create one new product, and for the process, my bank uses Hitachi ShadowImage. The bank uses Hitachi ShadowImage for ten servers, and the solution is used often. My team uses Hitachi ShadowImage to transfer data from one server to another, create shadow volumes, then import the data. My bank has a Unix operating system and Oracle database where it imports data to a new server, then it has one script that updates the database table and table space, then my team creates ten new servers using Hitachi ShadowImage and Hitachi Thin Image.
Data Replication enhances data storage and accessibility, ensuring data consistency across systems. Organizations leverage this to maintain seamless operations and improve data availability.Data Replication ensures data reliability by synchronizing data across multiple platforms. Businesses find it useful to mitigate risks of data loss and provide access to real-time data analytics. Organizations can implement this technology in cloud environments, databases, and on-premise systems. This...
We use Hitachi ShadowImage for data replication processes. It is a practical tool for copying data from one LUN disk to another within the same storage. In our bank, we utilize it for making tests and for development purposes, especially with our large Oracle database of 50 to 60 terabytes.
I work for a bank in Serbia, where I use Hitachi ShadowImage. My bank has a script for Hitachi ShadowImage, an API, and an extensive database of about 50 TB where data is transferred from Hitachi Thin Image and Hitachi ShadowImage, from one server to another. My bank bought another bank, so my team is now migrating the data to create one new product, and for the process, my bank uses Hitachi ShadowImage. The bank uses Hitachi ShadowImage for ten servers, and the solution is used often. My team uses Hitachi ShadowImage to transfer data from one server to another, create shadow volumes, then import the data. My bank has a Unix operating system and Oracle database where it imports data to a new server, then it has one script that updates the database table and table space, then my team creates ten new servers using Hitachi ShadowImage and Hitachi Thin Image.