Customer Story Presentations

Slide 1 — Title Web Application Firewall (WAF) & Reverse Proxy System A Secure Network Protection System using Python & FastAPI Prepared by: Your Name Slide 2 — Introduction Web applications today face continuous cyber threats such as SQL Injection, XSS, and DoS attacks. This project aims to design and implement a Web Application Firewall (WAF) that acts as a Reverse Proxy to inspect, filter, and block malicious HTTP requests before they reach the backend server. Slide 3 — Problem Statement Modern web applications often lack a centralized security layer, making them vulnerable to: Injection attacks (SQLi, XSS) Path traversal attacks High traffic overload (DoS) Unauthorized access attempts Therefore, a real-time protective system is required. Slide 4 — Literature Review Existing solutions such as commercial WAFs (Cloudflare, Imperva, F5) provide: Signature-based detection Rate limiting Traffic filtering However, many systems are: Expensive Not customizable Closed-source This project aims to build a lightweight and customizable WAF with similar core functionalities. Slide 5 — Methods The system is built using the following approach: Rule-Based Detection using Regex patterns IP Reputation Tracking system Rate Limiting for DoS protection Reverse Proxy request forwarding Real-time logging and monitoring Each request is analyzed before being forwarded. Slide 6 — System Overview The system consists of: Client Request Layer WAF Reverse Proxy Security Engine (SQLi, XSS detection) Rate Limiter (DoS protection) IP Intelligence System Backend Server Flow: Client → WAF → Security Check → Allow/Block → Backend Slide 7 — Implementation Key technologies used: Python (FastAPI) for backend MySQL for logging and IP intelligence Regex-based attack detection Tailwind CSS for dashboard UI Chart.js for visualization Slide 8 — Results The system successfully: Detects and blocks common attacks Limits excessive requests (DoS) Tracks malicious IP behavior Provides real-time monitoring dashboard Slide 9 — Discussion The system demonstrates that a lightweight WAF can provide effective protection using: Rule-based detection Traffic monitoring IP reputation scoring However, improvements are needed for: Advanced evasion techniques Machine learning integration Distributed deployment Slide 10 — Conclusion This project successfully implements a functional Web Application Firewall that enhances application security by acting as a protective reverse proxy. It provides: Real-time attack detection DoS mitigation Centralized security monitoring Slide 11 — Q&A Thank you for your attention. Any questions?

12-slide training and onboarding presentation: welcome and agenda, learning objectives, company/team overview and culture, tool and system walkthrough, key processes and workflows, best practices and tips, common mistakes to avoid, hands-on exercise or case study, resources and documentation links, knowledge check questions, next steps and milestones, Q&A. Professional with clear takeaways on each slide.

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