SEC522: Application Security: Securing Web Applications, APIs, and Microservices Expert - Led Video Course
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Lesson 1: Introduction to Application Security
1.1 Overview of Application Security
1.2 Importance of Securing Applications
1.3 Evolution of Web Application Threats
1.4 Common Attack Vectors
1.5 Security Principles in Application Development
1.6 Role of Standards and Frameworks
1.7 Security vs Usability
1.8 Regulatory Compliance
1.9 Security in SDLC
1.10 Recent Security Breaches and Lessons Learned
Lesson 2: The OWASP Top 10 Overview
2.1 Introduction to OWASP
2.2 OWASP Top 10 Historical Perspective
2.3 Injection Attacks
2.4 Broken Authentication
2.5 Sensitive Data Exposure
2.6 XML External Entities (XXE)
2.7 Broken Access Control
2.8 Security Misconfiguration
2.9 Cross-Site Scripting (XSS)
2.10 Insecure Deserialization
Lesson 3: Secure Software Development Lifecycle (SSDLC)
3.1 SSDLC Overview
3.2 Security in Requirement Analysis
3.3 Threat Modeling
3.4 Secure Design Principles
3.5 Secure Coding Practices
3.6 Security Testing in SDLC
3.7 Secure Deployment
3.8 Post-Deployment Monitoring
3.9 Incident Response Planning
3.10 Training and Awareness for Developers
Lesson 4: Authentication Mechanisms
4.1 Authentication Concepts
4.2 Password-Based Authentication
4.3 Multi-Factor Authentication (MFA)
4.4 OAuth and OpenID Connect
4.5 SAML Overview
4.6 Session Management
4.7 Token-Based Authentication
4.8 Brute Force Protection
4.9 Password Storage Best Practices
4.10 Common Authentication Pitfalls
Lesson 5: Authorization and Access Control
5.1 Authorization Fundamentals
5.2 Access Control Models (DAC, MAC, RBAC, ABAC)
5.3 Role-Based Access Control (RBAC)
5.4 Attribute-Based Access Control (ABAC)
5.5 Enforcing Least Privilege
5.6 Insecure Direct Object References (IDOR)
5.7 Broken Access Control Attacks
5.8 Testing Access Controls
5.9 Access Control in APIs
5.10 Auditing and Logging Access
Lesson 6: Secure Session Management
6.1 Session Management Concepts
6.2 Secure Cookie Practices
6.3 Session Token Generation
6.4 Session Fixation Attacks
6.5 Session Timeout Policies
6.6 Secure Session Storage
6.7 CSRF Tokens and Protection
6.8 Logout Mechanisms
6.9 Session Hijacking Prevention
6.10 Secure Transport of Session Data
Lesson 7: Input Validation and Data Sanitization
7.1 Input Validation Principles
7.2 Client-Side vs Server-Side Validation
7.3 Whitelisting vs Blacklisting
7.4 Common Input Validation Flaws
7.5 Data Encoding and Escaping
7.6 Injection Attack Prevention
7.7 File Upload Security
7.8 Regular Expression Pitfalls
7.9 Validating Structured Data (JSON, XML)
7.10 Logging and Alerting on Invalid Inputs
Lesson 8: Cryptography in Web Applications
8.1 Cryptographic Principles
8.2 Symmetric vs Asymmetric Encryption
8.3 Common Cryptographic Algorithms
8.4 Secure Key Management
8.5 Data-at-Rest Encryption
8.6 Data-in-Transit Encryption
8.7 Using TLS/SSL Correctly
8.8 Hashing Passwords
8.9 Common Cryptographic Mistakes
8.10 Cryptography Libraries and APIs
Lesson 9: Secure Coding Practices
9.1 Secure Coding Guidelines
9.2 Common Coding Vulnerabilities
9.3 Defensive Programming
9.4 Code Reviews for Security
9.5 Using Safe APIs
9.6 Error Handling and Security
9.7 Avoiding Hardcoded Secrets
9.8 Secure Use of Third-Party Libraries
9.9 Dependency Management
9.10 Secure Logging and Monitoring
Lesson 10: Secure File Handling
10.1 File Upload Security
10.2 File Download Security
10.3 Validating File Types and Extensions
10.4 Preventing Directory Traversal
10.5 Secure Temporary Files
10.6 Handling Large Files
10.7 Managing File Permissions
10.8 Storing Sensitive Files
10.9 File Encryption
10.10 Logging File Operations
