Strategies for Large Enterprises to Secure Data in a Postgres Database
According to a study by IBM, India's average total data breach cost rose to an all-time high of 17.6 crores in fiscal 2022, up 25% from 14 crores in 2020 and 6.6% from 16.5 crores the year before. This data indicates that the number of data breaches have grown dramatically in recent years. As a result, it has become crucial for organizations to harden data security measures in order to safeguard their against such bad actors and thefts.
Counter to the initial perception, open source software has become recognized as a credible, secure option, often more so than proprietary software for business applications. In fact, most web 2.0 businesses are now using open source software as the foundation of their infrastructure. The extent to which open source software is used for business applications may appear surprising to some firms at first look, but open source has inherent security advantages and offers a platform for growth. It's fair to say that open source powers much of the internet, and without it, none of us would use the software in the same manner. Some fundamental advantages open source offers are flexibility and agility, speed, cost-effective, solid information security, and it has the ability to attract better talent.
When it comes to safeguarding Postgres database access, using an application-specific database user and limiting access to the database server, particular to that application, exclusively from the application server IP address has become essential. In today's business world, every company collects data in order to extract actionable and pertinent information that will assist them in making educated choices. The information collected is saved in a database, where it can be readily viewed, managed, and updated. Though this may appear to be a small security measure, when applied, it protects the information from internal and external security risks. Because the database server may hold numerous databases serving multiple applications, it is critical that application users only have access to application-specific databases.
PostgreSQL has a reputation for high quality, standards-based code, extensive security features, excellent documentation, and applicable for a wide variety of workloads including unstructured data. In addition to providing more flexibility and simplicity than proprietary databases, Postgres covers database administration, improved SQL capabilities, database and application security, performance monitoring and analysis, and application development utilities.
Key strategies for large enterprises to secure data in Postgres database
Data Separation: Data security is essential for any enterprise's growth and safeguarding of its clientele. Data is therefore kept secure in the cloud account, which reduces the potential for risk of any kind.
Database monitoring and auditing: When you install a PostgreSQL cluster, the PostgreSQL audit extension is activated, which allows you to monitor and analyze database activity in real-time. This, as a result, enables you to capture any suspicious activity and protect your data at all costs.
Flexible access control: To handle the individual cloud settings, firms can use single sign-on (SSO) and establish their own sets of roles and role-based access control (RBAC) rules in order to aim at maximum data protection.
Portal audit logging: The activity log records all portal operations, including user responsibilities, organization updates, cluster creation and deletion, and thus enables businesses to keep an eye on data access and stop any unauthorized behavior.
Postgres and data protection
We live in a digital era where our data is more exposed to threats than ever. Following data security procedures has thus become essential, particularly for enterprises. In fact, every business today gathers data in order to derive useful knowledge that will help them make informed decisions. Securing your data in Postgres protects it from both internal and external security threats and allows for easy access, maintenance, and updates.
Counter to the initial perception, open source software has become recognized as a credible, secure option, often more so than proprietary software for business applications. In fact, most web 2.0 businesses are now using open source software as the foundation of their infrastructure. The extent to which open source software is used for business applications may appear surprising to some firms at first look, but open source has inherent security advantages and offers a platform for growth. It's fair to say that open source powers much of the internet, and without it, none of us would use the software in the same manner. Some fundamental advantages open source offers are flexibility and agility, speed, cost-effective, solid information security, and it has the ability to attract better talent.
When it comes to safeguarding Postgres database access, using an application-specific database user and limiting access to the database server, particular to that application, exclusively from the application server IP address has become essential. In today's business world, every company collects data in order to extract actionable and pertinent information that will assist them in making educated choices. The information collected is saved in a database, where it can be readily viewed, managed, and updated. Though this may appear to be a small security measure, when applied, it protects the information from internal and external security risks. Because the database server may hold numerous databases serving multiple applications, it is critical that application users only have access to application-specific databases.
PostgreSQL has a reputation for high quality, standards-based code, extensive security features, excellent documentation, and applicable for a wide variety of workloads including unstructured data. In addition to providing more flexibility and simplicity than proprietary databases, Postgres covers database administration, improved SQL capabilities, database and application security, performance monitoring and analysis, and application development utilities.
Key strategies for large enterprises to secure data in Postgres database
Data Separation: Data security is essential for any enterprise's growth and safeguarding of its clientele. Data is therefore kept secure in the cloud account, which reduces the potential for risk of any kind.
Database monitoring and auditing: When you install a PostgreSQL cluster, the PostgreSQL audit extension is activated, which allows you to monitor and analyze database activity in real-time. This, as a result, enables you to capture any suspicious activity and protect your data at all costs.
Flexible access control: To handle the individual cloud settings, firms can use single sign-on (SSO) and establish their own sets of roles and role-based access control (RBAC) rules in order to aim at maximum data protection.
Portal audit logging: The activity log records all portal operations, including user responsibilities, organization updates, cluster creation and deletion, and thus enables businesses to keep an eye on data access and stop any unauthorized behavior.
Postgres and data protection
We live in a digital era where our data is more exposed to threats than ever. Following data security procedures has thus become essential, particularly for enterprises. In fact, every business today gathers data in order to derive useful knowledge that will help them make informed decisions. Securing your data in Postgres protects it from both internal and external security threats and allows for easy access, maintenance, and updates.
