Overview
The Secure Developer – Core Learning Path introduces application security’s fundamental and primary drivers. The curriculum provides individuals with an understanding of the importance of secure software development while preparing them to perform at the organizational level. Learners will gain in-depth knowledge of security principles, attacks, tools, and processes to develop secure software. By introducing the OWASP Top 10, learners are prepared to identify the most critical web application security risks, appropriately address those vulnerabilities, and prevent software flaws that enable cyberattacks.
Upon successful completion of this path, you will have the knowledge and skills to:
- Define the value of having secure applications
- Integrate secure software development practices into all phases of the software development lifecycle
- Explain the anatomy of an application attack
- Apply best practices to protect all components of the software
- Identify and mitigate the most common application security risks
- Implement a security strategy based on your organization’s risk
- Produce well-secured software
NOTE: This Learning Path is considered principal to all Elite Secure Developer Learning Paths. Learn and Skill labs are elective training modules that help transform concepts into tangible skills through hands-on, realistic examples of real-world threat scenarios.
Courses
- AWA 101 – Fundamentals of Application Security
- AWA 102 – Secure Software Concepts
- COD 102 – The Role of Software Security
- COD 103 – Creating Software Security Requirements
- COD 104 – Designing Secure Software
- COD 105 – Secure Software Development
- COD 106 – The Importance of Software Integration and Testing
- COD 107 – Secure Software Deployment
- COD 108 – Software Operations and Maintenance
- DES 232 – Mitigating OWASP 2021 Injection
- DES 233 – Mitigating OWASP 2021 Identification and Authentication Failures
- DES 234 – Mitigating OWASP 2021 Cryptographic Failures
- DES 235 – Mitigating OWASP 2021 Insecure Design
- DES 236 – Mitigating OWASP 2021 Broken Access Control
- DES 237 – Mitigating OWASP 2021 Security Misconfiguration
- DES 238 – Mitigating OWASP 2021 Server-Side Request Forgery (SSRF)
- DES 239 – Mitigating OWASP 2021 Software and Data Integrity Failures
- DES 240 – Mitigating OWASP 2021 Vulnerable and Outdated Components
- DES 241 – Mitigating OWASP 2021 Security Logging and Monitoring Failures
- LAB 101 – Identifying Broken Access Control Vulnerabilities
- LAB 103 – Identifying Broken User Authentication Vulnerabilities
- LAB 106 – Identifying Cross-Site Scripting Vulnerabilities
- LAB 107 – Identifying Injection Vulnerabilities
- LAB 109 – Identifying Security Misconfiguration Vulnerabilities
- LAB 110 – Identifying Sensitive Data Exposure Vulnerability Identification
- LAB 113 – Identifying Cryptographic Failures
- LAB 115 – Identifying Reflective XSS
- LAB 119 – Identifying Persistent XSS
- LAB 120 – Identifying XML Injection
- LAB 121 – Identifying Vulnerable and Outdate Components
- LAB 127 – Identifying Security Logging and Monitoring Failures
- LAB 129 – Identifying Error Message Containing Sensitive Information
- LAB 133 – Identifying Exposure of Sensitive Information Through Environmental Variables (NEW)
Overview
The Secure Developer – Advanced Learning Path explores different models, standards, frameworks, and security concepts that you can use to understand security issues and improve the security posture of your applications. The curriculum provides individuals with an understanding of how to ensure security is part of software design. Learners will gain in-depth knowledge of security practices that must be considered within every phase of the development lifecycle to help secure software applications and data. By introducing the DevSecOps philosophies, learners are prepared to focus on time saving but effective techniques that maximize security resources all while shortening system development lifecycles and providing continuous delivery of high-quality software.
Upon successful completion of this path, you will have the knowledge and skills to:
- Use NIST and MITRE ATT&CK security frameworks to identify and categorize potential threats
- Identify and apply relevant cryptographic technologies to secure applications and data
- Apply techniques to remove architecture weak spots and avoid vulnerability propagation
- Implement a zero-trust architecture
- Create a threat model for application scenarios
- Manage identities, privileges, and secrets securely
- Understand, create, and articulate security requirements as part of a software requirement document
- Determine which types of automated tests should be performed at various stages of the SDLC
NOTE: This Learning Path is considered principal to all Elite Secure Developer Learning Paths. Learn and Skill labs are elective training modules that help transform concepts into tangible skills through hands-on, realistic examples of real-world threat scenarios.
