Snowflake editions and pricing - Mini Project: Build & Apply

Snowflake Editions and Pricing Setup

📖 Scenario: You are working as a cloud data engineer for a company that wants to understand Snowflake's editions and pricing structure. Your task is to create a simple data structure that holds the different Snowflake editions and their pricing per credit. This will help the team decide which edition fits their budget and needs.

🎯 Goal: Create a Snowflake-compatible table structure that lists Snowflake editions and their pricing per credit. Then, add a configuration variable for a budget threshold. Finally, write a query to select editions that fit within the budget and complete the setup by adding a comment describing the pricing model.

📋 What You'll Learn

Create a table called snowflake_editions with columns edition (string) and price_per_credit (number).

Insert exact rows for editions: 'Standard' at 2.0, 'Enterprise' at 3.5, 'Business Critical' at 4.5, and 'Virtual Private Snowflake' at 5.5.

Create a variable called budget_threshold set to 4.0 to represent the maximum price per credit allowed.

Write a query to select all editions from snowflake_editions where price_per_credit is less than or equal to budget_threshold.

Add a comment to the table snowflake_editions describing that it holds Snowflake editions and their pricing per credit.

💡 Why This Matters

🌍 Real World

Companies use Snowflake editions and pricing data to plan budgets and choose the right service level for their data needs.

💼 Career

Understanding how to create tables, use variables, and query data in Snowflake is essential for cloud data engineers and analysts working with Snowflake.

1

Create the Snowflake editions table with pricing

Create a table called snowflake_editions with columns edition as VARCHAR and price_per_credit as FLOAT. Insert these exact rows: ('Standard', 2.0), ('Enterprise', 3.5), ('Business Critical', 4.5), and ('Virtual Private Snowflake', 5.5).

Snowflake

-- Create table snowflake_editions and insert rows
-- Your code here

Hint

Use CREATE OR REPLACE TABLE to create the table. Use INSERT INTO with multiple rows to add the editions and prices.

2

Add a budget threshold variable

Create a variable called budget_threshold and set it to 4.0 to represent the maximum price per credit allowed.

Snowflake

CREATE OR REPLACE TABLE snowflake_editions (
    edition VARCHAR,
    price_per_credit FLOAT
);

INSERT INTO snowflake_editions (edition, price_per_credit) VALUES
('Standard', 2.0),
('Enterprise', 3.5),
('Business Critical', 4.5),
('Virtual Private Snowflake', 5.5);

-- Create variable budget_threshold
-- Your code here

Hint

Use SET to create a session variable in Snowflake.

3

Query editions within the budget threshold

Write a query to select all columns from snowflake_editions where price_per_credit is less than or equal to the variable budget_threshold.

Snowflake

CREATE OR REPLACE TABLE snowflake_editions (
    edition VARCHAR,
    price_per_credit FLOAT
);

INSERT INTO snowflake_editions (edition, price_per_credit) VALUES
('Standard', 2.0),
('Enterprise', 3.5),
('Business Critical', 4.5),
('Virtual Private Snowflake', 5.5);

SET budget_threshold = 4.0;

-- Query editions within budget_threshold
-- Your code here

Hint

Use $budget_threshold to reference the variable in the query.

4

Add a comment describing the pricing table

Add a comment to the table snowflake_editions that says: 'This table holds Snowflake editions and their pricing per credit.'

Snowflake

CREATE OR REPLACE TABLE snowflake_editions (
    edition VARCHAR,
    price_per_credit FLOAT
);

INSERT INTO snowflake_editions (edition, price_per_credit) VALUES
('Standard', 2.0),
('Enterprise', 3.5),
('Business Critical', 4.5),
('Virtual Private Snowflake', 5.5);

SET budget_threshold = 4.0;

SELECT * FROM snowflake_editions
WHERE price_per_credit <= $budget_threshold;

-- Add comment to snowflake_editions table
-- Your code here

Hint

Use COMMENT ON TABLE to add a description to the table.

Practice

1. Which Snowflake edition provides the most advanced security features like Tri-Secret Secure and HIPAA compliance?

easy

A. Standard Edition

B. Enterprise Edition

C. Business Critical Edition

D. Virtual Private Snowflake (VPS) Edition

Solution

1. Step 1: Understand Snowflake editions and security features

   Snowflake offers multiple editions with increasing security and compliance features as you move up.

