PostgreSQL

PostgreSQL is an open-source relational database known for its reliability and its close adherence to the SQL standard. We use it in applications with complex, connected data, where accuracy and access rules matter.

What Is PostgreSQL?

PostgreSQL, often called Postgres, is an open-source relational database system. It stores data in linked tables, such as customers, orders and appointments, which are queried with SQL, the standard language of databases. It grew out of the POSTGRES project at the University of California, Berkeley, which began in 1986, and has carried its current name since 1996.

Every change runs inside a transaction: either all of it is saved or none of it is, so a failure halfway through doesn't leave data half-written. Constraints reject invalid records before they are stored. Beyond classic tables, PostgreSQL stores JSON documents and can index them, offers built-in full-text search with stemming for many languages, Turkish and Arabic among them, and can be extended with add-ons, for example for geographic data.

PostgreSQL is free and released under its own permissive open-source license. It is developed by the PostgreSQL Global Development Group, a worldwide community that no single company owns. A new major version comes out about once a year, each is supported for five years, and fixes are released at least every three months.

Where We Use PostgreSQL

We choose PostgreSQL when an application's data is complex, connected and important to get right. We use it especially for:

  • Applications with Connected Data

    In customer portals, booking systems and internal tools, customers, orders, appointments and invoices are linked to each other. PostgreSQL enforces those links, so the data stays consistent as the application grows.

  • Flexible Data with JSON

    Product features that differ from item to item, or form answers that change over time, are stored as JSON alongside the regular tables and can still be searched and indexed.

  • Access Rules and Roles

    Each part of the application connects with only the rights it needs, and row-level security can limit each user to their own records directly in the database.

  • Backups and Recovery

    We set up automatic backups, keep copies in a separate location and test restoring them. With continuous archiving, the database can be restored to a specific moment, not just to last night.

Why PostgreSQL?

  • Data You Can Trust

    Transactions and constraints keep data correct even when many people use the system at once or a process stops halfway through. Mistakes are turned away at the door rather than found later in a report.

  • Standards and Flexibility

    PostgreSQL follows the SQL standard closely, so knowledge and code carry over, while JSON support and extensions cover needs that classic tables don't.

  • Open Source and Independent

    There is no license fee and no single owner: the database is developed in the open by a global community, with a published support schedule for every version.

How We Work on Your Project

We start by modeling the data with you: what is stored, how the pieces relate and who may see or change what. From that we design the tables and their rules, write every change as a migration and test with realistic sample data before any real data goes in.

Before launch we check that indexes keep the busiest queries fast, that each connection has only the rights it needs and that backups run and can actually be restored. We also confirm the server runs a supported PostgreSQL version and accepts only encrypted connections.

Web Design and Development

Frequently Asked Questions

Help Center
PostgreSQL or MySQL: which is right for my project?

Both are reliable relational databases. For applications with complex data, strict rules or heavy use of JSON we usually prefer PostgreSQL; for simpler sites on standard hosting, MySQL is often the practical choice. We recommend one based on your project.

Is there a license fee?

No. PostgreSQL is free for any use, commercial included. You only pay for the server or managed database service it runs on.

How is my data backed up?

We set up regular automatic backups, stored separately from the main server, and test restoring them. If something goes wrong, the data can be brought back to a recent point in time.

Who can access my data?

Only the people and parts of the application that need it, each with limited rights. Connections are encrypted, and at handover you receive the access details for your own database.

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