Oracle Autonomous Database provides a self-driving, self-securing, self-repairing cloud service that eliminate the overhead and human errors associated with traditional database administration. Oracle Autonomous Database takes care of configuration, tuning, backup, patching, encryption, scaling, and more.
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Azure SQL Database
Score 8.9 out of 10
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Azure SQL Database is Microsoft's relational database as a service (DBaaS).
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Oracle Autonomous Database
Azure SQL Database
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2 vCORE
$0.5044
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6 vCORE
$1.5131
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10 vCORE
$2.52
Per Hour
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Oracle Autonomous Database
Azure SQL Database
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Oracle Autonomous Database
Azure SQL Database
Considered Both Products
Oracle Autonomous Database
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Chose Oracle Autonomous Database
Better management and security have helped decision-making easier.
I found Oracle Autonomous Database very secure to store data and private information.I always feel secure with Oracle Autonomous Databases disaster recovery features.It is very effective to build applications for mobile and desktop devices lesser code using a low code …
Oracle Autonomous Database has the warehouse extension, whose performance has no question, and it increases the relevancy of the company's operations and fosters performance. Further, Oracle Autonomous Database generates high-performance options, which navigates all the …
Actually, we used both Oracle Autonomous Database for our Oracle-related environments and Azure SQL and Azure VMs hosting SQL Server for our SQL Server-related environments. We have different products, some of them are platform independent (can be deployed on Oracle, SQL …
Oracle Autonomous Database is easy to deploy and use. Provides various supports with security. So it is much better in terms of complexity and performance to manage our application in real time. Cost is also less as compare to other databases. Easy development and deployment is …
Autonomous DB gives us the security we are looking for in this Financial Services application and peace of mind to CIO and infosys team that we can hold the data ouside of their firewall. We also have the application tuned to Oracle DB too.
Scenarios where this is best suited are like where there are not large set of data which has to be analyzed and extracted.It helps in the efficiency of data .It is also well suited for medium size companies where you have to create a common data for everyone. As for large set of data, there can be network latency issues and thus there are some limitations of this software.
Your upcoming app can be built faster on a fully managed SQL database and can be moved into Azure with a few to no application code changes. Flexible and responsive server less computing and Hyperscale storage can cope with your changing requirements and one of the main benefits is the reduction in costs, which is noticeable.
Scalability is #1: if it used to be an almost no-win endeavour to try to modernize your server or migrate to other hardware, with Azure SQL Database it becomes a press of a button.
All the tools simply work after you are on Azure SQL Database.
The applications do not need changes in order to start using Azure SQL Database.
Hybrid Cloud scenarios will work.
Clustering and failover - already there.
You can start monitoring the use and extract performance insights in a new way in Azure.
There is no access to the physical host of the DB. This is expected from a managed DB. Everything must be done through the console or via API calls. This is a new learning curve for the DBAs.
Due to the lack of physical host access, certain features are not supported, such as Transportable tablespaces and Oracle LogMiner.
Certain special data types, (such as XMLType) are not allowed; be sure the app vendor certifies their product on this platform.
A little slow on processing complex or large Views. We use a lot of Views to feed our BI system, and the processing time could see some improvement, IMHO.
Additional monitoring components would be nice too, automating some built in performance measurement tools would be a nice feature.
Price can always be improved as well. It’s not bad, but room for improvement.
Autonomous is the way of the future and this is one system which is crucial to any system and is also autonomous. It is self-tuning and self-maintaining which are major advantages.
The product is continuously evolving and new features are added frequently. Management options through the OCI (Oracle Cloud Infrastructure) console and through the command line and API are being enhanced frequently.
We give the support a high rating simply because every time we've had issues or questions, representatives were in contact with us quickly. Without fail, our issues/questions were handled in a timely matter. That kind of response is integral when client data integrity and availability is in question. There is also a wealth of documentation for resolving issues on your own.
Hands down it's the best. It's secure and extremely fast. It also doesn't need a lot of babysitting. It's running itself. It does its job as advertised. This is why I feel everyone should if they haven't already taken a hard look OAD. I feel it's the future of technology at its best. Everyone should be taking notice of how far technology has come and where it's going.
Oracle Database is "the" serious database. There really is no competition in that field. SQL Database would be a serious competitor through the ease of implementation and the "no maintenance," but since it's too expensive for "normal" use (medium to small applications), it just priced itself out of the market, so to speak. Nevertheless, we do have 2 or 3 large applications that are highly integrated in azure, and for those it's just too easy to use SQL Database instead of the on premise Oracle Database with VPN gateways etcetera.
We don't need a dedicated SQL dba because so many of the database maintenance operations are managed. A huge positive not only in budget but time constraints.
The ability to scale quickly is the biggest positive as our data needs change constantly.
Easy to migrate from legacy tools and systems, saving us on the need for redevelopment.