Transform PostgreSQL into a Columnar Database Using Citus

Columnar databases are transforming the way we handle large datasets by storing data in columns rather than rows. This approach enhances performance, especially for analytical queries, by allowing faster data retrieval and efficient storage. As businesses generate more data than ever, understanding the benefits of columnar databases becomes crucial. In this blog, we'll explore how these databases work, their advantages over traditional row-based systems, and why they are becoming a popular choice for data-driven organizations.
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Transitioning from Oracle to PostgreSQL: Tablespaces

Tablespaces play an important role in database management systems, as they determine where and how database objects like tables and indexes are stored. Both Oracle and PostgreSQL have the concept of tablespaces, but they implement them differently based on the overall architecture of each database.
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Using pg_upgrade to Upgrading Your PostgreSQL Cluster on Windows

Upgrading your PostgreSQL cluster is an important task to keep your database running smoothly and securely. With each new release, PostgreSQL introduces performance improvements, security patches, and new features that can benefit your system. However, upgrading can be a bit tricky, especially if you're working in a Windows environment, where certain challenges like permissions, service management, and file handling may differ from Linux setups. In this blog, we’ll walk you through the process of performing an upgrade on a PostgreSQL cluster in Windows, covering the key steps to ensure everything goes smoothly without causing data loss.
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Transitioning from Oracle to PostgreSQL: Understanding the Concept of Schema

Transitioning from Oracle to PostgreSQL: Understanding the Concept of Schema

As businesses increasingly move toward open-source technologies, many Oracle Database professionals find themselves needing to work with PostgreSQL, one of the most popular open-source relational database management systems (RDBMS). Although both Oracle and PostgreSQL share many similar concepts, there are fundamental differences in how these systems handle certain database structures, one of which is the schema.
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Optimizing PostgreSQL with Composite and Partial Indexes: A Quick Comparison

Optimizing PostgreSQL with Composite and Partial Indexes: A Quick Comparison

Indexes are crucial for accelerating database queries, and enhancing the performance of your PostgreSQL applications. However, not all indexes function the same way. Composite and partial indexes are two common types, each with distinct purposes and effects on performance. In this blog, we'll dive into what composite and partial indexes are, how they operate, and when to use them to achieve the best results for your database.
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