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database-security
database-security
Security Concepts
Definition
A database is an organized collection of structured or unstructured data that is stored, managed, and accessed electronically. Databases are designed to efficiently store large amounts of information while allowing users and systems to retrieve, update, and analyze that data as needed. Databases are typically managed by database management systems (DBMS), which handle tasks such as data storage, querying, indexing, and access control. Common types include relational databases (which use tables and structured schemas) and non-relational databases (which store data in formats like key-value pairs, documents, or graphs). In a security context, databases often contain sensitive information such as user credentials, personal data, financial records, and operational logs, making them a critical asset to protect.
Explore More Terms
investigation
DLP
Synapse-Enterprise
critical-infrastructure
Threat Actor
Examples & Use Cases
Common uses of databases include: * Storing user account information, including usernames, passwords, and profile data * Managing application data such as transactions, inventory, or customer records * Logging system and security events for monitoring and analysis * Supporting authentication and authorization systems * Powering analytics, reporting, and business intelligence platforms **Real-World Impact** When databases are targeted or compromised, the consequences can be severe: * Data breaches exposing sensitive customer or organizational information * Theft of credentials that can lead to further unauthorized access * Data manipulation or corruption affecting business operations * Ransomware attacks encrypting or destroying critical data * Regulatory and legal consequences due to data protection failures Because databases often centralize high-value data, they are a primary target for attackers. **Detection & Mitigation** Protecting databases involves a combination of access control, monitoring, and secure configuration: * Enforcing strong authentication and least privilege access * Encrypting data at rest and in transit * Monitoring database activity for unusual queries or access patterns * Regularly patching and updating database software * Implementing backups and recovery procedures * Auditing access logs to detect unauthorized activity Strong database security reduces the risk of data exposure and ensures the integrity and availability of critical information. --- ## Further Reading * [IBM - What is database security?](https://www.ibm.com/think/topics/database-security)
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