Background:
In recent years, the internet has experienced a surge in illegal activities, notably the proliferation of online illicit drug markets across digital platforms. The evolution from cryptomarkets to a social media-enabled trade has been observed, yet comprehensive information remains elusive for understanding the size, scale, and characteristics of these illicit activities.
Objectives:
This research focuses on Telegram, a privacy-oriented text messaging application known for encryption, anonymous channels, and user-friendly interface, creating an environment conducive to discreet information exchange. Despite emerging evidence suggesting its significance in drug transactions, no quantitative analysis of the platform has been undertaken. The primary objective is to systematically capture and analyze data from pivotal channels within Telegram, shedding light on the nature of the illicit drug trade.
Methods:
Our study employs systematic data capture and analysis methods, specifically targeting key channels within Telegram.
Results:
The findings of this research will contribute a quantitative understanding of Telegram's role in facilitating illicit drug activities. The results provide insights into the size, frequency, and formats of drug transactions within the platform, offering a comprehensive overview of the nature of the illicit trade.
Implications:
By delivering valuable insights into Telegram's involvement in the illicit drug trade, this study holds implications for online security and policy development. The structured analysis aids in understanding and addressing the challenges posed by the digitally enabled drug trade, providing a more informed and effective approach to understanding illicit activities on online platforms.