Create README.md

This mock case study of a malicious file upload and web shell planting attack illustrates the anatomy of a modern application-layer intrusion and its full lifecycle across investigation, containment, and remediation.
It highlights several critical real-world principles:
Weak application-layer controls — like poor file upload validation — are still primary footholds for attackers.
Server-layer compromise often stems from overlooked permissions and lack of application hardening.
Memory and runtime forensics become essential when active exploitation is suspected, not just disk-based analysis.
Cross-referencing host, network, and application layers builds a complete, defensible investigation timeline.
Early detection through proper logging, WAF alerts, and triage frameworks dramatically reduces attacker dwell time.
This project demonstrates a practical example of how cybersecurity triage frameworks, system anatomy understanding, and disciplined investigation flow allow security professionals to respond systematically — not chaotically — under real-world attack conditions.
The methodology used here deliberately bridges theoretical exam preparation (e.g., CySA+) with real-world investigative logic, preparing practitioners for both technical interviews and operational roles.

Author: Compcode1

README.md

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+This mock case study of a malicious file upload and web shell planting attack illustrates the anatomy of a modern application-layer intrusion and its full lifecycle across investigation, containment, and remediation.
+It highlights several critical real-world principles:
+Weak application-layer controls — like poor file upload validation — are still primary footholds for attackers.
+Server-layer compromise often stems from overlooked permissions and lack of application hardening.
+Memory and runtime forensics become essential when active exploitation is suspected, not just disk-based analysis.
+Cross-referencing host, network, and application layers builds a complete, defensible investigation timeline.
+Early detection through proper logging, WAF alerts, and triage frameworks dramatically reduces attacker dwell time.
+This project demonstrates a practical example of how cybersecurity triage frameworks, system anatomy understanding, and disciplined investigation flow allow security professionals to respond systematically — not chaotically — under real-world attack conditions.
+The methodology used here deliberately bridges theoretical exam preparation (e.g., CySA+) with real-world investigative logic, preparing practitioners for both technical interviews and operational roles.
+