Optimize Azure Storage Costs with Smart Tier — A Complete Guide to Microsoft’s Automated Tiering Feature

  Smart Tier for Azure Blob & Data Lake Storage — A Smarter, Cost-Efficient Way to Manage Your Data Microsoft has introduced  Smart Tier  (Public Preview), a powerful automated data-tiering feature for  Azure Blob Storage  and  Azure Data Lake Storage . This feature intelligently moves data between the  hot ,  cool , and  cold  access tiers based on real-world usage patterns—no manual policies, rules, or lifecycle setups required. 🔥 What is Smart Tier? Smart Tier automatically analyzes your blob access patterns and moves data to the most cost-efficient tier. It eliminates guesswork and minimizes the need for administrators to manually configure and adjust lifecycle management rules. ✨ Key Benefits Automatic tiering based on access patterns No lifecycle rules or policies required Instant promotion to hot tier when data is accessed Cost-efficient storage for unpredictable workloads No early deletion fees ...

Data Cleaning in SQL

                                                              

1. Import Data: First, import the Excel data into a SQL database table using a tool like SQL Server Management Studio. 

2. Identify Missing Values: Use SQL queries to identify any missing or null values in the dataset. This helps in understanding the extent of missing data and planning for imputation or removal.

3. Remove Duplicates: Utilize SQL's 'DISTINCT' keyword or 'GROUP BY' clause to identify and remove duplicate rows from the dataset. This ensures that each observation is unique.

4. Standardize Data Formats: Use SQL functions like UPPER, LOWER, TRIM, etc., to standardize text formats and remove leading or trailing spaces. This ensures consistency in the data.

5. Correct Data Types: Convert data types of columns as needed using SQL's CAST or CONVERT functions. For example, convert string representations of numbers to actual numeric types.

6. Handle Outliers: Identify and handle outliers using SQL queries. This might involve filtering out extreme values or applying statistical techniques for outlier detection.

7. Normalize Data: Normalize the data if necessary to reduce redundancy and improve data integrity. This might involve splitting data into separate tables and establishing relationships between them. 

8. Validate Constraints: Validate data against defined constraints such as foreign key constraints, unique constraints, etc., to ensure data integrity and consistency.

9. Impute Missing Values: If appropriate, impute missing values using techniques like mean imputation, median imputation, or predictive modeling. 

10. Review and Validate: Finally, review the cleaned dataset to ensure that it meets the quality standards and is ready for analysis. Validate the results against the original Excel file to ensure accuracy.

Hope it helps!

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