How Always-On AI Apps Are Changing Business Reliability
Oracle has taken a big step forward in cloud technology with the launch of its new Globally Distributed Exadata Database on Exascale Infrastructure service. This service aims to make it easier for companies to deploy critical applications across multiple cloud regions worldwide. One of its main advantages is that it automatically distributes, stores, and synchronizes data across different locations. This means applications can stay online even if one region faces an outage, boosting overall reliability.
A New Level of Availability for Critical Apps
This service is especially important for businesses that rely on real-time analytics, high-volume transactions, or advanced AI workloads that need constant uptime. The architecture is flexible and serverless, allowing it to scale up or down based on current needs. This flexibility helps companies reduce costs, simplify their operations, and confidently grow their global presence.
By automatically adjusting resources and maintaining data consistency across regions, companies can avoid downtime and service interruptions. This makes it easier to meet strict availability requirements without complex manual setups or heavy infrastructure investments.
Real-World Benefits and Success Stories
PayPal stands out as a key example of how this technology works in practice. The company has been using Oracle Exadata for many years and reports significant improvements in their system reliability and performance. Akash Guha, a senior leader at PayPal, has shared how the Exadata platform has helped them handle huge transaction volumes smoothly and with minimal downtime.
For businesses, the general availability of this service is a major milestone. It provides a powerful new tool to ensure high uptime and robust performance for mission-critical applications. Companies now have the option to build more resilient systems that can handle the demands of modern digital services. Overall, this move by Oracle signals a new era of high-availability solutions that support complex, real-time workloads with confidence.















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