What are the types of methods to prevent website hacking?

Website security issues have always been a matter of concern for website operators and developers.In the end, a website that has been hacked not only causes inconvenience to users but may also seriously affect the credibility and operational efficiency of the website.How should we do a good job in website security precautions?

Firstly, we need to understand the types of website attacks by hackers. Usually, there are the following several kinds:

1. SQL Injection

Hackers modify the SQL statements on the page to obtain data from the database, thereby gaining control over the website's data and sensitive information. This type of attack is relatively common and has significant harm.

2. Cross-Site Scripting Attack

Hackers steal or tamper with web page content by embedding malicious scripts into web pages.This type of attack method is highly harmful, it can lead to the alteration and theft of website data information.

3. Cross-Site Request Forgery Attack

Hackers attack malicious websites on the Internet by impersonating users to submit requests. This type of attack is relatively difficult, but it poses a relatively greater threat once it is successful.

Secondly, we need to understand the website protection plan provided by Anqi CMS. Anqi CMS offers various security measures to ensure that your website is not attacked by hackers. For example:

1. The built-in security mechanism of Anqi CMS provides effective preventive measures against attacks such as SQL injection.

2. The SecureCMS provides strict data validation mechanisms, rejecting invalid data to prevent XSS attacks.

3. The Anqí CMS provides multiple authentication mechanisms to intercept malicious CSRF requests and thus prevent CSRF attacks.

Ensure website security, we must not only understand common types of hacker attacks, but also take scientific and effective measures to protect our website.The Anqi CMS provides multiple security protection measures to ensure the absolute safety of your website.