Lesson 11: Cross-Site Scripting (XSS)
11.1 XSS Overview
11.2 Types of XSS (Reflected, Stored, DOM-based)
11.3 XSS Attack Vectors
11.4 Input Validation and Output Encoding
11.5 Content Security Policy (CSP)
11.6 Escaping User Input
11.7 Preventing DOM-based XSS
11.8 Testing for XSS
11.9 XSS in APIs
11.10 Mitigation Best Practices
Lesson 12: SQL Injection and Other Injection Attacks
12.1 SQL Injection Fundamentals
12.2 Command Injection
12.3 LDAP Injection
12.4 NoSQL Injection
12.5 Preventing Injection Attacks
12.6 Use of Prepared Statements
12.7 Input Validation for Injection Prevention
12.8 Detecting Injection Vulnerabilities
12.9 Injection Attack Case Studies
12.10 Injection in ORM and NoSQL Systems
Lesson 13: Security Headers and Browser Protections
13.1 HTTP Security Headers Overview
13.2 Content Security Policy (CSP)
13.3 X-Frame-Options
13.4 X-Content-Type-Options
13.5 Strict-Transport-Security (HSTS)
13.6 Referrer-Policy
13.7 Permissions-Policy
13.8 Feature-Policy
13.9 Implementing Security Headers
13.10 Testing Security Headers
Lesson 14: Secure API Design
14.1 API Security Principles
14.2 REST vs SOAP Security
14.3 API Authentication
14.4 API Authorization
14.5 API Rate Limiting
14.6 Input Validation in APIs
14.7 Protecting Sensitive Data in APIs
14.8 API Versioning and Deprecation
14.9 Logging and Monitoring APIs
14.10 Secure API Documentation Practices
Lesson 15: OAuth 2.0 and OpenID Connect Security
15.1 OAuth 2.0 Overview
15.2 OpenID Connect Fundamentals
15.3 Grant Types and Security Implications
15.4 Secure Token Storage
15.5 Token Expiry and Revocation
15.6 Preventing Token Leakage
15.7 PKCE Extension
15.8 OAuth Scopes and Permissions
15.9 Security Best Practices for OAuth
15.10 Common OAuth Vulnerabilities
Lesson 16: Securing Microservices Architectures
16.1 Microservices Security Overview
16.2 Service-to-Service Authentication
16.3 API Gateway Security
16.4 Service Mesh Security
16.5 Data Protection in Microservices
16.6 Secure Inter-Service Communication
16.7 Managing Secrets in Microservices
16.8 Least Privilege in Microservices
16.9 Monitoring and Logging in Microservices
16.10 Secure Deployment of Microservices
Lesson 17: Secure DevOps and CI/CD
17.1 DevSecOps Fundamentals
17.2 Integrating Security into CI/CD
17.3 Automated Security Testing
17.4 Secure Build Pipelines
17.5 Secrets Management in CI/CD
17.6 Container Security
17.7 Dependency Scanning
17.8 Infrastructure as Code Security
17.9 Monitoring and Alerting
17.10 Metrics and KPIs for DevSecOps
Lesson 18: Web Application Firewalls (WAF)
18.1 WAF Overview
18.2 WAF Deployment Models
18.3 WAF Rule Sets
18.4 Tuning and Customizing WAFs
18.5 Detecting Attacks with WAFs
18.6 WAF Limitations
18.7 Integrating WAF with Applications
18.8 WAF Logging and Incident Response
18.9 Bypassing WAFs
18.10 Best Practices for WAF Management
Lesson 19: Security Monitoring and Incident Response
19.1 Security Monitoring Fundamentals
19.2 Log Collection and Analysis
19.3 Detecting Application Attacks
19.4 Security Information and Event Management (SIEM)
19.5 Incident Response Planning
19.6 Forensic Analysis of Web Attacks
19.7 Real-time Alerting
19.8 Integration with SOC
19.9 Post-Incident Recovery
19.10 Lessons Learned and Improvement
Lesson 20: Secure Cloud Application Architectures
20.1 Cloud Security Principles
20.2 Shared Responsibility Model
20.3 Secure Cloud Storage
20.4 Identity and Access Management in Cloud
20.5 Securing Cloud APIs
20.6 Protecting Data in Cloud
20.7 Cloud Configuration Management
20.8 Monitoring Cloud Applications
20.9 Cloud Compliance and Governance
20.10 Cloud Security Best Practices
Lesson 21: Mobile Application Security
21.1 Mobile App Security Basics
21.2 Mobile Threat Landscape
21.3 Secure Data Storage on Mobile
