The purpose of this tool is to detect process name impersonation using Damerau-Levenshtein algorithm. For example, a malware process could run under the name chr0me (note the 0 not o), thus observing that it's a possibly malicious process becomes harder.

To detect a process that tries to become stealth by process name impersonation, bonomen reads all the running processes on your system and compares their names with the processes(that you) provided in a file.

The processes you trust should be included in a file provided to bonomen at runtime with -f command line option, otherwise bonomen searches for the default file default_procs.txt. Every process should be written on a separate line, following the format:

process name;threshold;executable path

where:

process name - is the name of the process you trust, for example init

threshold - is the maximum distance between process names, for example between chrome and chr0me the distance is 1.

executable path - is the path to the executable of the process you trust, for example /sbin/init. This is used to check for processes that may be whitelisted.

In the root directory, for

• release version, run:

cargo build --release

• debug version, run:

cargo build

The compiled executable will be in target\{release|debug}\

• Unix OS (developed and tested on Debian GNU/Linux 8 64-bit).

• Windows OS (developed and tested on Windows 10 64-bit).

• Rust programming language version >= 1.13.0

• File containing system critical processes using the following format:

  process name;threshold;process executable absolute path
  

  Example:

  init;1;/sbin/init
  sshd;2;/usr/sbin/sshd
  

• Damerau-Levenshtein distance

• Rust Docs

• Rust IRC #rust, especially to @retep998 and @DoumanAsh for helping with Windows support, @mbrubeck, @steveklabnik, @Quxxy, @Havvy. Thank you!

• Detect-Respond blog The implementation idea came from this article. Thank you!