NIST Unveils New Consortium to Manage its National Vulnerability Database
After months of speculation, NIST has finally confirmed its intention to establish an industry consortium to develop the NVD in the future
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Background for this topic.
Databases store and organize data electronically, enabling efficient retrieval and management. They often hold sensitive information such as user credentials, financial records, or personal details, making them prime targets for attackers. Common database types include relational databases using structured query language (SQL) and NoSQL databases designed for unstructured data.
Security risks include SQL injection attacks that exploit improper input handling to manipulate or extract data, and misconfigured access controls that allow unauthorized users to view or alter information. Protecting databases involves strict authentication, role-based access controls, encryption of data at rest and in transit, and timely application of security patches to database software. Monitoring query logs and access patterns helps detect suspicious activity that could indicate compromise or insider threats.
After months of speculation, NIST has finally confirmed its intention to establish an industry consortium to develop the NVD in the future
The operating system, DBOS, natively uses a relational database to reduce cost, ease application development, and maintain cybersecurity and integrity.