21.4 Secure Network Communication
21.5 Mobile Authentication
21.6 Protecting Sensitive Data
21.7 Code Obfuscation
21.8 Mobile App Testing
21.9 Mobile API Security
21.10 App Store Security Requirements
Lesson 22: Secure Use of Open Source Components
22.1 Open Source Risk Assessment
22.2 Dependency Management Tools
22.3 Vulnerability Scanning
22.4 Patch Management
22.5 License Compliance
22.6 Third-Party Component Security
22.7 Updating and Replacing Components
22.8 Supply Chain Attacks
22.9 Monitoring Open Source Risks
22.10 Best Practices for Open Source Security
Lesson 23: Security Testing and Vulnerability Assessment
23.1 Security Testing Overview
23.2 Static Application Security Testing (SAST)
23.3 Dynamic Application Security Testing (DAST)
23.4 Interactive Application Security Testing (IAST)
23.5 Penetration Testing
23.6 Vulnerability Scanning
23.7 Fuzz Testing
23.8 Manual Code Review
23.9 Reporting and Triaging Vulnerabilities
23.10 Remediation and Retesting
Lesson 24: Secure Configuration Management
24.1 Secure Configuration Principles
24.2 Configuration Files Security
24.3 Environment Variables
24.4 Secrets Management
24.5 Hardening Default Settings
24.6 Security Baselines
24.7 Configuration Drift Detection
24.8 Automated Configuration Management Tools
24.9 Change Management
24.10 Configuration Review and Auditing
Lesson 25: Secure Data Storage and Transmission
25.1 Data Classification
25.2 Encrypting Data-at-Rest
25.3 Encrypting Data-in-Transit
25.4 Secure Backup and Recovery
25.5 Database Security
25.6 Key Management
25.7 Protecting Sensitive Data Fields
25.8 Data Retention Policies
25.9 Secure Data Disposal
25.10 Data Loss Prevention (DLP)
Lesson 26: Business Logic Security
26.1 Business Logic Attack Overview
26.2 Identifying Business Logic Flaws
26.3 Preventing Logic Abuse
26.4 Protection Against Automated Attacks
26.5 Rate Limiting and Throttling
26.6 Anti-Automation Controls
26.7 Logic Testing Techniques
26.8 Case Studies of Logic Attacks
26.9 Monitoring for Business Logic Abuse
26.10 Business Logic Security Best Practices
Lesson 27: Secure Frontend Development
27.1 Secure JavaScript Coding
27.2 Preventing DOM-based Attacks
27.3 Secure Use of Frameworks (React, Angular, Vue)
27.4 Client-Side Storage Security
27.5 Cross-Origin Resource Sharing (CORS)
27.6 Content Security Policy (CSP) for Frontend
27.7 Secure Handling of User Input
27.8 Secure AJAX and Fetch Calls
27.9 Preventing Clickjacking
27.10 Frontend Security Tools
Lesson 28: Security in Single Page Applications (SPAs)
28.1 SPA Security Challenges
28.2 Authentication in SPAs
28.3 Secure Routing
28.4 Managing Tokens in SPAs
28.5 Preventing XSS in SPAs
28.6 Protecting Sensitive Data in SPAs
28.7 Secure State Management
28.8 CORS and SPAs
28.9 Security Testing of SPAs
28.10 SPA Security Best Practices
Lesson 29: Secure Use of Cookies and Local Storage
29.1 Cookie Security Attributes
29.2 Secure and HttpOnly Flags
29.3 SameSite Attribute
29.4 Cookie Scope and Path
29.5 Storing Tokens Securely
29.6 Risks of Local Storage
29.7 Mitigating Local Storage Attacks
29.8 Preventing CSRF with Cookies
29.9 Secure Cookie Lifecycle
29.10 Cookie Policy Management
Lesson 30: Security in WebSockets and Real-Time Applications
30.1 Introduction to WebSockets
30.2 WebSocket Handshake Security
30.3 Authentication in WebSockets
30.4 Secure Data Transmission
30.5 Preventing WebSocket Abuse
30.6 Logging WebSocket Activity
30.7 Encryption for WebSockets
30.8 Monitoring WebSocket Traffic
30.9 Cross-Origin WebSocket Attacks
30.10 WebSocket Security Best Practices
Lesson 31: XML and JSON Security
31.1 XML Security Risks
31.2 Preventing XML External Entity (XXE) Attacks
31.3 Secure XML Parsing
31.4 JSON Security Considerations
