SQLite does not support concurrent user operations, meaning only one user can read or write to the database at a time, leading to performance bottlenecks.
SQLite does not support advanced database features such as stored procedures, triggers, and user-defined functions.
SQLite does not support remote access and can only be used locally.
SQLite does not support a full-fledged permission management system, thus it cannot provide fine-grained control over user permissions.
SQLite has limited support for data types and does not support storing complex data types such as date/time and binary large objects.
SQLite has limited support for concurrency, which may result in data consistency issues when multiple users access the database simultaneously.
SQLite is not suitable for handling large-scale data due to its limitations on file size, resulting in decreased performance with a large amount of data.
SQLite does not support backup and restore functionality, so users need to manually backup the database files.
The performance of SQLite is limited by hardware capabilities, and may face performance bottlenecks in large-scale concurrent applications.
SQLite is more suitable for small applications or as a secondary database, rather than being used as the main database in a production environment.
