What is Google BigQuery?
Google BigQuery is a cloud-based enterprise data warehouse that offers rapid SQL queries and interactive analysis of massive datasets. BigQuery was designed on Google’s Dremel technology and is built to process read-only data.
The platform utilizes a columnar storage paradigm that allows for much faster data scanning as well as a tree architecture model that makes querying and aggregating results significantly easier and more efficient. Additionally, BigQuery is serverless and built to be highly scalable thanks to its fast deployment cycle and on-demand pricing.
To successfully manage a serverless design, BigQuery leverages Google’s existing cloud architecture, as well as different data, ingest models that allow for more dynamic data storage and warehousing.
This includes utilizing batch ingest, which allows for fast loading of thousands of data points without overburdening existing computational resources, as and a real-time ingest mechanism that allows for on-demand queries and analytics by loading up to 100,000 rows of data for instant access (with a potential for up to 1 million rows when applying sharding).
BigQuery is also fully managed and performs storage optimization on existing data sets by detecting usage patterns and modifying data structures for better results.
How can I Use Google BigQuery?
BigQuery is a powerful tool for business intelligence and it offers analytics capabilities to organizations of all sizes. The platform’s flexible pricing structure, which is based on computing resources used and guarantees 100% utilization of available allocated resources, means that businesses can deploy the analytics and queries they need without having to rent out more server space or scale without a real need. Moreover, its real-time ingest and fast querying capacity make it ideal for a variety of use cases.
The platform has been utilized in real-time fraud detection, by leveraging its data gathering and organizational capacities. Some organizations use BigQuery to manage schema migrations and use batch ingest tools to update real-time data tables every few minutes.
Thanks to the platform’s expanded data capabilities—big query is built to manage petabyte-scale analytics—it also means that it can collect more data from disparate sources and organize it faster.
Additionally, combining BigQuery’s machine learning capabilities with existing datasets and structures can improve storage design, make for easier querying and data scanning, and even reduce costs by eliminating superfluous structures and optimizing storage based on individual organization’s usage patterns.
BigQuery Data Connector