🕶️ Cybercrime and Hacking Study 💻🔒

📄 Overview

Hacking has become a major societal issue since the advent of technology. 🌐 Cybercrime impacts multiple aspects of life and has widespread consequences. This study aims to educate society on hacking, its effects, and ways to reduce its prevalence. 🚨

🔍 Key Questions

1. 🛠️ What are the types of hacking?
2. 🤔 How does hacking affect society?
3. 🔐 How can hacking be minimized?

💡 Conclusion:

• Malware (viruses, Trojans, ransomware) is the most common form of hacking.
• Hacking has both positive and negative effects, but its overall societal impact is negative.
• 🔑 Two-factor authentication can reduce hacking by 99%!

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🚀 Key Findings

• 🛡️ Types of Hacking: Malware (viruses, Trojans, ransomware) dominates hacking methods.
• 🌍 Impact on Society: Significant economic losses and psychological distress for victims, including anxiety and anger.
• 🔐 Minimizing Hacking: Two-factor authentication and regular device updates are effective solutions.

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📊 Research Methodology

The study was conducted using quantitative methods based on secondary data from certified studies. Analysis explored:

• ✅ Types of hacking.
• 🌟 Impact on society.
• 🔧 Effective solutions to minimize hacking.

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🗂️ Structure of the Study

1️⃣ Introduction

• 🔒 Significance: Hacking threatens personal and organizational security.
• ⚠️ Problem Summary: Cyberattacks, particularly ransomware, are rising globally and in Puerto Rico.
• 🚨 Problem Statement: Insufficient awareness exists regarding the dangers of hacking and how to protect against it.

2️⃣ Literature Review

• 🕵️‍♂️ Cybercriminals: Skilled hackers exploiting vulnerabilities for personal gain.
• 💸 Economic Impact: Billions lost annually to cybercrime globally.
• 🧠 Victims: Psychological and emotional distress caused by hacking.
• 🛡️ Prevention: Strong cybersecurity measures, such as two-factor authentication, are critical.

3️⃣ Methods

• 🌐 Data Collection: Secondary data from reliable sources.
• 🔍 Data Analysis: Quantitative analysis to explore the relationships between hacking and societal impact.

4️⃣ Conclusion

• 💡 Educating society, using advanced security measures, and staying updated with technology are key to minimizing hacking.
• 🔑 Two-factor authentication can prevent most hacking attempts!

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🔮 Future Research

The study opens avenues for further exploration, such as:

• 🌟 The impact of cryptocurrency on hacking methods.
• 🚀 Emerging technologies to fight cybercrime.
• 🕵️ Strategies to minimize hacker groups.

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⚠️ Limitations and Challenges

Challenges encountered during the research include:

• 📉 Limited data on cybercrime victims in specific regions (e.g., Puerto Rico).
• ❓ Reliability of secondary data and honesty in survey responses.

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📚 References

• 📜 Mayer, 2021: FBI efforts to combat cybercrime.
• 📊 Kaspersky, 2022: Cybercrime statistics and ransomware impact.
• 🧠 Palassis, Speelman, Pookley, 2021: Psychological effects of cybercrime on victims.

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🤝 Contributing

Would you like to contribute or improve this study? Feel free to open a pull request or submit an issue. 💡

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📜 License

This project is licensed under the MIT License. For more details, check the LICENSE file.

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👤 About the Author

This project was developed by Genesis M. Ojeda, a passionate programmer and designer with a strong interest in emerging technologies such as quantum computing and Artificial Intelligence. 🎓 With experience in programming and data analysis, I aim to contribute to innovative solutions addressing the technological challenges of the future.

📫 Contact:

• ✉️ Email: genesisojeda@ojedatech.com
• 💼 LinkedIn: Génesis M. Ojeda
• 🐙 GitHub: DevQueenPR

Thank you for reading and exploring this project! 🚀