31.5 Preventing JSON Injection
31.6 Secure Serialization and Deserialization
31.7 XML Encryption and Signing
31.8 JSON Web Tokens (JWT) Security
31.9 Data Injection in Structured Formats
31.10 Testing XML/JSON Security
Lesson 32: Server-Side Request Forgery (SSRF)
32.1 SSRF Overview
32.2 SSRF Attack Scenarios
32.3 Protecting Internal Resources
32.4 Input Validation for SSRF
32.5 Network Segmentation
32.6 SSRF in Cloud Environments
32.7 Monitoring for SSRF Attacks
32.8 SSRF Testing Techniques
32.9 SSRF Case Studies
32.10 SSRF Mitigation Best Practices
Lesson 33: Security Logging and Auditing
33.1 Logging Security Principles
33.2 What to Log in Web Applications
33.3 Protecting Log Integrity
33.4 Sensitive Data in Logs
33.5 Securing Log Storage
33.6 Real-time Log Monitoring
33.7 Compliance Logging Requirements
33.8 Detecting Anomalies via Logs
33.9 Log Retention Policies
33.10 Auditing and Reviewing Logs
Lesson 34: Security in Third-Party Integrations
34.1 Risks of Third-Party Integrations
34.2 Assessing Third-Party Vendors
34.3 Contractual Security Clauses
34.4 API Security for Integrations
34.5 Managing Third-Party Credentials
34.6 Monitoring Third-Party Activity
34.7 Secure Data Sharing
34.8 Incident Response for Third-Party Breaches
34.9 Regular Security Reviews
34.10 Third-Party Risk Management Best Practices
Lesson 35: Application Layer DoS and DDoS Protection
35.1 DoS vs DDoS Overview
35.2 Application Layer Attack Techniques
35.3 Detecting and Mitigating DoS Attacks
35.4 Rate Limiting
35.5 CAPTCHA and User Verification
35.6 Bot Detection
35.7 Cloud-based DDoS Protection
35.8 Secure Resource Allocation
35.9 Incident Response for DoS
35.10 DoS/DDoS Testing and Drills
Lesson 36: Secure API Gateway Deployment
36.1 API Gateway Security Overview
36.2 Authentication and Authorization at Gateway
36.3 Rate Limiting and Throttling
36.4 Content Filtering
36.5 API Gateway Logging
36.6 Input Validation at Gateway
36.7 Enforcing Secure Protocols
36.8 Gateway Configuration Security
36.9 Monitoring and Alerting
36.10 Best Practices for API Gateways
Lesson 37: Security in GraphQL APIs
37.1 GraphQL API Security Challenges
37.2 Input Validation in GraphQL
37.3 Preventing Over-Querying
37.4 Authorization in GraphQL
37.5 Error Handling and Information Disclosure
37.6 Implementing Depth Limiting
37.7 Logging and Monitoring
37.8 Preventing Injection Attacks
37.9 Secure GraphQL Endpoint Configuration
37.10 GraphQL Security Best Practices
Lesson 38: Securing Serverless Applications
38.1 Serverless Architecture Overview
38.2 Attack Surface in Serverless
38.3 Secure Function Permissions
38.4 Input Validation in Serverless
38.5 Managing Secrets
38.6 Monitoring and Logging in Serverless
38.7 Dependency Management
38.8 Securing Event Triggers
38.9 Data Leakage Prevention
38.10 Serverless Security Best Practices
Lesson 39: Secure Containerized Applications
39.1 Container Security Basics
39.2 Secure Container Images
39.3 Image Scanning
39.4 Runtime Security
39.5 Secrets Management in Containers
39.6 Network Security for Containers
39.7 Orchestration Security (Kubernetes)
39.8 Logging and Monitoring
39.9 Patch Management
39.10 Container Security Best Practices
Lesson 40: Security Policy and Governance
40.1 Security Policy Fundamentals
40.2 Creating Application Security Policies
40.3 Policy Enforcement Mechanisms
40.4 Security Governance Frameworks
40.5 Compliance Requirements
40.6 Policy Review and Updates
40.7 Security Awareness Training
40.8 Incident Reporting Policies
40.9 Vendor and Third-Party Policies
40.10 Measuring Policy Effectiveness
Lesson 41: Secure Error Handling and Information Disclosure
41.1 Error Handling Principles
41.2 Preventing Sensitive Data Exposure
41.3 Custom Error Pages
