Mongo DB Is It Azure or AWS: Cloud Provider Comparison

MongoDB is a popular NoSQL database that offers a scalable and flexible solution for storing and managing large amounts of data.

Both Azure and AWS offer MongoDB as a managed service, making it easier to deploy and manage MongoDB in the cloud.

Azure offers a MongoDB Database Service that integrates with other Azure services, while AWS offers a DocumentDB service that is compatible with MongoDB.

When choosing between Azure and AWS for MongoDB, consider the cost and scalability of each option.

You can use Azure as a cloud provider for MongoDB, offering a managed deployment option that lifts the burden of installation and configuration from enterprises.

Azure Cosmos DB is a fully managed, distributed, scalable schema-agnostic, multi-model NoSQL database that provides flexible access to data using various APIs, including MongoDB API.

Microsoft Azure Cosmos DB integrates seamlessly with your existing MongoDB clients, allowing you to use it as a MongoDB-compatible option.

Amazon made a bold move at OSCON by pitching MongoDB Atlas to the crowd. They even went so far as to state that MongoDB Atlas is the "segment winner".

Amazon's DocumentDB advertises MongoDB compatibility, but MongoDB's Atlas website highlights the differences between the two products. AWS wants to be seen as a friend, but MongoDB thinks they're more of a foe.

Amazon's DocumentDB is not based on the MongoDB server, and there are key differences that AWS's product is unlikely to compensate for.

At OSCON, Amazon stated that "AWS effectively endorses MongoDB Atlas as the segment winner" and that MongoDB Atlas is an "AWS reinvent 2019 top level sponsor".

DynamoDB is a fully managed NoSQL database service offered by AWS.

It's designed to handle large amounts of data and scale as needed to meet performance demands.

DynamoDB is optimized for high-performance applications and can handle millions of requests per second.

MongoDB, on the other hand, runs on multiple cloud platforms, including AWS, Azure, and GCP.

This flexibility makes MongoDB a great choice for businesses that use multiple cloud providers.

While DynamoDB is a great option for high-performance applications, businesses should still evaluate their application requirements holistically before making a decision.

The third-party managed option for MongoDB on Azure is MongoDB Atlas. MongoDB Atlas is a fully managed database-as-a-service platform provided by MongoDB that allows you to use MongoDB across major cloud providers, including Azure.

This option is great for those who want to use a managed MongoDB database on Azure but not a MongoDB-compatible option like Cosmos DB. MongoDB Atlas offers a scalable and secure way to deploy MongoDB on Azure, with features like automated backups, monitoring, and patching.

One of the key benefits of MongoDB Atlas is its ability to integrate with existing MongoDB clients, making it easy to transition to a managed service. Additionally, MongoDB Atlas provides a global distribution of data, ensuring that your MongoDB deployment is highly available and scalable.

Here are some key features of MongoDB Atlas:

Azure Cosmos DB is a powerful cloud provider that offers a range of benefits. One of its key strengths is MongoDB compatibility, supporting the latest API versions including 3.2, 3.6, and 4.0.

Scalability is also a major advantage, allowing you to scale up or down as needed, with a maximum of 1,000,000 Request Unit Per Sec (RU/s) by default.

Low latency is another significant benefit, with Azure Cosmos DB offering an ultra-low 10 millisecond latency for read operations at 99% for any consistency level you choose.

Availability is also a key feature, with an SLA of 99.999-percent availability, ensuring your data is always accessible.

The combination of these features makes Azure Cosmos DB a reliable and efficient choice for cloud providers.

MongoDB is a widely implemented NoSQL database that's deployed on mainframes, on-premise, hybrid cloud, as well as a service on AWS.

MongoDB's distributed scalability makes it most suited for internet-scale applications. This is because it allows cloud architects to optimally configure resources and system administrators to manage them efficiently.

One of the key capabilities of MongoDB is its distributed architecture, which enables automated sharing and optimal data location for low-latency.

MongoDB's high-availability clusters support an uptime SLA of 99.99% across all CSPs. This means businesses can rely on MongoDB for continuous application uptime.

MongoDB stores data in a binary-encoded JSON format, which increases speed and flexibility.

MongoDB solves complex queries natively, minimizing latency and eliminating the need for additional analytics frameworks or tools.

Here are some key performance capabilities of MongoDB:

MongoDB's ability to run across various CSPs, including Azure, AWS, and GCP, makes it perfect for businesses that develop and manage applications in multi-cloud environments.

MongoDB deployment on Azure offers a range of options, from fully managed services to self-managed deployments.

You can use Azure Cosmos DB, a fully managed NoSQL database service that supports MongoDB API, or MongoDB Atlas, a third-party managed option. Both options lift the burden of installation and configuration from enterprises, allowing them to focus on their business domain.

With Azure Cosmos DB, you can integrate Azure Cosmos DB using your existing MongoDB clients, and it provides flexible access to data using various APIs, including SQL API, MongoDB API, and Gremlin API.

Cloud Volumes ONTAP is another option for MongoDB deployment on Azure, offering a data management platform that enables enterprises to easily deploy MongoDB databases and scale their applications quickly without compromising performance.

Here are some key benefits of Cloud Volumes ONTAP:

However, for businesses that want full control over the database and compute resources, the self-managed option using MongoDB on raw Azure VMs is also available.

This option provides full control over database configuration, geographical independence, lower cost, and easy migration, but also requires technical know-how, time investment, and domain expertise.

Here's a summary of the pros and cons of the self-managed option:

MongoDB Management is a crucial aspect of any database strategy, and it's great to know that there are managed deployment options available. Azure offers a managed deployment option for MongoDB that lifts the burden of installation and configuration from enterprises, allowing them to focus on their business domain.

You can choose between Azure's managed option, Cosmos DB, and a third-party managed option through MongoDB Atlas. Azure Cosmos DB is a fully managed, distributed, scalable schema-agnostic, multi-model NoSQL database that provides flexible access to data using various APIs, including MongoDB API.

This means you can integrate Azure Cosmos DB using your existing MongoDB clients, making it a great option for those already invested in the MongoDB ecosystem. Azure Cosmos DB supports the MongoDB API, allowing you to leverage your existing MongoDB knowledge and skills.