In response to SQL injection errors detected in a commercial web application, which action would NOT be a part of remediation?

Decrypting the database would not be a part of the remediation process in response to SQL injection errors. SQL injection attacks typically exploit vulnerabilities in how user input is handled in SQL queries, allowing attackers to manipulate the database through crafted input. Remediation efforts focus on preventing such exploitation by ensuring that user inputs are properly validated, query parameters are used securely, and database access permissions are appropriately restricted.

Implementing proper input validation helps thwart injection attempts by ensuring that input follows an expected format, effectively reducing the risk of malicious code being executed. Utilizing prepared statements safeguards against SQL injection by separating user data from SQL commands, making it impossible for attackers to alter the intended SQL query. Changing database access permissions can limit the potential impact of SQL injection by restricting what actions can be performed by the application on the database.

Decrypting the database does not directly address SQL injection vulnerabilities and is unrelated to preventing or remediating these types of attacks, which is why it is inappropriate in this context. The overarching goal of remediation in cases of SQL injection is to bolster the security and integrity of the database interactions, not to alter the confidentiality of the data itself through decryption.