Difference between File System and DBMS
Last Updated :
06 Aug, 2025
A file system and a DBMS are two kinds of data management systems that are used in different capacities and possess different characteristics. A File System is a way of organizing files into groups and folders and then storing them in a storage device. It provides the media that stores data as well as enables users to perform procedures such as reading, writing, and even erasure.
On the other hand, DBMS is a more elaborate software application that is solely charged with the responsibility of managing large amounts of structured data. It provides functionalities such as query, index, transaction, as well as data integrity. Although the file system serves well for the purpose of data storage for applications where data is to be stored simply and does not require any great organization, DBMS is more appropriate for applications where data needs to be stored and optimized for organizational and structural needs, security, etc.
File System
The file system is basically a way of arranging the files in a storage medium like a hard disk. The file system organizes the files and helps in the retrieval of files when they are required. File systems consist of different files which are grouped into directories. The directories further contain other folders and files. The file system performs basic operations like management, file naming, giving access rules, etc.
Example: NTFS(New Technology File System) , EXT(Extended File System).
File System DBMS ( Database Management System)
Database Management System is basically software that manages the collection of related data. It is used for storing data and retrieving the data effectively when it is needed. It also provides proper security measures for protecting the data from unauthorized access. In Database Management System the data can be fetched by SQL queries and relational algebra. It also provides mechanisms for data recovery and data backup.
Example:
Oracle, MySQL, MS SQL server.
DBMS Difference Between File System and DBMS
Basics | File System | DBMS |
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Structure | The file system is a way of arranging the files in a storage medium within a computer. | DBMS is software for managing the database. |
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Data Redundancy | Redundant data can be present in a file system. | In DBMS there is no redundant data. |
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Backup and Recovery | It doesn't provide Inbuilt mechanism for backup and recovery of data if it is lost. | It provides in house tools for backup and recovery of data even if it is lost. |
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Query processing | There is no efficient query processing in the file system. | Efficient query processing is there in DBMS. |
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Consistency | There is less data consistency in the file system. | There is more data consistency because of the process of normalization . |
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Complexity | It is less complex as compared to DBMS. | It has more complexity in handling as compared to the file system. |
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Security Constraints | File systems provide less security in comparison to DBMS. | DBMS has more security mechanisms as compared to file systems. |
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Cost | It is less expensive than DBMS. | It has a comparatively higher cost than a file system. |
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Data Independence | There is no data independence. | In DBMS data independence exists, mainly of two types: 1) Logical Data Independence . 2)Physical Data Independence. |
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User Access | Only one user can access data at a time. | Multiple users can access data at a time. |
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Meaning | The users are not required to write procedures. | The user has to write procedures for managing databases |
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Sharing | Data is distributed in many files. So, it is not easy to share data. | Due to centralized nature data sharing is easy |
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Data Abstraction | It give details of storage and representation of data | It hides the internal details of Database |
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Integrity Constraints | Integrity Constraints are difficult to implement | Integrity constraints are easy to implement |
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Attribute s | To access data in a file , user requires attributes such as file name, file location. | No such attributes are required. |
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Example | Cobol , C++ | Oracle , SQL Server |
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Explore
Basics of DBMS
ER & Relational Model
Relational Algebra
Functional Dependencies & Normalisation
Transactions & Concurrency Control
Advanced DBMS
Practice Questions