Gen BI

In the era of data-driven decision-making, businesses are constantly seeking innovative ways to extract insights from their ever-growing datasets. SQL (Structured Query Language) is the backbone of data analysis, enabling users to retrieve, manipulate, and analyze data stored in relational databases. However, crafting complex SQL queries can be a daunting task, especially for users without a strong technical background. At Oraczen, one of the strongest demand we are seeing from Enterprises is in using Generative AI (Gen AI) for generating SQL for reporting, making data analysis more accessible and efficient than ever before.Our Gen BI capability is a part of our Zen Platform and can be deployed for use on any Enterprise private or public cloud infrastructures without any need to change existing security perimeters or policies. This significantly accelerates your Gen BI journey bringing the power of LLM technology to your business and data organizations.

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The Promise of Gen AI for SQL Generation

Generating SQL queries manually requires a deep understanding of database schemas, table relationships, and query optimization techniques. For many users, this can be a significant barrier to accessing and analyzing data effectively. Gen AI offers a solution by automating the process of SQL generation, allowing users to express their data analysis requirements in natural language and letting the AI handle the technical details.

How to Use Gen AI for SQL Generation

1. Data Analysis Requirements:

Clearly define the objectives and requirements of your data analysis. What insights are you seeking to uncover? What specific data do you need to retrieve and analyze?

2. Natural Language Input:

Express your data analysis requirements in natural language. For example, "Retrieve total sales revenue by product category for the past month." These natural language queries are readily available for new users to click and reuse.

3. Gen AI Processing:

Submit your natural language query to the Gen AI model that is trained specifically for SQL generation. The model will analyze the input, understand the underlying data schema, and generate the corresponding SQL query.

4. SQL Query Generation:

Gen BI generates the SQL query based on the input provided, taking into account the relevant tables, columns, and filtering conditions necessary to fulfill the data analysis requirements.

5. Execution and Reporting:

Execute the generated SQL query against the database to retrieve the desired data. Visualize and analyze the results using your preferred reporting and visualization tools, such as Tableau or Power BI.

Case Study

A manufacturing client needed to query their large dataset for Order Fulfillment and Inventory reporting. Oraczen, is drastically simplify their Reporting architecture. Experienced and new client users can now simply ask a question in English or pick a list of FAQs that usually require complex joins and aggregates and our Gen BI module does the rest, including providing the Data in the desired graph format. This democratization of Reporting means that the Client can now focus on parameters like OTIF to achieve customer satisfaction and reduce lost or deferred sales.

Conclusion

Generative AI represents a paradigm shift in the way we interact with and derive insights from data. By harnessing the power of Gen AI for SQL generation, organizations can empower users across departments to access, analyze, and derive value from their data more efficiently than ever before. As the capabilities of Generative AI continue to evolve, we can expect to see even greater advancements in data analysis and decision-making in the years to come.