![]() ![]() Integration with AWS IAM security model: leverage existing access controls and identity features to configure authentication, authorization, and role-based access policies between databases and client applications.Deployment into separate physical locations (Multi-Availability Zones): create active or standby replicas in physically distinct data centers to increase availability and reliability in the event of location-based outages.Some of the core features that make RDS an attractive option include: ![]() PostgreSQL support was added in 2013, giving the platform ample time to stabilize and mature as new features were released and additional use-cases accounted for. RDS as a service was first released in 2009 as a configurable, managed service for MySQL databases. Why Amazon Web Service's RDS?īefore we get started, let's talk briefly about why AWS's Relational Database Service can be a good fit for many teams. We will walk through important options in the creation process, discuss trade-offs, and configure a reliable, robust database setup designed for early production deployments. In this guide, we'll discuss how to use Amazon's RDS to configure a production-capable PostgreSQL database. Development teams can provision new databases for personal use, staging environments, and production workloads and integrate them seamlessly with the rest of AWS's product suite.
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