Reference Architecture – 3-way sharded, 3-way replicated MongoDB on Azure
This architecture is optimized for Azure, and can act as a base template for a production or staging cluster using MongoDB 3.2 or higher. Keeping that in mind, I will walk you through a reference architecture for a 3-way sharded instance of MongoDB on Microsoft Azure, where each shard is also 3-way replicated. These instances perform well on Azure because the architectural plans considered best practices for public cloud, and specifically, Microsoft Azure. However, all production instances use replication. Some of these enterprises take advantage of sharding, some don’t. I’ve enjoyed helping some of these customers with their initial architectures and performance requirements. There are massive MongoDB instances running on Microsoft Azure Virtual Machines. Specifically, we’ll discuss some additional points to consider when standing up a highly available, fault-tolerant MongoDB cluster on Azure.Įnterprise-grade MongoDB clusters on Azure – the IaaS approach Today, in Part II, we’ll turn our attention to the “M” in MEAN.
BITNAMI MEAN STACK APACHE HTTPD.CONF HOW TO
We also reviewed how to get started with Express, Angular and Node development on Azure. In the Part I of this blog post, we discussed why many customers are choosing the MEAN (Mongo, Express, Angular, and Node) stack as an efficient and powerful approach to building web applications.
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