Cyber-Security-DeepDive is a community-driven repository focused on hands-on cybersecurity and cloud security projects. It serves as a learning hub for security professionals, and engineers looking to build real-world security knowledge and prepare for technical interviews.
SecuCloud/
│── projects/ # Hands-on security projects
│ ├── azure-security/ # Microsoft Azure security projects
│ ├── aws-security/ # AWS security projects
│ ├── gcp-security/ # Google Cloud security projects
│ ├── dlp/ # Data Loss Prevention (DLP) projects
│ ├── firewall-security/ # Firewall configurations and security use cases
│── docs/ # Documentation & research
│ ├── how-to-guides/ # Step-by-step guides for various security topics
│ ├── best-practices/ # Security best practices
│ ├── threat-modeling/ # Threat modeling resources
│ ├── cheat-sheets/ # Quick security reference sheets
│── resources/ # Useful tools, scripts, and links
│ ├── security-tools/ # Open-source security tools
│ ├── learning-materials/ # Curated list of books, courses, and blogs
│── community/ # Collaboration & contribution guidelines
│ ├── CONTRIBUTING.md # Guidelines for contributors
│ ├── CODE_OF_CONDUCT.md # Community rules and ethics
│── README.md # Main repo documentation
│── LICENSE # Open-source license (MIT, Apache, etc.)
- Real-World Hands-On Learning: Practical security projects covering cloud, DevSecOps, SOC, and AI security.
- Interview Readiness: Projects and case studies to help prepare for security-focused job interviews using the STAR method.
- Focused Learning: Covering Azure Security, AWS Security, GCP Security, DLP, Firewalls, and other key security technologies.
- Collaboration & Contribution: Security professionals share experiences, research, and projects.
🔹 Azure Security: Implementing Microsoft Defender, Sentinel, and Zero Trust in Azure, ....
🔹 AWS Security: Setting up IAM, Security Hub, and threat detection in AWS, ....
🔹 GCP Security: Configuring security controls in Google Cloud.
🔹 DLP: Implementing Data Loss Prevention strategies across cloud providers.
🔹 Network Security: Implementing network security with Firewalls.
🔹 Firewall Security: Designing and implementing firewall policies for cloud and hybrid environments.
Each project should be structured using the STAR method (Situation, Task, Action, Result) to ensure clarity and alignment with real-world security challenges.
Each project should be documented as follows:
- Situation: Describe the real-world security challenge or problem being addressed.
- Task: Define the specific security-related goal or objective to be achieved.
- Action: Detail the step-by-step process used to solve the problem, including tools, configurations, and techniques.
- Result: Explain the outcome, lessons learned, and potential improvements.
Example STAR Format:
- Situation: A financial services company faced unauthorized access attempts on its Azure environment.
- Task: Implement a Zero Trust model using Azure security controls.
- Action: Configured Conditional Access, enabled Microsoft Defender for Cloud, and implemented Just-In-Time (JIT) access.
- Result: Unauthorized access attempts were mitigated, and access policies were enforced dynamically.
All contributors should ensure their projects follow this structured format to maintain consistency and maximize learning value.
- Explore Projects: Browse the
/projects/directory and pick a topic of interest. - Contribute: Fork the repo, create a branch, and submit a pull request.
- Join the Community: Collaborate on security research and hands-on labs.
Currently, two contributors are managing the repository. As the project grows, we aim to expand collaboration. Check the CONTRIBUTING.md file for guidelines.
This project is licensed under the MIT License.