From ML Foundations β Real-Time Computer Vision β AI Security Dashboard
I am building production-oriented, security-aware AI systems from the ground up.
This roadmap documents my transition from ML foundations β real-time CV β multi-module AI Security Dashboard.
| Category | Tools |
|---|---|
| Programming | |
| ML / DL | |
| CV / Vision | |
| Backend / Deployment | |
| Database | |
| Version Control |
| Month | Focus Area | Deliverable |
|---|---|---|
| 01 | π ML Foundations | ML from scratch + structured pipelines |
| 02 | βοΈ Intermediate ML | Model tuning + robustness |
| 03 | π§ Deep Learning | Real-time Face Recognition |
| 04 | π― Object Detection | Detection + Tracking System |
| 05 | π System Integration | License Plate Recognition API |
| 06 | π‘ AI Security | Multi-Module AI Dashboard |
- Advanced Python (OOP mindset)
- NumPy / Pandas
- Feature Engineering
- Logistic Regression (from scratch)
- Gradient Descent intuition
- Evaluation Metrics (Precision / Recall / F1)
- Structured data pipeline
- Manual train/test split
- Logistic Regression implementation
- Performance analysis report
- Pipeline thinking
- Mathematical ML understanding
- Metric debugging
- Cross Validation
- Hyperparameter tuning
- Regularization
- ANN (NumPy implementation)
- Introduction to ML Security: Adversarial attacks, Model robustness
- Model comparison experiments
- ANN from scratch
- Confidence threshold analysis
- Mini adversarial demo
- Overfitting detection
- Model tuning mastery
- ML attack surface awareness
Framework: PyTorch
- Tensor mechanics
- CNN architecture
- Backpropagation
- Transfer Learning
- Face embeddings
- CNN image classifier
- Real-time webcam face detection
- Face embedding + SQLite storage
- Confidence filtering logic
π₯ Real-Time Face Recognition System
- Real-time inference
- CNN optimization
- Product-level system thinking
- YOLOv8
- Bounding boxes & IoU
- Confidence scoring
- Real-time optimization
- SORT / DeepSORT tracking
- Live camera detection
- Object tracking integration
- Alert system
- Logging module
π― Real-Time Detection & Tracking System
- Industrial CV pipeline
- Multi-object tracking
- Performance optimization mindset
- OCR (Tesseract)
- ROI Cropping
- FastAPI
- REST APIs
- Docker containerization
- License plate detection
- OCR extraction
- Entry/exit time logging
- Dockerized API deployment
π Parking License Plate Recognition System
- Model + Backend integration
- Deployment architecture
- Production-level thinking
- Advanced FastAPI
- Docker Compose
- Model deployment strategies
- Suspicious input logging
- Confidence filtering
- Basic anomaly detection
- Face recognition module
- Object detection module
- License plate module
- Central logging system
- Admin dashboard interface
Camera Input β βββ Face Recognition βββ Object Detection βββ License Plate OCR β βββ Logging & Monitoring β Security Filtering β Admin Dashboard
Modern AI systems are vulnerable to:
- Adversarial examples
- Model stealing
- Data poisoning
- Confidence manipulation
This roadmap integrates security awareness from Month 2 onward.
Accuracy is not enough.
Resilience is essential.
- Weekly GitHub commits
- Monthly project release
- Clean documentation
- Metrics reporting
- Versioned milestones
ai-security-roadmap/ β βββ month1-ml-foundations/ βββ month2-ml-robustness/ βββ month3-deep-learning/ βββ month4-object-detection/ βββ month5-system-integration/ βββ month6-ai-security-dashboard/ β βββ docs/
After completing this roadmap:
- π§ Strong ML foundation
- π Advanced Computer Vision capability
- β‘ Real-time inference systems
- π³ Deployment experience
- π‘ Security-aware ML mindset
- π Multi-module AI architecture
This is not:
β βI finished an AI course.β
This is:
π βI design and deploy secure AI systems.β
This repository demonstrates:
- Mathematical ML understanding
- Real-time system engineering
- Backend integration capability
- Deployment knowledge
- Security-aware AI development
Transition from:
βAI learnerβ
To:
π‘ AI Systems Engineer (Security-Aware)