2. Step 2: Identify edition with advanced security

   The Business Critical Edition includes advanced security like Tri-Secret Secure and HIPAA compliance, which are not in Standard or Enterprise.

3. Final Answer:

   Business Critical Edition -> Option C

4. Quick Check:

   Advanced security = Business Critical Edition [OK]

Hint: Business Critical edition = highest security features [OK]

Common Mistakes:

• Confusing Standard with Enterprise for security
• Thinking VPS has more security than Business Critical
• Assuming VPS Edition is standard offering

2. Which of the following is the correct way to describe Snowflake's pricing model?

easy

A. Pay only for compute credits and storage used

B. Flat monthly fee regardless of usage

C. Pay per user license only

D. Fixed yearly contract with unlimited usage

Solution

1. Step 1: Review Snowflake pricing components

   Snowflake charges based on compute credits consumed and storage used, not flat fees or per user licenses.

2. Step 2: Match pricing description

   Pay only for compute credits and storage used correctly states pay only for compute credits and storage used, which is Snowflake's usage-based pricing.

3. Final Answer:

   Pay only for compute credits and storage used -> Option A

4. Quick Check:

   Pricing = usage-based (compute + storage) [OK]

Hint: Snowflake pricing = pay for what you use [OK]

Common Mistakes:

• Thinking pricing is flat monthly fee
• Assuming per user license applies
• Believing yearly contract covers unlimited usage

3. If a Snowflake user runs queries consuming 100 compute credits and stores 500 GB of data for a month, which factor primarily affects the monthly bill?

medium

A. Only the compute credits used

B. Both compute credits and storage amount

C. Only the storage amount

D. Number of users accessing Snowflake

Solution

1. Step 1: Understand billing components

   Snowflake bills based on compute credits consumed and storage used, both contribute to cost.

2. Step 2: Analyze given usage

   User consumes 100 compute credits and stores 500 GB, so both factors affect the bill.

3. Final Answer:

   Both compute credits and storage amount -> Option B

4. Quick Check:

   Billing = compute + storage [OK]

Hint: Monthly bill = compute credits + storage used [OK]

Common Mistakes:

• Ignoring storage cost in billing
• Assuming only compute credits matter
• Thinking user count affects billing

4. A company is using Snowflake Standard Edition but needs features like multi-cluster warehouses and enhanced security. What is the best fix?

medium

A. Upgrade to Enterprise Edition

B. Switch to Standard Edition again

C. Reduce compute credits usage

D. Use only one warehouse to avoid multi-cluster

Solution

1. Step 1: Identify missing features in Standard Edition

   Standard Edition lacks multi-cluster warehouses and advanced security features.

2. Step 2: Choose edition with required features

   Enterprise Edition supports multi-cluster warehouses and enhanced security, so upgrading is needed.

3. Final Answer:

   Upgrade to Enterprise Edition -> Option A

4. Quick Check:

   Need multi-cluster + security = upgrade edition [OK]

Hint: Upgrade edition for advanced features [OK]

Common Mistakes:

• Trying to reduce compute credits instead of upgrading
• Staying on Standard Edition expecting new features
• Avoiding multi-cluster by limiting warehouses

5. A startup expects low data storage but high query volume. Which Snowflake edition and pricing approach best fits their needs to optimize cost?

hard

A. Virtual Private Snowflake with fixed compute allocation

B. Enterprise Edition with always-on warehouses for performance

C. Premier Edition with fixed monthly fee for unlimited usage

D. Standard Edition with auto-suspend warehouses to save compute credits

Solution

1. Step 1: Analyze startup's usage pattern

   Low storage but high query volume means compute cost is main factor; storage cost is low.

2. Step 2: Choose edition and pricing to optimize compute cost

   Standard Edition is cost-effective; using auto-suspend warehouses saves compute credits by pausing idle compute.

3. Step 3: Evaluate other options

   Enterprise and Premier are costlier; always-on warehouses waste compute credits; fixed fees don't fit startup's usage.

4. Final Answer:

   Standard Edition with auto-suspend warehouses to save compute credits -> Option D

5. Quick Check:

   Low storage + high queries = Standard + auto-suspend [OK]

Hint: Auto-suspend saves compute credits for bursty queries [OK]

Common Mistakes:

• Choosing expensive editions without need
• Ignoring auto-suspend to save costs
• Assuming fixed fees are cheaper for startups