Showing category results for Azure Cosmos DB for NoSQL

In the realm of modern databases, efficient querying of text-based data is pivotal to deliver smooth user experiences and provide valuable insights from textual content. To address this need, Azure Cosmos DB for MongoDB vCore now offers text indexing. In this blog, we'll delve into the ins and outs of text indexes in Azure Cosmos DB for MongoDB vCo...

We're always busy adding new features, fixes, patches, and improvements to our Java-based client libraries for Azure Cosmos DB for NoSQL. In this regular blog series, we share highlights of recent updates in the last period.   January - June 2023 updates     Sprin...

We are excited to announce the public preview of the Vercel and Azure Cosmos DB integration. This new integration improves productivity as developers can now easily create Vercel applications with an Azure Cosmos DB database already configured. With this integration, developers can transform their creative ideas into reality in real-time.  ...

The problem   Azure Cosmos DB is a fast and flexible database service that can handle massive amounts of data and scale elastically. However, sometimes you may encounter situations where your application sends more requests than the configured throughput (RU/s) of your container. In such cases, Azure Cosmos DB will throttle some of the requests an...

Over the years, we’ve heard feedback from many you that you’d like more flexibility in how Azure Cosmos DB handles scaling and partitioning. Based on your feedback, we are excited to announce the general availability of three key features - burst capacity, hierarchical partition keys, and serverless container storage of 1 TB – to help you get the b...

Azure Synapse Link now offers time-travel capabilities for Azure Cosmos DB data supporting NoSQL and MongoDB APIs. This exciting feature, currently available in public preview through Azure Synapse Spark, enables you to access Azure Cosmos DB data in the analytical store, precisely as it appeared at specific points in time in history (down to the m...

When designing an application using Azure Cosmos DB, users are required to select a Partition Key from among the properties stored for each item, and the value in the Partition Key is used to scale out their data. Users can avoid costly cross partition queries by correctly using the Partition Key in their queries but in many cases, it can be diffic...

The Azure Cosmos DB change feed allows applications to seamlessly react to real time changes to data! It’s a persistent record of changes to items in your container in the order they occurred. Instead of writing complex code to query recently modified documents, manually track checkpointing, and handle retries for errors in processing, the change f...

This blog post and the features are brought to you by Vinh Trinh, Mayank Katwal, Amit Singh, Kshittiz Kumar, Vineet Kumar, Dinesh Kumar, Chuck Skelton, Sidney Andrews, Joe Dennis, Venkata Sivaramakrishna Ramadugu & Govind Kanshi from the Azure Cosmos DB team  Azure Cosmos DB team is pleased to share exciting announcements. ...

There are many factors to take into account when designing a multi-tenant application in Azure Cosmos DB. We've covered many of these aspects at a high level in our documentation on Multitenancy and Azure Cosmos DB. In this blog, we'll quickly dive into the mechanics of implementing a database per tenant or container per tenant performance isola...