Best of 2024: Autonomous Database on Serverless Infrastructure
Oracle University Podcast12/17/24 • 17 min
00:00
Welcome to the Oracle University Podcast, the first stop on your cloud journey. During this series of informative podcasts, we’ll bring you foundational training on the most popular Oracle technologies. Let’s get started.
00:26
Lois: Hello and welcome to the Oracle University Podcast! I’m Lois Houston, Director of Innovation Programs with Oracle University, and with me is Nikita Abraham, Team Lead: Editorial Services.
Nikita: Hi everyone! We hope you’ve been enjoying these last few weeks as we’ve been revisiting our most popular episodes of the year.
Lois: Today’s episode is the last one in this series and is a throwback to a conversation on Autonomous Databases on Serverless Infrastructure with three experts in the field: Hannah Nguyen, Sean Stacey, and Kay Malcolm. Hannah is a Staff Cloud Engineer, Sean is the Director of Platform Technology Solutions, and Kay is Vice President of Database Product Management. For this episode, we’ll be sharing portions of our conversations with them.
01:14
Nikita: We began by asking Hannah how Oracle Cloud handles the process of provisioning an Autonomous Database. So, let’s jump right in!
Hannah: The Oracle Cloud automates the process of provisioning an Autonomous Database, and it automatically provisions for you a highly scalable, highly secure, and a highly available database very simply out of the box.
01:35
Lois: Hannah, what are the components and architecture involved when provisioning an Autonomous Database in Oracle Cloud?
Hannah: Provisioning the database involves very few steps. But it's important to understand the components that are part of the provisioned environment. When provisioning a database, the number of CPUs in increments of 1 for serverless, storage in increments of 1 terabyte, and backup are automatically provisioned and enabled in the database. In the background, an Oracle 19c pluggable database is being added to the container database that manages all the user's Autonomous Databases. Because this Autonomous Database runs on Exadata systems, Real Application Clusters is also provisioned in the background to support the on-demand CPU scalability of the service. This is transparent to the user and administrator of the service. But be aware it is there.
02:28
Nikita: Ok...So, what sort of flexibility does the Autonomous Database provide when it comes to managing resource usage and costs, you know... especially in terms of starting, stopping, and scaling instances?
Hannah: The Autonomous Database allows you to start your instance very rapidly on demand. It also allows you to stop your instance on demand as well to conserve resources and to pause billing. Do be aware that when you do pause billing, you will not be charged for any CPU cycles because your instance will be stopped. However, you'll still be incurring charges for your monthly billing for your storage. In addition to allowing you to start and stop your instance on demand, it's also possible to scale your database instance on demand as well. All of this can be done very easily using the Database Cloud Console.
...12/17/24 • 17 min
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