Courses
- CYB 250 – Cyber Threat Hunting: Tactics, Techniques, and Procedures (TTP)
- CYB 310 – Using Cyber Supply Chain Risk Management(C-SCRM) to Mitigate Threats to IT/OT
- DES 204 – The Role of Cryptography in Application Development
- DES 212 – Architecture Risk Analysis and Remediation
- DES 311 – Creating Secure Application Architecture
- DSO 212 – Fundamentals of Zero Trust Security
- DSO 302 – Automated Security Testing
- DSO 307 – Secure Secrets Management
- ENG 205 – Fundamentals of Threat Modeling
- ENG 211 – How to Create Application Security Design Requirements
- ENG 212 – Implementing Secure Software Operations
- ENG 312 – How to Perform a Security Code Review
- ENG 320 – Using the Software Composition Analysis (SCA) to Secure Open Source Components
Overview
The Elite Secure Developer – Node.js Learning Path includes various security courses to manage the data interchange between the server and users securely. The curriculum path provides a solid foundation of security features necessary to code defensively for this JavaScript run-time environment. The Elite Secure Developer – Node.js Learning Path equips developers with the knowledge and skills to manage:
- Node.js based services
- Web libraries, frameworks, and the whole web stack
- Protecting data using secure coding best practices
NOTE: Secure Developer – Core and Advanced Learning paths are considered principal to all Elite Secure Developer Learning Paths. All Learn and Skill labs are elective training modules that help transform concepts into tangible skills through hands-on, realistic examples of real-world threat scenarios.
Courses
- COD 258 – Creating Secure PHP Web Applications
- COD 259 – Node.js Threats and Vulnerabilities
- COD 308 – Common ASP.NET Vulnerabilities and Attacks
- COD 309 – Securing ASP.NET MVC Applications
- LAB 213 – Defending Node.js Applications Against Credentials in Code Medium
- LAB 217 – Defending Node.js Applications Against Business Logic Error for Input Validation
- LAB 222 – Defending Python Applications Against SQL Injection
- LAB 223 – Defending Node.js Applications Against SQL Injection
- LAB 226 – Defending Node.js Applications Against Forceful Browsing
- LAB 231 – Defending Python Applications Against XSS
- LAB 233 – Defending Node.js Applications Against XSS
- LAB 242 – Defending Node.js Against eXternal XML Entity (XXE) Vulnerabilities
- LAB 243 – Defending Python Against eXternal XML Entity (XXE) Vulnerabilities
- LAB 245 – Defending Node.js Applications Against Plaintext Password Storage
- LAB 246 – Defending Node.js Applications Against Weak AES ECB Mode Encryption
- LAB 247 – Defending Node.js Applications Against Weak PRNG
- LAB 248 – Defending Node.js Applications Against Parameter Tampering
- LAB 249 – Defending Python Applications Against Plaintext Password Storage
- LAB 252 – Defending Against Weak AES ECB Mode Encryption (Python)
- LAB 253 – Defending Python Applications Against Weak PRNG
- LAB 254 – Defending Python Applications Against Parameter Tampering
- LAB 261 – Defending Against Sensitive Information in Error Messages (Python)
- LAB 262 – Defending Node.js Applications Against Sensitive Information in Error Messages
- LAB 264 – Defending Against Sensitive Information in Log Files Python
- LAB 265 – Defending Node.js Applications Against Sensitive Information in Log Files
- LAB 268 – Defending Against Deserialization of Untrusted Data Python
- LAB 269 – Defending Node.js Applications Against Deserialization of Untrusted Data
- LAB 272 – Defending Against SSRF Python
- LAB 273 – Defending Node.js Applications Against SSRF
- LAB 276 – Defending Python Applications Against Command Injection
- LAB 277 – Defending Node.js Applications Against Command Injection
- LAB 280 – Defending Python Applications Against Dangerous File Upload
- LAB 281 – Defending Node.js Applications Against Dangerous File Upload
- LAB 284 – Defending Python Applications Against RegEx DoS
- LAB 285 – Defending Node.js Applications Against RegEx DoS
Overview
Learning paths may include elective course content that is not required to complete SI-CSC certification exams successfully. These additional courses are suggested based on alignment with the National Initiative for Cybersecurity Education (NICE) Cybersecurity Workforce Framework. To understand how courses map to this framework, please contact us.
