NoSQL information base s offer go-ahead important advantages over traditional RDBMS, including: Scalability : NoSQL database use a horizontal plate -out methodology that makes it easy to add or reduce capability quickly and non-disruptively with good hardware. This eliminates the tremendous cost and complexity of manual sharding that is necessary when attempting to scale RDBMS. performance: By simply adding commodity resource , enterprises can increase performance with NoSQL databases. This enables organizations to continue to deliver reliably fasting user experience with a predictable tax return on investment for adding resourcefulness —again, without the command overhead associated with manual sharding. high Availability: NoSQL databases are generally designed to ensure high availability and avoid the complexity that comes with a typical RDBMS architecture that relies on primary and secondary nodes. Some ? distributed” NoSQL databases use a masterless architecture that automatically distributes data equally among multiple resources so that the coating remains available for both read and write mathematical operation even when one node fails. Global Availability: By automatically replicating data across multiple host , data centers, or cloud resources, distributed NoSQL databases can minimize rotational latency and ensure a consistent application experience wherever users are located. An added welfare is a significantly reduced database management burden from manual RDBMS shape , freeing operations teams to focus on other line priorities. flexible Data Modeling: NoSQL go the ability to implement flexible and fluid data modelling . Application developers can leveraging the data case and query options that are the most natural fit to the specific application use case rather than those that fit the database schema. The result is a simpler interaction between the application and the database and faster, more agile development.