Eight tips for web Data Security Protection in the Internet Age

If we call it the computer age in the early 20th century, it will undoubtedly enter the Internet era. Computers, as the initial terminal of the network architecture, have been gradually replaced by new terminals. Although the network still needs terminals, the importance of the network seems to be far greater than that of terminals in this era. However, whether it is a network or a terminal, information security is of the greatest concern in the information age. Therefore, when people's data centers are moving towards the network, security protection must keep up with this step.

Eight tips for WEB Protection: Three-dimensional Network Protection

For any project, the initial stage is critical for delivering secure applications. Proper security requirements may lead to correct security design.

1. Authentication and password management

This is mainly a one-time activity and completed only as part of the project. Some may ask questions related to authentication and password management:

Password Policy: prevents dictionary attacks related to user creden.

Password hash algorithm: it is also important to use an appropriate encryption algorithm to encrypt passwords.

Password Reset Mechanism: to prevent hackers from modifying or intercepting passwords, the reset mechanism is critical.

2. Authentication and role management

When analyzing project security issues, you need to confirm all key features and who can access these features with authorization. This helps identify different roles and enable access control.

3. Audit log records

It is important to ask and confirm all the key services related to the attacks that have occurred because these attacks have a significant impact on the Enterprise. Enterprises should be able to analyze audit log records related to these businesses.

4. Third-party Component Analysis

It is also important to ask and analyze whether a company must use third-party components. On this basis, enterprises analyze known vulnerabilities related to these components and make appropriate suggestions.

5. Input data verification and Purification

It is important to ask and understand and analyze the attributes of input data and plan data verification and purification. This operation is mainly related to cross-site scripting. Data verification and purification can also help avoid the large-scale occurrence of SQL injection.

6. Encryption and key management

This is to analyze whether there are businesses that need to ensure their security, and whether these businesses need a handshake mechanism (before processing the business, this mechanism can be implemented using multiple technologies related to public key or private key exchange ).

7. source code integrity:

This is a one-time activity and must be completed at the beginning of the project. This will help in the following two aspects:

The source code should be stored in a control warehouse with good security and robust authentication and Role-Based Access Control under the principle of "Least Privilege. You should also pay attention to issues related to source code libraries and related tools.

In addition, during code development and transmission, you can analyze the tool issues related to source code containers and code protection issues.

8. source code management.

Discussing source code review policies is a key issue, as this approach requires automated and manual code checks, in addition, the overall project time will be affected to a certain extent (the code check time and the repair time for the check comments are required ). This is a one-time activity and should be completed at the beginning of the project.

Encryption is not once mentioned. encryption is the core protection in the Data age.

From the above eight tips, we can see that although it is a network-based protection method, many of them have seen encryption protection more than once. As a result, we can know that although we are protecting the network, the topic of protection is still the value data that "Travels" over the network. Encryption technology is the best choice for data source protection. In order to meet the diverse protection requirements and security environment at the network layer, adopting advanced multi-mode encryption technology is undoubtedly the best choice.

Multi-Mode encryption technology combines symmetric and asymmetric algorithms to ensure the quality of data source protection, its multi-mode features allow users to choose their own encryption mode to respond to various protection requirements more flexibly.

From terminal protection to network protection, data is experiencing various security crises. However, as the value of data continues to increase, we still need to pay attention to the protection of data sources. No matter how the environment and protection policies change, protection close to the data core is always the most effective, for this reason, it is the best choice for individuals, enterprises, and even countries to adopt flexible and targeted encryption software for data security protection!