Title
How to Avoid Writing Insecure Code
Best ways to prevent coding mistakes that hackers abuse

What you will learn
Sharpen secure coding skills with coding exercises in C#, Javascript, Python and Java.
The recurring security pitfalls that developers fall into
Manageable and practical root causes of many famous software weaknesses
Ability to map security bugs to specific coding patterns in your software
Reflexive security questions you should ask during coding
Secure and insecure ways of validating the input
Get familiar with infamous security bugs; XXE, Session Puzzling, Mass Assignment, XSS, Directory Traversal, IDOR, Prompt Injection and more
Why take this course?
🔐 Master Secure Coding with "How to Avoid Writing Insecure Code" 🚀
Course Headline: Best ways to prevent coding mistakes that hackers abuse
Course Description:
Embark on a transformative journey into the world of secure software development with our comprehensive course, "How to Avoid Writing Insecure Code." This training is meticulously designed to deliver secure coding practices through a lens that breaks down common security pitfalls into digestible and actionable insights. It's tailored for both seasoned developers and newcomers to the field of cybersecurity, ensuring everyone from hardcore coders to IT analysts can grasp the essentials of writing robust, secure code.
Why Secure Coding?
Security should not be an afterthought but an integral part of any software development lifecycle. As software evolves over time, maintaining its security becomes a daunting task. Despite the plethora of security tools and methodologies available, a significant number of applications continue to harbor critical security vulnerabilities. These often stem from common coding mistakes or "anti-patterns" that we'll explore in this course.
Key Takeaways:
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Understanding Anti-Patterns: Learn what anti-patterns are and how they lead to insecure software, causing headaches for both developers and security professionals alike.
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Spaghetti Code Explained: Discover the dangers of Spaghetti Code and why maintaining modularity and structure in your code is crucial for both functionality and security.
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Common Security Mistakes: Identify the eight core anti-patterns that are most likely to compromise your software's integrity, and understand their deadly consequences.
Course Structure:
Each lesson in this course will follow a structured format to ensure you can easily identify key points and apply them to your coding practices:
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Introduction to Anti-Patterns: Gain insight into what anti-patterns are and how they relate to security vulnerabilities.
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Spaghetti Code: Learn why Spaghetti Code is problematic and the importance of a modular design.
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Core Anti-Patterns Explored: Dive deep into each of the eight core mistakes, understanding their causes and implications.
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Demos of Going Wrong: See real-world examples of what happens when these anti-patterns are implemented.
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Solutions and Best Practices: Explore the best strategies to counteract each anti-pattern, ensuring your code is secure against hackers.
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Join Our Community of Secure Coders:
By the end of this course, you'll have a solid understanding of how to avoid writing insecure code and how to maintain robust security practices throughout the software development lifecycle. You'll join a community of developers who are committed to writing secure, efficient, and maintainable code.
🌐 Enroll now and take the first step towards becoming a champion of secure coding! 🚀
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Our review
Course Review for: "Secure Coding Essentials with Practical Exercises"
Global Course Rating: 4.38
Overview
This course has received high praise from recent students, with a consensus that it is well-organized and accessible. It focuses on introducing basic coding security concepts, making developers more aware of the importance of secure coding practices. The instruction is thorough and informative, although some students pointed out room for improvement in the delivery style.
Pros
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Comprehensive Content: The course provides a comprehensive overview of coding security essentials, covering a wide array of topics that are critical for developers to understand.
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Educational Quality: The content is described as rigorously prepared, offering a significant learning opportunity for those interested in security within their code.
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Clear Explanations: The instructor's explanations are reported to be clear and effective, particularly when it comes to illuminating areas where mistakes may occur. Language barriers do not seem to hinder the understanding of the material.
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Real-World Examples: The course includes practical examples that help students grasp how security issues can arise in real-world coding scenarios.
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Ease of Understanding: For many students, the training is well-articulated, making complex concepts easy to follow. This was highlighted by a student who noted that the instructor's approach helped them understand the material more easily.
Cons
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Delivery Style: Some students found the instructor's delivery method to be somewhat scripted and less natural than it could be. Others, however, acknowledged the instructor's good command of English and suggested that a more natural explanation would enhance the learning experience.
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Course Engagement: A few students felt the course was not as engaging due to a consistent tone throughout or lackluster presentation. This could impact the overall interest and motivation of learners.
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Language Challenges: One student noted that the inclusion of various programming languages may be overwhelming, especially for those who do not master all of them.
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Assessment and Certification: There was a concern regarding the challenges being mandatory at the expense of obtainable certificates upon completing all quizzes.
Suggestions for Improvement
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Dynamic Delivery: To improve engagement, it is recommended that the instructor delivers the course in a more lively and natural manner, even though their English skills are commendable.
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Optional Languages: Consider making programming language sections optional to accommodate students with different levels of proficiency.
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Revised Assessment Methods: Adjusting the assessment requirements to focus less on language mastery and more on understanding and applying secure coding principles could be beneficial. Additionally, it would be advisable to reconsider the certification process to ensure it is attainable upon successful completion of all quizzes.
Final Thoughts
Overall, "Secure Coding Essentials with Practical Exercises" seems to be a valuable course for developers looking to enhance their security knowledge. With some enhancements in presentation and course structure, it has the potential to be an even more impactful learning experience. The course's strong foundation in content and practical application is evident from the positive feedback received, making it a worthwhile investment of time for aspiring developers.
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