Oracle is making powerful strides in high‑performance cloud database technology, and its latest announcement is proof of that drive. Oracle MySQL HeatWave is now available in the AWS US West (Oregon) and Asia Pacific (Seoul) regions, bringing its industry‑leading in‑memory query accelerator directly to more organizations. This latest rollout enhances the ability of companies to run high‑performance analytics and real‑time transactional workloads with the agility of MySQL combined with the performance benefits of HeatWave.
What is Oracle MySQL HeatWave?
MySQL HeatWave is Oracle’s groundbreaking in‑memory query accelerator that turns MySQL into a high‑performance, real‑time analytics engine without the need for ETL or data movement. By integrating transactional and analytical processing within a single, unified database service, HeatWave minimizes latency and cost while maximizing performance—all within the familiar MySQL ecosystem. It enables organizations to run complex analytics alongside OLTP workloads, allowing for faster decision‑making based on real‑time data.
New Region Availability: Expanding the Reach
AWS US West (Oregon)
By making Oracle MySQL HeatWave available in the US West (Oregon) region, Oracle further expands its geographic reach across the United States. The Oregon region is a key hub for cloud innovation and a preferred choice for many enterprises due to its robust infrastructure and proximity to major West Coast tech ecosystems. With enhanced regional coverage, organizations in this area can now benefit from lower latency, improved performance, and closer data residency for analytics workloads.
AWS Asia Pacific (Seoul)
Asia is a thriving market for digital transformation, and the Seoul region is at the forefront of this movement. By launching in Asia Pacific (Seoul), Oracle MySQL HeatWave now serves a rapidly growing customer base in Korea and neighboring countries. With better regional access, businesses across Asia can leverage the low‑latency, high‑throughput performance of HeatWave to support everything from e‑commerce and financial services to IoT and media streaming applications.
How Oracle MySQL HeatWave Enhances Cloud Workloads
Unified Processing for Transactional and Analytical Workloads
One of the key benefits of HeatWave is its ability to merge OLTP (Online Transaction Processing) and OLAP (Online Analytical Processing) on the same platform. This unified approach eliminates the need for maintaining separate systems, dramatically reducing data latency and enabling users to run mixed workloads in real‑time. The result is a more responsive system where decisions are driven by live data.
Cost‑Efficiency and Simplified Infrastructure
By avoiding data movement and reducing ETL (Extract, Transform, Load) overhead, HeatWave cuts both operational complexity and cost. Companies can run analytics on real‑time transactional data without the need for a costly data warehouse or separate analytics solution. This simplicity means you only pay for what you need—all within your existing MySQL environment on AWS.
Scalability, Performance, and Security
With the new region launches, HeatWave now scales efficiently to meet growing demand. Enhanced resource optimization and improved performance allow for faster query processing, even as data volumes and user concurrency scale. Meanwhile, robust security features protect critical business data and ensure compliance, making it a compelling choice for both startups and large enterprises.
Who Benefits from These Updates?
Data-Driven Enterprises
Organizations that rely heavily on real‑time data analytics—from financial institutions to e‑commerce platforms—can now run complex queries directly on their MySQL databases. The integration of transactional and analytical processing streamlines operations and drives faster, more informed decision‑making.
Developers and Cloud Architects
Developers benefit from a simplified architecture where they no longer need to maintain two separate systems for transactional and analytical processing. With HeatWave available in more AWS regions, architects can design solutions that meet global application needs while ensuring optimal performance.
Global Organizations
For multinational companies, data residency and low latency are critical. The expansion into the US West (Oregon) and Asia Pacific (Seoul) regions means businesses can now deploy HeatWave closer to their users, ensuring seamless experiences and regulatory compliance across diverse geographies.
reference : Official Post
