book

ASP.NET Core Security

by Christian Wenz

July 2022

Beginner to intermediate

368 pages

9h 48m

English

Manning Publications

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prefaceacknowledgmentsabout this bookWho should read this book?How this book is organized: a roadmapAbout the codeliveBook discussion forumabout the authorabout the cover illustration
1.1 ASP.NET Core: History and options1.1.1 ASP.NET Core version history1.1.2 MVC1.1.3 Razor Pages1.1.4 Web API1.1.5 Blazor1.2 Identifying and mitigating threats1.2.1 Web application components1.2.2 Defense in depth1.3 Security-related APIs1.4 Security is importantSummary
2.1 Anatomy of a cross-site scripting attack2.2 Preventing cross-site scripting2.2.1 Understanding the same-origin policy2.2.2 Escaping HTML2.2.3 Escaping in a different context2.3 Content Security Policy2.3.1 Sample application2.3.2 How Content Security Policy works2.3.3 Refactoring applications for Content Security Policy2.3.4 Content Security Policy best practices2.3.5 Content Security Policy Level 3 features2.4 More browser safeguardsSummary
3.1 Anatomy of a session management attack3.1.1 Stealing session cookies3.1.2 Cookies and session management3.2 ASP.NET Core cookie and session settings3.3 Enforcing HTTPS3.4 Detecting session hijackingSummary

4.1 Anatomy of a cross-site request forgery attack4.2 Cross-site request forgery countermeasures4.2.1 Making the HTTP request unpredictable4.2.2 Securing the session cookie4.3 Clickjacking4.4 Cross-origin resource sharingSummary
5.1 Looking at HTTP5.2 ASP.NET Core validation5.3 Mass assignment5.4 Secure deserializationSummary
6.1 Anatomy of an SQL injection attack6.2 Prepared statements6.3 Entity Framework Core6.4 XML external entities6.5 Other injectionsSummary
7.1 On encryption7.2 Secret Manager7.3 The appsettings.json file7.4 Storing secrets in the cloud7.4.1 Storing secrets in Azure7.4.2 Storing secrets in AWS7.4.3 Storing secrets in Google Cloud7.5 Using the data protection API7.6 Storing secrets locally with BlazorSummary
8.1 From data leak to password theft8.2 Implementing password hashing8.2.1 MD5 (and why not to use it)8.2.2 PBKDF28.2.3 Argon28.2.4 scrypt8.2.5 bcrypt8.3 Analyzing ASP.NET Core templatesSummary
9.1 Hiding server information9.2 Browser security headers9.2.1 Referrer Policy9.2.2 Feature and permissions policy9.2.3 Preventing content sniffing9.2.4 Cross-origin policies9.2.5 Further headersSummary
10.1 Error pages for web applications10.1.1 Custom error pages10.1.2 Status code error pages10.2 Handling errors in APIsSummary
11.1 Health checks11.1.1 Health check setup11.1.2 Advanced heath checks11.1.3 Formatting the output11.1.4 Health checks UI11.2 Logging11.2.1 Creating log entries11.2.2 Log levels11.2.3 Log scopesSummary
12.1 ASP.NET Core Identity setup12.2 ASP.NET Core Identity fundamentals12.3 Advanced ASP.NET Core Identity features12.3.1 Password options12.3.2 Cookie options12.3.3 Locking out users12.3.4 Working with claims12.3.5 Two-factor authentication12.3.6 Authenticating with external providersSummary
13.1 Securing APIs with tokens13.2 OAuth and OpenID Connect13.2.1 OAuth vs. OpenID Connect13.2.2 OAuth flows13.3 Securing applications13.3.1 Third-party tools13.3.2 Client credentials13.3.3 Authorization code + PKCE13.3.4 SPAs and BFFSummary
14.1 Using npm audit14.2 Keeping NuGet dependencies up-to-dateSummary
15.1 Finding vulnerabilities15.2 OWASP ZAP15.3 Security Code Scan15.4 GitHub Advanced SecuritySummary
16.1 OWASP Top 1016.1.1 Top 10 creation process16.1.2 #1: Broken access control16.1.3 #2: Cryptographic failures16.1.4 #3: Injection16.1.5 #4: Insecure design16.1.6 #5: Security misconfiguration16.1.7 #6: Vulnerable and outdated components16.1.8 #7: Identification and authentication failures16.1.9 #8: Software and data integrity failures16.1.10 #9: Security logging and monitoring failures16.1.11 #10: Server-side request forgery16.2 OWASP API Top 1016.3 Other listsSummary

Content preview from ASP.NET Core Security

13 Securing APIs and single page applications

This chapter covers

Securing an API with a token
Exploring how OAuth 2.0 and OpenID Connect are related
Explaining which OAuth flow is applicable for which scenario
Using IdentityServer to protect APIs
Using the BFF pattern to protect single-page applications

Chapter 12 explained ASP.NET Core Identity, which includes full user and sign-in management. This works really well for traditional, page-based web applications. The server issues an authentication cookie, which is automatically returned to the server with each subsequent HTTP request—that’s just how cookies work. For APIs or single-page applications (SPAs), this approach is still viable, but rather uncommon. Let’s take an API, for instance. ...

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Publisher Resources

ISBN: 9781633439986Publisher Support Other Publisher Website Supplemental Content Errata Page Purchase Link