Database
An organized collection of data that is digitally stored and managed, essential for storing customer, inventory, and order information.
What is a database?
A database is an organized collection of digital data that is stored in a structured manner, so information can be retrieved, edited, and managed quickly and reliably. It is the digital memory of your organization: all customer data, product information, order history, and transport data are stored here. The quality and design of your database largely determine how well your software performs.
How does a database work?
A database stores data in tables that are interconnected through relationships. When an application needs data, it sends a query (request) to the database, which retrieves the correct information and returns it. Wabber designs databases optimized for specific data flows: in a WMS, inventory changes are processed at lightning speed, while in a TMS the focus is on efficiently retrieving transport data. We work with technologies such as MySQL, PostgreSQL, and Redis.
Example
A manufacturing company with a Wabber WMS processes thousands of inventory changes daily. The database records every incoming and outgoing goods movement in real-time. When a warehouse employee scans a product, the stock level is immediately updated in the database and the change is instantly visible on the dashboard. This way, everyone in the organization always knows exactly how much inventory is available.
Why is a database important?
A well-designed database is essential for reliable and scalable software. As your business grows and generates more data, the database must scale along without performance loss. Additionally, the security of your database is crucial: business-critical data must be protected with adequate backup strategies and access controls. A weak database leads to slow software, data loss, and security risks.
Related solutions
Frequently asked questions
Which database does Wabber use for custom projects?
Wabber works with proven database technologies such as MySQL, PostgreSQL, and Redis. The choice depends on the project requirements: PostgreSQL for complex queries and large datasets, MySQL for reliable transaction processing, and Redis for lightning-fast caching and real-time data.
How is a database secured against data loss?
Databases are secured with automatic backups, replication across multiple servers, and strict access controls. Wabber implements a backup strategy that matches your organization's risk profile, including point-in-time recovery that allows data to be restored down to the minute.
What is the difference between a SQL and NoSQL database?
SQL databases (such as MySQL and PostgreSQL) store data in structured tables with fixed relationships, which is ideal for structured business data like orders and inventory. NoSQL databases are more flexible in data structure and better suited for unstructured data. Wabber advises per project which approach fits best.
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