The best protection to prevent an SQL injection attack would be Option A: Input Validation.

Here's why:

1. Input Validation: This is the process of ensuring an application is rendering the correct data and preventing malicious data from doing harm to the site, database, and users. SQL injection attacks occur when an attacker is able to insert a series of SQL statements into a 'query' by manipulating user input data. Input validation prevents this by verifying user input against expected patterns.

2. Buffer Overflow (Option B): This is a type of cyber attack that involves overloading a network buffer with too much data, which can then allow an attacker to control or crash the target system. This is not specifically related to SQL injection attacks.

3. Lateral Movement (Option C): This refers to techniques that cyber attackers use to progressively move through a network, searching for targeted key data and assets. While it's a serious security concern, it's not directly related to preventing SQL injection attacks.

4. XML Filtering (Option D): This is a process used to inspect and manipulate XML data as it's being processed. While it can help to secure web services and protect against certain types of attacks, it's not specifically designed to prevent SQL injection attacks.

So, the

Question

The best protection to prevent an SQL injection attack would be Option A: Input Validation.

Here's why:

1. Input Validation: This is the process of ensuring an application is rendering the correct data and preventing malicious data from doing harm to the site, database, and users. SQL injection attacks occur when an attacker is able to insert a series of SQL statements into a 'query' by manipulating user input data. Input validation prevents this by verifying user input against expected patterns.

2. Buffer Overflow (Option B): This is a type of cyber attack that involves overloading a network buffer with too much data, which can then allow an attacker to control or crash the target system. This is not specifically related to SQL injection attacks.

3. Lateral Movement (Option C): This refers to techniques that cyber attackers use to progressively move through a network, searching for targeted key data and assets. While it's a serious security concern, it's not directly related to preventing SQL injection attacks.

4. XML Filtering (Option D): This is a process used to inspect and manipulate XML data as it's being processed. While it can help to secure web services and protect against certain types of attacks, it's not specifically designed to prevent SQL injection attacks.

So, the

Knowee AI · Accepted Answer

The best protection to prevent an SQL injection attack would be Option A: Input Validation.

Here's why:

1. Input Validation: This is the process of ensuring an application is rendering the correct data and preventing malicious data from doing harm to the site, database, and users. SQL injection attacks occur when an attacker is able to insert a series of SQL statements into a 'query' by manipulating user input data. Input validation prevents this by verifying user input against expected patterns.

2. Buffer Overflow (Option B): This is a type of cyber attack that involves overloading a network buffer with too much data, which can then allow an attacker to control or crash the target system. This is not specifically related to SQL injection attacks.

3. Lateral Movement (Option C): This refers to techniques that cyber attackers use to progressively move through a network, searching for targeted key data and assets. While it's a serious security concern, it's not directly related to preventing SQL injection attacks.

4. XML Filtering (Option D): This is a process used to inspect and manipulate XML data as it's being processed. While it can help to secure web services and protect against certain types of attacks, it's not specifically designed to prevent SQL injection attacks.

So, the

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