Duration: 5 days – 35 hrs
Overview
This comprehensive 5-day training course is designed to equip software developers, architects, and IT professionals with the knowledge and skills required to develop secure software. In an increasingly interconnected world, security vulnerabilities pose a significant threat. This course addresses the critical aspects of secure software development, including risk analysis, threat modeling, secure coding, testing, and incident response planning.
Objectives
- Understand Security Fundamentals: Gain a solid foundation in security principles, threats, and vulnerabilities.
- Implement Secure Development Practices: Learn how to integrate security into the software development lifecycle.
- Identify and Mitigate Risks: Develop the skills to assess and mitigate security risks effectively.
- Design and Code Securely: Create secure software through secure design and coding practices.
- Conduct Security Testing: Learn how to perform security testing and identify vulnerabilities.
- Prepare for Incidents: Develop an incident response plan and understand post-development security measures.
- Prioritize Security: Make security a priority throughout the software development process.
- Compliance and Best Practices: Understand industry standards and best practices for secure software development.
Audience
- Software Developers: These individuals are responsible for writing the actual code of software applications. They need to understand secure coding practices, common vulnerabilities, and how to prevent them.
- Software Architects: Architects design the overall structure and components of software systems. They play a crucial role in ensuring that security is integrated into the software’s architecture.
- QA/Testers: Quality assurance professionals and testers are responsible for identifying and testing potential security vulnerabilities in software. They need to know how to conduct security testing effectively.
- Project Managers: Project managers oversee the software development process. They must understand security risks and ensure that security measures are integrated into project planning and execution.
- IT and Network Administrators: Those responsible for managing the infrastructure where software is deployed need to understand security to protect software in production environments.
- Security Professionals: Security experts, including cybersecurity analysts, ethical hackers, and security consultants, often participate to enhance their knowledge of secure software development practices.
- Compliance and Risk Officers: Individuals responsible for ensuring that software development complies with regulatory requirements and mitigates organizational risks benefit from understanding secure development principles.
- Business Analysts and Product Owners: These individuals gather requirements and define the scope of software projects. They need to understand the security implications of their decisions.
- Executives and Decision-Makers: Senior management and executives should have a high-level understanding of secure software development to make informed decisions about resource allocation and risk management.
- Students and Aspiring Developers: Individuals pursuing a career in software development or cybersecurity often attend such courses to build a strong foundation in secure software development.
- Anyone Interested in Security: Security is a concern for anyone who uses or interacts with software, so individuals from various backgrounds who want to enhance their security awareness may also attend.
Prerequisites
- Basic programming knowledge in any language.
- Familiarity with software development concepts.
- Understanding of fundamental cybersecurity principles.
- Proficiency in using a computer and common software tools.
Course Content
Day 1: Secure Software Development Fundamentals
Module 1: Assets, Threats & Vulnerabilities
- Understanding software assets
- Identifying threats and vulnerabilities
- Risk assessment and analysis
Module 2: Security Risk Analysis (Business & Technical)
- Business and technical perspectives on risk
- Risk assessment methodologies
- Mitigation strategies
Module 3: Secure Development Processes
- Industry standards (e.g., MS SDL, BSI)
- Implementing secure development lifecycles
- Compliance and regulations
Module 4: Defense in Depth
- Layered security approaches
- Proactive vs. reactive security
- Security controls and mechanisms
Module 5: Approach for this Course
- Training methodology
- Course objectives and expectations
- Resources and materials
Day 2: Context for Secure Development
Module 1: Assets to be Protected
- Identifying critical assets
- Data classification
- Business impact analysis
Module 2: Threats Expected
- Understanding common threats
- External vs. internal threats
- Threat intelligence
Module 3: Security Imperatives (Internal & External)
- Regulatory compliance
- Legal and ethical considerations
- Security as a competitive advantage
Module 4: Organizational Risk Appetite
- Defining risk tolerance
- Risk appetite assessment
- Aligning with organizational goals
Module 5: Security Terminology
- Common security terminology
- Glossary of terms
- Standardized language for security discussions
Day 3: Security Requirements and Design
Module 1: Security Requirements
- Project-specific security terms
- Asset identification and classification
- Eliciting, prioritizing, and validating security requirements
Module 2: High-Level Design
- Architectural risk analysis
- Threat modeling
- Trust boundaries and security architecture
Module 3: Detail-Level Design
- Secure design principles
- Input validation techniques
- Avoiding common design pitfalls
- Memory management and secure coding practices
Day 4: Writing Secure Code
Module 1: Coding Guidelines and Standards
- Developer checklists
- Compiler security settings
- Language-specific coding standards
Module 2: Secure Coding Practices
- Input validation and output encoding
- Avoiding injection attacks
- Secure handling of authentication and authorization
- Error handling and logging
Module 3: Integer Type Selection
- Range checking and overflow prevention
- Pre/post checking for functions
- Synchronization primitives
Day 5: Testing and Making Software More Secure
Module 1: Synchronization Primitives
- Early verification and static analysis
- Unit and development team testing
- Risk-based security testing
Module 2: Testing for Software Security
- Dynamic analysis and code review with tools
- Fuzz testing and penetration testing
- Attack surface review and code audits
- Independent security reviews
Module 3: Making Software Development More Secure
- Incident response planning
- Final security review and release archive
- OS protections (ASLR, DEP, W^X)
- Monitoring and ongoing security improvement
- Process review and getting started with secure development
