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Secure Coding with C++ Training

  • Training Duration:
  • 3 Days
  • Training Environment:
  • On-site at the Institution
  • In DVA Classrooms
  • Online
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About the Training

Secure Coding with C++ Training

Secure Coding with C++ Training is of paramount importance. This training aims to enhance software security. Participants will learn secure coding techniques and explore the security features of the C++ language. This knowledge plays a crucial role in preventing security vulnerabilities.

The training focuses on recognizing security vulnerabilities. Participants will learn about the most common security flaws and discover how to identify them. This process ensures that software becomes more secure.

Secure coding practice is a cornerstone of this training. Participants will specialize in topics such as memory management and error handling, which are particularly important in C++ programming. Secure coding protects software from unwanted behaviors.

The training emphasizes secure coding standards and guidelines. Participants will learn to write code that complies with industry standards. These standards are essential at every stage of the software development process, and they also facilitate the maintenance and updating of code.

Secure Coding with C++ Training includes practical applications. Participants will work on real-world scenarios, which helps reinforce theoretical knowledge and develop secure coding skills. These skills provide a significant advantage in the careers of software developers.

In conclusion, this training makes a substantial contribution to software security. Participants will learn to write secure code in C++, protecting their software from security threats. By the end of the training, participants will feel confident in secure coding, enabling them to elevate security standards in their software projects.

What Will You Learn?

 
  • Principles of Secure Coding: You can learn the essential principles required for writing secure code, including topics such as input validation, the use of virtual machines, and the utilization of open-source software.
  • Secure Coding Techniques: Discover how to make your code secure, including techniques to protect against threats like buffer overflows, SQL injection, and cross-site scripting.
  • Tools for Secure Coding: Gain knowledge about the tools you can use to write secure code, including memory leak detectors and secure code analysis tools.
  • Standards for Secure Coding: Learn about secure coding standards and how to apply them effectively in your projects. These topics are provided as examples, and each training program may cover different subjects and details. However, these subjects generally form the core content of Secure Coding with C++ training.

Prerequisites

 
  • Programming Experience: The Secure Coding with C++ training requires a basic understanding of the C++ programming language. A foundational knowledge of C++ is considered a prerequisite.
  • Programming Practice: In addition to theoretical knowledge of programming, you are expected to have practical experience in applying this knowledge. This practical understanding is also considered a prerequisite.
  • Operating System and Software: You need to be able to use the operating system and software tools required by the training program. For instance, the training program may require an Integrated Development Environment (IDE) for secure coding with C++. These prerequisites are provided as a general example, and different training programs may have varying requirements. Before enrolling in a training program, it is advisable to obtain information about the prerequisites from the organization offering the course.

Who Should Attend?

 
  • C++ Programmers: The training will help C++ programmers enhance their secure coding skills.
  • Security Experts: The training will aid security experts in developing their secure coding abilities using C++.
  • Information Security Professionals: The training will support information security professionals in improving their secure coding skills with C++.
  • Anyone Interested: Anyone with an interest in programming and security can benefit from Secure Coding with C++ training. This list is provided as a general example, and the suitability of each training program may vary based on the professional experience and skills of the participants. It is recommended to choose the program that best fits your needs before enrolling.

Outline

Security 
  • Types of attacks: denial of service and data mining
  • Vectors of attack: network, libraries, malware
  • Defense in depth
  • Classification of security flaws
  • What Could Possibly Go Wrong?
    • Always ask: what happens if this fails?
    • What happens if the application crashes?
    • What happens if an exception is thrown?
    • Network problems?
    • Operating system crashes?
    • Protections failure (firewall, physical security, etc)
    • What about programs launched from the application?
    • Where does the application fail to?
    • Fail securely
Coding Vulnerabilities 
  • Input validation: XML injection, SQL injection, path traversal, log forging
  • Race Conditions: time-of-check to time-of-use. memory corruption
  • Time and state
  • Variable parameters
  • Error and exception handling
  • Automatic and controlled data conversions
  • Memory locking, threads, and semaphores
  • File Handling
  • Cryptography
    • Symmetric-key
    • Asymmetric-key
    • Hashing
    • The dependency of randomization
    • Password and key management
    • Passwords and keys in memory
Client Authentication 
  • Web – basic
  • Web – digest
  • Biometrics
  • Cryptographic
  • Two-factor authentication
  • Data Overflow
    • Buffer overflow
    • Array indexing
    • Stack overflow & Stack smashing
    • Overflow and index on the heap and the stack
Security Design Principles 
  • Fail-safes
  • Mediation: did the data change since last checked?
  • Separation of privileges
  • Least privilege
  • Psychological Acceptability
  • CERT and Design Principles
    • CERT C++ coding standards
    • Addressing CERT requirements
    • Object-oriented design principles and design patterns
    • Testing, unit testing, and test-driven-development
Intel Architecture 
  • Processors, registers, memory
  • Function calling conventions
  • Stack frame & non-executable (NX) memory areas
  • Recursion
  • Address space layout randomization
Third-Party Code 
  • Any code that is not your own, including other internal groups
  • Package management
  • Vetting third-party code: source, reverse compilers
  • Monitoring network connections

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