
Course introduction
In this lecture we cover a high-level overview of data lakes
In this lecture we talk about this history of the data lake
In this lecture we talk about the problems with traditional data lakes and the role Hadoop has played in this.
Here we discuss how data lakes become data swamps
In this lecture we give a high-level overview of the cloud data platform. A better approach to the traditional data lake.
In this lecture we discuss the things to consider when implementing a cloud data platform.
In this lecture we introduce Snowflake and your single, unified, cloud data platform
This is the Snowflake Overview lecture from our Snowflake Database - The Complete Cloud Data Platform course. There will be some overlap of what we've already discussed. But it does a good job providing a thorough overview of Snowflake. It's important to have this overview before we move on to more a more detailed discussion of Snowflake as a data lake. If you've already taken The Complete Data Platform course, you can skip this lecture.
This is the Snowflake high-level architecture lecture from our Snowflake Database - The Complete Cloud Data Platform course. There will be some overlap of what we've already discussed. But, it does a good job providing a thorough architecture of Snowflake. It's important to have this knowledge before we move on to more a more detailed discussion of Snowflake as a data lake. If you've already taken The Complete Data Platform course, you can skip this lecture.
In order to follow along with the rest of this course, you will want to get a demo Snowflake account, if you do not already have one. This lecture shows how to get one.
This is the Snowflake Web UI lecture from our Snowflake Database - The Complete Cloud Data Platform course. If you have already taken the course, you can skip this lecture. If not, and you want to follow along as we show, in later lectures, how to use Snowflake as a data lake, you will want to be familiar with the Snowflake Web UI.
A very interesting comparison between traditional data lakes vs. Snowflake as a data lake
In this lecture we discuss the traditional and commonly used data lake architecture
In this lecture we discuss the Snowflake data lake architecture
In this lecture we demonstrate how to access data lake files sitting in Azure inside Snowflake and the creation of materialized views
In this lecture we talk about Devon Energy and their three attempts at building a data platform before their fourth attempt, using Snowflake, finally worked.
In this lecture we talk about Portland Gas and Electric and how they migrated from an on-premises Oracle architecture to a Snowflake data lake and warehouse.
10 questions to test your knowledge of the material covered in this course
The failure rate on big data traditional data lake projects is between 60% and 80%. Hadoop was billed as the platform to store and analyze data. It promised to minimize data silos with the concept of a Data Lake. But, Hadoop has largely failed in its ability to consider the operational side of data and what it takes to actually run a business. Big data systems like Hadoop are complex and require teams of expensive engineers to build and maintain them. This course shows how Snowflake changes all this. Snowflake is the complete modern cloud based data platform that can integrate with, or completely replace your data lake. This course shows how this is made possible.
We do an in-depth discussion of the history of data lakes and the architecture of the modern on-premises or cloud-based data lake. We talk about what's good about data lakes and what's bad about them. We talk about data lakes becoming data swamps. Most importantly, we discuss how Snowflake can completely replace the traditional data lake and be your single repository for corporate data.
Finally we present three case studies of companies that tried to make the traditional on-premises (or cloud-based) data lake architecture work for them and finally scrapped it and settled on Snowflake.
We wrap up the course with some questions to test your knowledge of the material.