The way users engage with Oracle Cloud Applications has changed significantly as a result of Oracle’s Redwood migration. A few crucial elements need to be taken into consideration as firms get ready for this change. Five important factors are examined in this post to ensure a successful Oracle Redwood migration for better results.
- Timeline and Planning
By 2026, Oracle wants all Oracle Cloud Applications to be using the Redwood user interface. On the other hand, the timescales of various modules vary. By the end of 2024, for example, the Human Capital Management (HCM) module is scheduled for transfer.
Companies need to make sure that their internal schedules coincide with Oracle’s release window. Developing a thorough migration strategy that takes personnel training, system testing, and any downtime into consideration is necessary for this alignment. A well-planned schedule guarantees a smooth transition without interfering with regular business activities.
- User Experience and Training
Redwood gives Oracle apps a modern appearance and feel. Although the new design tries to improve usability, users will need to adjust to certain significant modifications. It takes careful effort to go from typical corporate software design to a more user-friendly, consumer-grade experience.
It is essential to get users ready for this transition. Companies ought to spend money on training initiatives that acquaint employees with the new interface. As part of this preparation, user manuals, seminars, and help channels to handle questions before, during, and after the migration may be established.
- System Compatibility and Integration
Compatibility is an important concern, just as with every large upgrade. Numerous businesses have modified or combined their Oracle apps with other technologies. These integrations and customizations might be impacted by the Redwood migration, which could have an effect on data sharing and workflow procedures.
It is imperative to do a comprehensive evaluation of current systems and their suitability for Redwood. All integrations and modifications should be tested as part of this assessment to make sure they work properly in the new setting. Organizations may need to rebuild or change certain components in order to maintain smooth operations when problems occur.
- Data Security and Compliance
Significant alterations to user interfaces and maybe to underlying data structures are part of the Redwood migration. Important concerns regarding data security and compliance are brought up by this shift, particularly for businesses operating in highly regulated sectors.
A thorough security audit must be incorporated into the relocation procedure. This audit should confirm that all data security protocols are still in place and in compliance with all applicable laws. Companies need to make sure the new interface doesn’t break any security rules or introduce new vulnerabilities.
- Performance and Functionality Testing
Redwood claims to offer improved functionality, but it’s important to make sure that this is translated into actual performance. System speed may be impacted by the new interface, particularly in complicated, customized settings or on older hardware.
Thorough testing is required to guarantee that every function operates under the new interface as intended. This testing needs to encompass a range of situations, ranging from simple jobs to intricate operations. To find and fix any problems quickly, performance benchmarks should be created and compared before and after the migration.
Conclusion
There are interesting opportunities to enhance functionality and user experience with the Oracle Redwood migration. Oracle Redwood migration is improved by Opkey’s test automation tool, which guarantees consistency, quality, and usability across Oracle Cloud products. Opkey is an official partner of Oracle. It ensures cross-device compatibility, enhances application quality through early issue discovery, and validates user-friendliness. Its continuous testing methodology maintains high performance and reliability requirements while accelerating release cycles to enable faster feature delivery.
