Abstract:
"The rise in internet usage has coincided with an increase in cyber dangers, notably the prevalent
issue of rogue URLs. These URLs are frequently used in phishing scams, malware distribution,
and other types of criminality. Because of the quickly developing nature of these threats and
the difficulty to scale efficiently to address the vast amount of URLs created everyday, current
approaches for identifying malicious URLs, such as blacklisting or rule-based systems, have
proven ineffective. As a result, there is an urgent need for a more effective, precise, and scalable
method of detecting and neutralizing the dangers posed by bad URLs.
In answer to this issue, the author has developed a sophisticated machine learning model based
on Logistic Regression and TfidfVectorizer. To categorize URLs as benign or dangerous,
Logistic Regression, a machine learning approach generally used for binary classification
issues, was applied. TfidfVectorizer, a feature extraction method that turns text data into
numerical vectors, was utilized, on the other hand, to convert the URLs into a format acceptable
for the Logistic Regression model. This approach provides a score to each token in the URL,
depending on its frequency in the URL and rarity in the total dataset. The model was trained
on a huge dataset of URLs that had been categorized as benign or dangerous.
The model's performance was evaluated using essential data science metrics for binary
classification tasks, such as accuracy, precision, recall, and the F1 score. Testing was carried
out on a different dataset from the training set. The model demonstrated good accuracy,
indicating its ability to accurately categorize URLs. Precision was also high, indicating a low
proportion of false positives, and the model's ability to catch the bulk of dangerous URLs was
supported by a high recall score. The F1 score, which is a harmonic mean of accuracy and
recall, attested to the model's solid performance even further. This novel way to detecting
fraudulent URLs marks a big leap in the world of cybersecurity."
