The document discusses Oracle's Autonomous Data Warehouse Cloud service. It is described as self-driving, self-securing, and self-repairing through the use of machine learning and automation. The presentation covers Oracle's strategy around autonomous services, defines what autonomous means, demonstrates provisioning and using the Autonomous Data Warehouse Cloud, shows data visualization capabilities, and reviews pricing.
Slide 1
Thanks for attending everybody, welcome [thanks for your patience]
Good morning, good afternoon
In case you have any problem hearing me please chat in the webex, let us know
Our session today is about one of our latest Oracle innovations
It’s about hosting your DW on our data centers, on our cloud, running most of the DW administrative operations on your behalf, autonomously, and facilitating doing analytics
My name is Islam, I’m a cloud consultant, that’s my 10th year working for Oracle
I’m part of Cloud Solution Hub, this team is in KL, Malaysia, serving the whole Asia Pacific, that includes ASEAN, Australia, NZ, Hong Kong and Taiwan
Slide 2
Our Agenda
I’ll tell you more about our Strategy regarding Cloud and regarding the new Autonomous capabilities
I’ll explain what “autonomous” means
Will tell you more details about our ADWC offering
And how are we enabling developers / data scientists to visualize the data
Currently We host ADWC in certain Regions/data centers
And will show you a demo to break the ice between you and that new service
Will let you know about the pricing too
Please Feel free to interrupt me with questions, and also we’ll allow questions at the end
Okay, let’s start
Slide 3
First of all, our PaaS Cloud Story started 6yrs ago with the private cloud offering, 2 years later (which is 4 years ago) we started offering you public cloud services (paas & iaas), and 3 years ago we built gen2 data centers to improve our cloud, as you see we are super committed to cloud.
Now we are innovating on the cloud, by adding autonomous capabilities to our cloud platform, in different areas as you see, and stay tuned, more to come
So
Cloud is here to stay
Autonomous capabilities being added to the cloud are here to stay
We are sure that most of our customers can go run parts of their IT operations on our cloud
X I have worked with customers that didn’t like to use Oracle cloud and later they started trying then currently they have an Oracle cloud subscription
Slide 8
And when we started adding this autonomous capability we started with Data Warehousing
The reason for that is .. Nxt slide
Follow the slide …
End of slide
That’s why we
Slide 4
Yeah, that’s definitely a valid question, What is “autonomous”? What do you think?
We automated a lot of things on our cloud years ago, so what’s new? Why did we start using that “autonomous” term now?
Okay let me put it this way, when we add autonomous capabilities to a cloud service it becomes Self-Driving, Self-Securing, and Self-Repairing, we’ll get into these details don’t worry, but first let me define it in another way
Slide 5 [annotate]
Let us compare automated with autonomous, let’s spot the differences between automated and Autonomous
Let’s talk about creating and configuring a db on the db cloud, you will have to manually specify the db version, db release, db features, create your own public/private keys to secure
Also fixing bugs, also backup, also tuning
Even on-prem is autonomous
Slide 6
Automated 18c for on-prem
But Autonomous Services are on cloud only, we run it on our 18c
Your on-prem 18c is not going to download & patch db without your doing it
But autonomous db cloud do this
With the Autonomous Database customer choose to hand over all management to Oracle Cloud OperationsIf Customer hands over management to Oracle then:
Database and OS Administrator Privileges are not needed and not provided
The customer simply specifies a set of polices for example backup my database at 2am every more etc
Exception and failure cases are handled by Oracle experts
Slide 7
Follow the slide
In terms of relational databases we are leaders, oracle db market share
18c on-prem not autonomous
Firstly let’s be really clear about how Autonomous Database technology works and what makes it unique.
The Autonomous Database group of services and solutions, including the Oracle Autonomous Data Warehouse, are built on Oracle Database 18c, the first release under Oracle’s new annual database software release model.
The Oracle Autonomous Database solutions integrate Database 18c with our cloud infrastructure, machine learning and artificial intelligence… and a lot of additional tooling and automation to massively improve operations. For example:
Provisioning, Patching, upgrading, and backing up online
Monitoring, scaling, diagnosing performance, tuning, optimizing
Testing and change management of complex applications and workloads
Automatically handling failures and errors based on AI and machine learning
That combination of our technologies together is what makes our solution so unique.
And it can only work on Oracle Cloud platforms today. This is not available on other Clouds or non-Oracle platforms.
18c on cloud only
Login to ADWC console with Username, password and Identity Domain. Enter Service Type as “ADWC”
[Click on Sign In]
You can notice the service is being created.
[Click on Refresh]
You can notice the service is being created.
[Click on Refresh]
You can notice the service is being created.