41.4 Logging Errors Securely
41.5 Avoiding Stack Traces in Responses
41.6 Handling Exceptions in Code
41.7 Error Monitoring Tools
41.8 Protecting Debug Endpoints
41.9 Security Testing for Error Handling
41.10 Best Practices for Error Reporting
Lesson 42: Security in Payment Processing Applications
42.1 Payment Application Security Requirements
42.2 PCI DSS Compliance
42.3 Secure Payment APIs
42.4 Tokenization
42.5 Encryption in Payment Processing
42.6 Secure Handling of Card Data
42.7 Payment Fraud Detection
42.8 Logging and Monitoring Transactions
42.9 Secure Third-Party Payment Integrations
42.10 Incident Management in Payment Systems
Lesson 43: Security in Healthcare Web Applications
43.1 Healthcare Application Threats
43.2 HIPAA Compliance
43.3 Protecting Health Information (PHI)
43.4 Secure User Authentication
43.5 Data Transmission Security
43.6 Audit Trails and Logging
43.7 Access Control for Medical Data
43.8 Secure Integration with Medical Devices
43.9 Security Testing for Healthcare Apps
43.10 Incident Response in Healthcare Contexts
Lesson 44: Security in E-commerce Applications
44.1 E-commerce Security Challenges
44.2 Secure Payment Processing
44.3 Protecting Customer Data
44.4 Fraud Prevention Techniques
44.5 Secure Shopping Cart Design
44.6 Authentication and Account Security
44.7 Input Validation in E-commerce
44.8 Logging and Monitoring Transactions
44.9 Regulatory Compliance
44.10 Incident Response for E-commerce Attacks
Lesson 45: Insider Threats in Application Security
45.1 Understanding Insider Threats
45.2 Common Insider Attack Scenarios
45.3 Access Control for Insider Threats
45.4 Monitoring Insider Activity
45.5 Least Privilege Enforcement
45.6 Data Loss Prevention (DLP)
45.7 Insider Threat Response Plans
45.8 Security Training for Employees
45.9 Legal and Regulatory Considerations
45.10 Case Studies of Insider Attacks
Lesson 46: Secure Application Deployment
46.1 Secure Deployment Processes
46.2 Deployment Automation Security
46.3 Environment Configuration
46.4 Secrets Management During Deployment
46.5 Code Signing and Verification
46.6 Rollback and Recovery Plans
46.7 Post-Deployment Security Checks
46.8 Monitoring Deployed Applications
46.9 Secure Deployment in Cloud
46.10 Deployment Documentation and Auditing
Lesson 47: Privacy by Design in Web Applications
47.1 Privacy Principles
47.2 Data Minimization
47.3 Consent Management
47.4 Secure Data Collection
47.5 User Rights Management
47.6 GDPR and Other Regulations
47.7 Privacy Impact Assessments
47.8 Secure Anonymization Techniques
47.9 Monitoring Privacy Compliance
47.10 Privacy Incident Response
Lesson 48: Threat Modeling and Risk Assessment
48.1 Introduction to Threat Modeling
48.2 STRIDE Framework
48.3 Attack Trees
48.4 Identifying Assets and Threats
48.5 Assessing Risk Levels
48.6 Threat Modeling Tools
48.7 Integrating Threat Modeling in SDLC
48.8 Documenting Threat Models
48.9 Mitigating Identified Risks
48.10 Reviewing and Updating Threat Models
Lesson 49: Secure Application Maintenance and Patch Management
49.1 Importance of Patch Management
49.2 Vulnerability Identification
49.3 Patch Deployment Processes
49.4 Testing Patches
49.5 Rollback Procedures
49.6 Automating Patch Management
49.7 Monitoring Patch Status
49.8 Communicating Patch Requirements
49.9 Third-Party Patch Management
49.10 Patch Management Metrics
Lesson 50: Emerging Trends in Application Security
50.1 Zero Trust Architecture
50.2 API Security Trends
50.3 AI and Machine Learning in Security
50.4 Secure Edge Computing
50.5 Quantum Computing Implications
50.6 Privacy Enhancing Technologies
50.7 DevSecOps Automation
50.8 Security for IoT Applications
50.9 Future Regulatory Trends
50.10 Preparing for Next-Generation Threats