Big data architecture

Big data architecture, a basis for big data analytics, is an outcome of the intercommunication of big data application resources. These resources or database technology are put together to achieve high performance, high fault comprehension and scalability. It is dependent upon resources that the organization has and also on the data environment an organization has.
A big data structure is devised to handle the ingestion of data, its processing and analysis of data that is too large and difficult for simple traditional database systems. The Solutions normally involve the processing of big data sources in batches (at rest), the big data processing in real-time (in motion), interactive study of this data and analytics and machine learning that are apocalyptic.
A bunch of big data structures involve some or most of the following components;

Data source: It is possible to find a stand-alone data source or they can be many and used interchangeably based on the amount of data the organisation creates. These range from mounted data store databases to files that implementations like web server log files make.

Data storage: Operational data that results from bulk processing gets written to a distributed storage file that has the ability to hold immense data quantities in their various forms commonly referred to as a data lake.

Batch processing: The solution must systematically digest data using reliable tasks to choose, assign and make it ready for it to be analysed. This process involves reading source files, processing them and writing output to new files.

Real-time message recording: the architecture should include ways to record or store real-time communication for online processing only when the solution involves real-time sources.

Analytical Data Store: The Solution should prepare data for inspection and give out the examined one in an organized form that will allow it to simply be accessed using analytical resources.
Orchestration: Orchestration technology can be employed to enforce correlation and correspondence for solutions that involve repetition of operations responsible for digesting data and positioning the data into a data store and assemble the output in the form of a report.