[Click on Refresh]
You can notice the service is being created.
[Click on Refresh]
Now the service is created
[Click on the hamburger icon in front of the service and select “Service Console”]
On next screen
Enter the username as “admin and password <The administrator password you specified during provisioning>
[Click on Sign In]
This is service console. Here we can see 3 tabs, Overview, Activity and Administration.
To get the connection wallet file we will click on Administration.
[Click on Administration]
This is service console. Here we can see 3 tabs, Overview, Activity and Administration.
To get the connection wallet file we will click on Administration.
[Click on Administration]
This is service console. Here we can see 3 tabs, Overview, Activity and Administration.
To get the connection wallet file we will click on Administration.
[Click on Administration]
18c on cloud only
Click on Download Client Credentials
Open SQL Developer and click on new connection
Enter a Connection Name of your choice
Username: admin
Password: <The administrator password you specified during provisioning>
Connection Type: Cloud PDB
Configuration File: Browse and select the wallet file downloaded in the previous step
Keystore Password: Password entered to download the wallet . Welcome1! in this demo
Service: There are 3 pre-configured database services for each database. Pick <databasename>_high for this demo.
[Click on Test]
Make sure the connection status is success.
[Click on Save]
Connect to the database
Using your existing connection in SQL Developer, create a new user named stg using the above commands.
Note: that the database role DWROLE includes the privileges required by a typical DW developer.
In SQL Developer create a new connection to your database, this time using the SH user you just created
Create sample tables in stg schema. The commands to create tables are in demostore with name Create_Tables.txt. Just copy paste the commands and click Run script.
Autonomous Data Warehouse Cloud provides three database services that you can choose when connecting to the database. These are named as HIGH, MEDIUM, and LOW services and provide different levels of performance and concurrency.
The HIGH database service provides the maximum amount of resources for a query, this also means the number of concurrent queries you can run with this service will not be as much as with the other services.
The MEDIUM database service provides multiple compute and IO resources for a query. This service also provides more concurrency compared to the HIGH database service.
The LOW database service provides the least amount of resources for a query, this also means the number of concurrent queries you can run in this service will be higher than the other services.
18c on cloud only
Autonomous Data Warehouse Cloud provides three database services that you can choose when connecting to the database. These are named as HIGH, MEDIUM, and LOW services and provide different levels of performance and concurrency.
The HIGH database service provides the maximum amount of resources for a query, this also means the number of concurrent queries you can run with this service will not be as much as with the other services.
The MEDIUM database service provides multiple compute and IO resources for a query. This service also provides more concurrency compared to the HIGH database service.
The LOW database service provides the least amount of resources for a query, this also means the number of concurrent queries you can run in this service will be higher than the other services.
And that concludes the demo
Login to the Oracle Analytics Cloud.
Here we will configure the connection with the ADWC Service.
This demo uses pre-created data in schema SSB.
[Click on Data Set]
[Click on Oracle Data Warehouse Cloud]
Enter the connection details.
You can find the host, Port number in wallet file.
This is a quick report of Profit by Product Brand and Region.
Created a report which takes 102 seconds when the ADWC is running on 4 CPUs
ADWC comes with sample data of 6bil
Logging into the Oracle Analytics Cloud.
Here we have already configured the connection with the ADWC Service.
This demo uses created data in schema SSB.
lion
Here is a data visualization dashboard with a map, bar charts and a donut chart.
Why did we choose data warehouses and transactional databases to start with?
The organization that takes real time quality decisions achieves its goals
And when we start talking about cloud, we have to begin with this incredible transformation that we are all experiencing in the market today.
Cloud really is changing everything.
It’s changing how businesses run and people work; it’s creating new categories and disrupting existing categories, it’s changing how we communicate and share. It’s changing the economics of business forever.
It’s happening at an incredible speed and is here today. And it presents an great opportunity for all of us.
And as we think about the role of Oracle’s in this transformation, Its important to think about Oracle’s role in other transformations…other technology transitions.
Self-Driving – Lower Cost & Increased Productivity
Eliminates human labor to provision, secure, monitor, backup, recover, troubleshoot, and tune the database
Automatically upgrades and patches itself while running. Testing automation ensures changes are safe.
Elastically grows and shrinks compute or storage without downtime. Pay only for what you use.
Self-Securing – Lower Risk
Protection from external attacks and from malicious internal users
Automatically applies security updates with no downtime.
Automatic encryption of all data.
Self-Repairing – Higher Availability
Automation eliminates administrator errors
SLA Guarantees 99.995% availability. Less than 30 minutes downtime per year including planned maintenance
Why did we choose data warehouses and transactional databases to start with?
The organization that takes real time quality decisions achieves its goals