Data Of Year 2020 to 2024 From Imported From Kaggle Dataset
This project analyzes global changes in cybercrime regulation frameworks between 2020 and 2024 using structured data analysis techniques.
The goal is to extract policy-level insights that demonstrate real-world analytical thinking suitable for data analyst / cybersecurity internships.
- Measure country-level regulatory improvement
- Compare progress across regions
- Analyze performance by income level
- Identify convergence trends
- Detect extreme reform outliers
Country-level comparison between 2020 and 2024.
Key Columns
score_2020,score_2024score_changepercent_changeregionincome_level
Year-wise regulation scores for longitudinal validation.
Key Columns
yearcybercrime_regulation_scoreregionincome_level
- Replaced infinite percentage values (
inf) with valid numeric values - Validated score change consistency
- Handled missing values
- Ensured dataset alignment between country and year-level data
- Descriptive statistics
- Country-level ranking
- Regional aggregation
- Income-level comparison
- Distribution analysis
- Correlation analysis
- Convergence trend analysis
Low-income countries show higher percentage growth but remain at lower absolute regulation scores, indicating early-stage regulatory development rather than maturity.
Regions with historically strong governance frameworks (e.g., Europe) show slower growth, primarily due to already high baseline regulation scores.
A strong negative correlation between initial (2020) scores and improvement suggests that lower-scoring countries are improving faster, pointing toward global regulatory convergence.
A small subset of countries demonstrates extreme regulation acceleration, making them potential policy case studies for rapid institutional reform.
All finalized visualizations are stored in the visuals/ directory:
- Regional improvement bar charts
- Income-level distribution boxplots
- Correlation heatmaps
- Convergence scatter plots
Each visualization is exported as a high-resolution PNG (300 DPI).
Cybercrime-Regulation-Analysis/ │ ├── Data/ │ ├── cybercrime_regulation_change_20.csv │ ├── global_cybercrime_regulation_in.csv │ ├── Notebook/ │ └── analysis.ipynb │ ├── visuals/ │ ├── region_barplot.png │ ├── income_boxplot.png │ ├── correlation_heatmap.png │ ├── README.md
- Python
- Pandas
- NumPy
- Matplotlib
- Seaborn
- Regression modeling for prediction
- Z-score based outlier detection
- Time-series trend extension
- Policy effectiveness benchmarking
This project demonstrates:
- Structured analytical thinking
- Clean data handling
- Insight-driven storytelling
- Portfolio-ready visualization standards
Designed to reflect real data analyst workflows, not academic exercises.