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Safety of web applications = risks, ...

Quinton, Éric,

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Safety of web applications = risks, encryption and handling vulnerabilities with PHP /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Safety of web applications/ Éric Quinton.
Reminder of title:	risks, encryption and handling vulnerabilities with PHP /
Author:	Quinton, Éric,
Published:	London :ISTE Press ; : 2017.,
Description:	1 online resource :ill.
[NT 15003449]:	Front Cover -- Safety of Web Applications: Risks, Encryption and Handling Vulnerabilities with PHP -- Copyright -- Contents -- Preface -- 1. Why Do Web Applications Need to be Secure? -- 1.1. What is a web application? -- 1.2. What is computer security? -- 1.3. Examples of damage caused by security failures -- 2. Estimating Risk -- 2.1. What is risk? -- 2.2. How can we protect ourselves from risk? -- 2.3. Determining the target -- 2.4. Determining the impact -- 2.5. Which causes or scenarios should be considered? -- 2.6. How should this study be performed in a company setting? -- 3. Encryption and Web Server Configuration -- 3.1. Examples of different web servers -- 3.2. Introduction to concepts in encryption -- 3.3. Generating and managing encryption certificates -- 3.4. Implementing the HTTPS protocol -- 3.5. Improving the security of the Apache server -- 3.6. In summary -- 4. Threats and Protecting Against Them -- 4.1. The threats associated with web-based environments -- 4.2. The top 10 most frequent attacks in 2013 -- 4.3. Other countermeasures -- 4.4. Implementing a resource controller -- 5. Managing User Logins and Assigning Permissions -- 5.1. Managing user logins -- 5.2. Managing permissions -- 5.3. In summary -- 6. Using the MVC Model to Structure the Application -- 6.1. Why does the application structure matter? -- 6.2. What is the MVC model? -- 6.3. Conclusion -- 7. Implementing a Suitable Technical Platform and Testing the Application -- 7.1. Designing a suitable technical architecture -- 7.2. Testing the security of the application -- 7.3. What options do we have if implementing security measures for an application seems an impossible task? -- Bibliography -- Index -- Back Cover.
Subject:	Computer networks - Security measures. -
Online resource:	https://www.sciencedirect.com/science/book/9781785482281
ISBN:	9780081023624 (electronic bk.)

Safety of web applications = risks, encryption and handling vulnerabilities with PHP /
Quinton, Éric,

Safety of web applicationsrisks, encryption and handling vulnerabilities with PHP /[electronic resource] :Éric Quinton. - London :ISTE Press ;2017. - 1 online resource :ill. - Computer engineering. - Computer engineering series (London, England).

Includes bibliographical references and index.

Front Cover -- Safety of Web Applications: Risks, Encryption and Handling Vulnerabilities with PHP -- Copyright -- Contents -- Preface -- 1. Why Do Web Applications Need to be Secure? -- 1.1. What is a web application? -- 1.2. What is computer security? -- 1.3. Examples of damage caused by security failures -- 2. Estimating Risk -- 2.1. What is risk? -- 2.2. How can we protect ourselves from risk? -- 2.3. Determining the target -- 2.4. Determining the impact -- 2.5. Which causes or scenarios should be considered? -- 2.6. How should this study be performed in a company setting? -- 3. Encryption and Web Server Configuration -- 3.1. Examples of different web servers -- 3.2. Introduction to concepts in encryption -- 3.3. Generating and managing encryption certificates -- 3.4. Implementing the HTTPS protocol -- 3.5. Improving the security of the Apache server -- 3.6. In summary -- 4. Threats and Protecting Against Them -- 4.1. The threats associated with web-based environments -- 4.2. The top 10 most frequent attacks in 2013 -- 4.3. Other countermeasures -- 4.4. Implementing a resource controller -- 5. Managing User Logins and Assigning Permissions -- 5.1. Managing user logins -- 5.2. Managing permissions -- 5.3. In summary -- 6. Using the MVC Model to Structure the Application -- 6.1. Why does the application structure matter? -- 6.2. What is the MVC model? -- 6.3. Conclusion -- 7. Implementing a Suitable Technical Platform and Testing the Application -- 7.1. Designing a suitable technical architecture -- 7.2. Testing the security of the application -- 7.3. What options do we have if implementing security measures for an application seems an impossible task? -- Bibliography -- Index -- Back Cover.

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.

ISBN: 9780081023624 (electronic bk.)

LCCN: 2017275380Subjects--Topical Terms:

579161
Computer networks
--Security measures.Index Terms--Genre/Form:

542853
Electronic books.

LC Class. No.: TK5105.59

Dewey Class. No.: 005.8

Safety of web applications = risks, encryption and handling vulnerabilities with PHP /
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245 1 0 $a Safety of web applications $h [electronic resource] : $b risks, encryption and handling vulnerabilities with PHP / $c Éric Quinton.
260 $a London : $b ISTE Press ; $a Oxford : $b Elsevier, $c 2017.
300 $a 1 online resource : $b ill.
490 1 $a Computer engineering
504 $a Includes bibliographical references and index.
505 0 $a Front Cover -- Safety of Web Applications: Risks, Encryption and Handling Vulnerabilities with PHP -- Copyright -- Contents -- Preface -- 1. Why Do Web Applications Need to be Secure? -- 1.1. What is a web application? -- 1.2. What is computer security? -- 1.3. Examples of damage caused by security failures -- 2. Estimating Risk -- 2.1. What is risk? -- 2.2. How can we protect ourselves from risk? -- 2.3. Determining the target -- 2.4. Determining the impact -- 2.5. Which causes or scenarios should be considered? -- 2.6. How should this study be performed in a company setting? -- 3. Encryption and Web Server Configuration -- 3.1. Examples of different web servers -- 3.2. Introduction to concepts in encryption -- 3.3. Generating and managing encryption certificates -- 3.4. Implementing the HTTPS protocol -- 3.5. Improving the security of the Apache server -- 3.6. In summary -- 4. Threats and Protecting Against Them -- 4.1. The threats associated with web-based environments -- 4.2. The top 10 most frequent attacks in 2013 -- 4.3. Other countermeasures -- 4.4. Implementing a resource controller -- 5. Managing User Logins and Assigning Permissions -- 5.1. Managing user logins -- 5.2. Managing permissions -- 5.3. In summary -- 6. Using the MVC Model to Structure the Application -- 6.1. Why does the application structure matter? -- 6.2. What is the MVC model? -- 6.3. Conclusion -- 7. Implementing a Suitable Technical Platform and Testing the Application -- 7.1. Designing a suitable technical architecture -- 7.2. Testing the security of the application -- 7.3. What options do we have if implementing security measures for an application seems an impossible task? -- Bibliography -- Index -- Back Cover.
520 $a 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.
650 0 $a Computer networks $x Security measures. $3 579161
650 0 $a Web sites $x Security measures. $3 542677
650 0 $a PHP (Computer program language) $3 624145
650 7 $a COMPUTERS $x Security $x Networking. $2 bisacsh $3 3508467
655 0 $a Electronic books. $2 lcsh $3 542853
830 0 $a Computer engineering series (London, England) $3 2148402
856 4 0 $u https://www.sciencedirect.com/science/book/9781785482281