Safety of Web Applications Risks, Encryption and Handling Vulnerabilities with PHP
Langue : Anglais
Safety of Web Applications: Risks, Encryption and Handling Vulnerabilities with PHP explores many areas that can help computer science students and developers integrate security into their applications. The Internet is not secure, but it's very friendly as a tool for storing and manipulating data. Customer confidence in Internet software is based on it's ability to prevent damage and attacks, but secure software is complicated, depending on several factors, including good risk estimation, good code architecture, cyphering, web server configuration, coding to prevent the most common attacks, and identification and rights allocation.
1. Why Do Web Applications Need to be Secure?
2. Estimating Risk
3. Encryption and Web Server Configuration
4. Threats and Protecting Against Them
5. Managing User Logins and Assigning Permissions
6. Using the MVC Model to Structure the Application
7. Implementing a Suitable Technical Platform and Testing the Application
2. Estimating Risk
3. Encryption and Web Server Configuration
4. Threats and Protecting Against Them
5. Managing User Logins and Assigning Permissions
6. Using the MVC Model to Structure the Application
7. Implementing a Suitable Technical Platform and Testing the Application
Developers juniors, computer students
All persons which want to introduce security in software development (PHP or other)
All persons which want to introduce security in software development (PHP or other)
Eric Quinton works in Data Base management at IRSTEA. He was a Computer Manager at DRAF Acquitaine. His work focuses on project management, computing, JavaScript, Linux, PHP, SQL
- Helps computer science students and developers integrate security into their applications
- Includes sections on risk estimate, MVC modeling, the cyphering (certificates, bi-keys, https protocol)
Date de parution : 04-2017
Ouvrage de 224 p.
15x22.8 cm
Thèmes de Safety of Web Applications :
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