Courses
- COD 241 – Creating Secure Oracle Database Applications
- COD 251 – Defending AJAX-enabled Web Applications
- COD 255 – Creating Secure Code – Web API Foundations
- COD 256 – Creating Secure Code – Ruby on Rail Foundations
- COD 257 – Creating Secure Python Web Applications
- COD 285 – Developing Secure Angular Applications
- COD 352 – Creating Secure JavaScript and jQuery Code
- COD 361 – HTML5 Secure Threats
- COD 362 – HTML5 Built-In Security Features
- COD 363 – Securing HTML5 Data
- COD 364 – Security HTML5 Connectivity
- DES 101 – Fundamentals of Secure Architecture
- DES 207 – Mitigating OWASP API Security Top 10
- DES 219 – Securing Google’s Firebase Platform
- DSO 304 – Securing API Gateways in a DevSecOps Framework
- LAB 102 – Identifying Broken Object-Level Authorization Vulnerabilities
- LAB 104 – Identifying Business Logic Flaw Vulnerabilities
- LAB 105 – Identifying Credential Dumping Vulnerabilities
- LAB 108 – Identifying Reverse Engineering Vulnerabilities
- LAB 111 – Identifying Server-Side Request Forgery
- LAB 114 – Identifying Cookie Tampering
- LAB 116 – Identifying Forceful Browsing
- LAB 117 – Identifying Hidden Form Field
- LAB 118 – Identifying Weak File Upload Validation
- LAB 122 – Identifying Insecure APIs
- LAB 123 – Identifying Vertical Privilege Escalation
- LAB 124 – Identifying Horizontal Privilege Escalation
- LAB 125 – Identifying Buffer Overflow
- LAB 126 – Identifying Information Leakage
- LAB 128 – Identifying Unverified Password Change
- LAB 130 – Identifying Generation of Predictable Numbers or Identifiers
- LAB 131 – Identifying Improper Restriction of XML External Entity Reference
- LAB 132 – Identifying Exposed Services
- LAB 134 – Identifying Plaintext Storage of a Password
- LAB 135 – Identifying URL Redirection to Untrusted Site
- LAB 136 – Identifying Improper Neutralization of Script in Attributes in a Web Page
- LAB 310 – ATT&CK: File and Directory Permissions Modification
- LAB 311 – ATT&CK: File and Directory Discovery
- LAB 315 – ATT&CK: Updating Vulnerable Java Web Application Server Software
- LAB 321 – ATT&CK: Password Cracking
- LAB 322 – ATT&CK: Exploiting Windows File Sharing Server with External Remote Services
- LAB 323 – ATT&CK: Exploiting Vulnerable Java Web Application Server Software
- LAB 324 – ATT&CK: Exploiting Java Web Application Server Misconfiguration
- LAB 330 – ATT&CK: Exploiting Java SQL Injection to Extract Password Hashes
- LAB 331 – ATT&CK: Network Service Discovery
- LAB 332 – ATT&CK: Network Share Discovery
- LAB 334 – ATT&CK: Create Account
- LAB 335 – ATT&CK: Unsecured Credentials
- LAB 336 – ATT&CK Data from Local System
- LAB 337 – ATT&CK Valid Accounts
- SDT 301 – Testing for Injection
- SDT 303 – Testing for Cryptographic Failures
- SDT 306 – Testing for Security Misconfiguration
Learning Path Details
Number of Courses: 4
Number of Labs: 31
Total Duration: 8 hours
Total CPE Credits: 9