![]() ![]() However, it’s 2020 and the digital landscape isn’t what it once was. Both the CPU & RAM usage will also be significantly higher when using an interpreted language. A compiled malware sample written in C might be 200 KB, while a comparable malware sample written in Python might be 20 MB after converted into an executable. Serious malware is often designed to be small, stealthy, have low memory footprint, and use limited processing power. Malware written in Python will also have adverse effects on file size, memory footprint, and processing power. However, as we’ll see in the next section, a Python program can easily be converted into a native executable using a variety of different methods. The first being that Python is required to be installed on the operating system in order to interpret and execute Python code. In comparison to a standard compiled language like C, writing malware in Python comes with a whole host of difficulties. Image Source: Stack Overflow THE TIMES THEY ARE A-CHANGIN’
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