The Ultimate Guide to Snowpark

Design and deploy Snowpark with Python for efficient data workloads

Book Takeaway

Chapters

This chapter will guide you through Snowpark and its unique capabilities. You will learn how to utilize Python with Snowpark and how to implement it for various workloads. By the end of this chapter, you will grasp Snowpark's functionalities and benefits, including faster data processing, improved data quality, and reduced costs. These guided chapters aim to give you an all-encompassing understanding of Snowpark and how to leverage its value for your specific use cases.

In this chapter, you will learn how to configure and operate in Snowpark, establish coding style and structure, and explore workloads. You will acquire practical knowledge and skills to work efficiently with Snowpark, including setting up the environment, structuring the code, and utilizing it for different workloads.

In this chapter, users will learn about working with data in Snowpark. It covers data collection, preparation, transformation, aggregation, and analysis. By the end of this chapter, users will gain practical knowledge and skills for managing data sources, cleaning and transforming data, and performing advanced analysis tasks.

In this chapter, we will cover building reliable data pipelines, effective debugging and logging, efficient deployment using DataOps, and test-driven development for Snowpark. These chapters will equip users with practical skills for developing, testing, and deploying data pipelines, resulting in reliable and efficient channels in Snowpark.

In this chapter, readers will learn about using Snowpark for data science projects, as well as exploring the data science pipeline, which includes data preparation, exploration, and model training featuring Snowpark. The material caters to data scientists and other professionals looking to use Snowpark to tackle extensive data processing and construct precise machine-learning models.

In this chapter, we will explore implementing machine learning models in Snowpark and constructing a feature store. Additionally, readers can learn to integrate model registry into Snowpark and monitor and operationalize their ML models. This chapter caters to data scientists and experts who aspire to master the techniques of deploying and administering their machine-learning models competently with Snowpark.

This chapter will explore the Native Application framework and how to develop, deploy, manage, and monetize a Native App using Snowpark. This chapter caters to developers who aspire to build apps within Snowflake.

This introduces Snowpark Container Services and discusses how to deploy applications in containers within Snowflake. This chapter caters to developers building container applications in Snowflake.

Authors

Shankar Narayanan SGS

Shankar Narayanan SGS

Snowflake Data Superhero
Shankar Narayanan SGS is a Principal Architect at Microsoft with over a decade of diverse experience leading and delivering large-scale Data and Cloud implementations for Fortune 500 companies across various industries. He has successfully implemented Snowflake Data Cloud for many organizations leading the customers to adopt Snowflake. For his technical contribution to the community, He has been selected as SAP Community Topic leader by SAP and is selected as one of the Snowflake Data Heroes by Snowflake.
Vivekanandan SS

Vivekanandan SS

Data Science Expert
Vivekanandan leads the GenAI - Prompt Engineering team at Verizon, leveraging over a decade of expertise in Data Science and Big Data. His professional journey includes building analytics solutions and products across diverse domains, with proficiency in cloud analytics and data warehouses. As an experienced trainer, he specializes in Snowflake and GenAI, and serves as a guest faculty and advisor for various educational institutes. Notably, his solution ranks in the top 1 percentile globally in Kaggle Kernels.

Testimonials

Buy Book Now

Scroll to Top