Welcome back, cyberwarriors!
In our previous articles on drone hacking, we explored how drones are changing the landscape of both security and offense. We showed how relatively simple components can be combined to build a hacking drone, and we discussed the ethical and legal dangers that come with such technology. Drones represent a fundamental shift in how attacks can be carried out, especially wireless ones. An attacker no longer needs to stand near a target, cross fences, or expose themselves to cameras. A drone can approach, hover for minutes, and disappear without leaving obvious traces. Tracing the operator becomes difficult, which makes these attacks harder to investigate and, in many cases, harder to punish. The hardware required to build or modify such drones is relatively inexpensive, widely available, and easy to assemble. This lowers the barrier of entry and allows a much larger group of people to experiment with offensive drone capabilities. At the same time, the same technology can be used defensively. With the right tools and antennas, you can detect and counter intruding aerial systems.
This brings us to Dronesploit. Dronesploit is an open source command line penetration testing framework designed specifically for hacking and security testing consumer and hobby drones, particularly those that rely on Wi-Fi for control and communication. The tool was introduced at Black Hat and immediately caught the attention of researchers. If the interface and workflow feel familiar, that is by design. Dronesploit works very much like Metasploit. Modules are loaded, configured, and executed in a structured framework. For those of you who already have experience with Metasploit, adapting to Dronesploit will feel natural.
Let’s see how it works.
Setting Up
As always, we begin by preparing a clean Python environment dedicated exclusively to this tool. This is a habit worth developing, as it prevents dependency conflicts and keeps your system stable. Since Dronesploit interacts directly with wireless interfaces and low level networking, you should be doing this with root privileges.
We start by creating a new virtual environment.
bash# > python3 -m venv dronesploit
Once the environment is ready, we can install the tool itself.
bash# > pip3 install dronesploit
At this point, it may look like the installation is complete, but in practice this is not enough, despite what the repository documentation suggests. Dronesploit relies on an additional library for proper telnet functionality, which is not installed automatically.
To fix this, we install the missing dependency.
bash# > pip install telnetlib-313-and-up
Once this step is complete, the environment is finally ready. We can now try starting the framework.
bash# > dronesploit
You will notice immediately that the tool launches in a very familiar way. The startup banner and interactive prompt strongly resemble Metasploit.
We strongly recommend running Dronesploit on Kali Linux installed on bare metal or in a live boot environment. This significantly simplifies setup and avoids many driver related issues. It is also critical that your wireless network adapter supports monitor mode. Without it, the framework will not function correctly.
If your adapter does not support monitor mode, you will encounter errors similar to the one shown below.
Now that the framework is running, let’s take a closer look at what it can actually do.
Capabilities
Before diving into hands on use, it is important to understand how Dronesploit is structured. The framework is built around three main types of modules, each serving a different purpose in the drone hacking workflow.
The first type is auxiliary modules. These are primarily used for reconnaissance and disruption. They allow you to scan for nearby drones, perform denial style attacks, and capture WPA handshakes from drone networks. In many cases, auxiliary modules are your starting point, as they help you identify targets and understand the wireless environment.
The second type consists of command modules. These are used to send direct commands to a drone once a connection is established. Through these modules, you can instruct a drone to land, disable certain functions, change passwords, stop video recording, retrieve system information, and perform other actions that directly affect the drone’s behavior.
The third type is exploit modules. These are more aggressive and are used to push malicious updates, empty firmware updates, or to disable drones via telnet access.
To familiarize yourself with the framework, the first command you should run is help. This will show you the available commands and give you a sense of how the interaction model works.
While this is not a complete list of everything the framework can do, the commands are intuitive.
A common workflow is to begin by running it with the scan command, which identifies drones, and then connecting to it using the connect command. Alternatively, you may choose to work with auxiliary modules first, depending on your goal.
Modules
To search for a specific module, you use the search command and specify what you are looking for.
If you want to list all modules of a certain type, you can search by category, for example by running search exploit.
As you type commands, the framework actively suggests available modules and options.
Once you select a module, you can view a concise description of its functionality using the show info command. This provides insight into what the module does, what parameters it expects, and what kind of impact it may have on the target drone. Options of the selected module can be listed with show options, this is where you specify commands and all the required information for an attack.
Under the hood, these modules are simply Python scripts. They reside inside the virtual environment directory created earlier. In this case, they can be found at:
dronesploit/lib/python3.13/site-packages/dronesploit/_src/modules
Just like with Metasploit, you are not limited to the modules that come with the framework. Once you understand how the existing modules are structured, you can write your own Python scripts and integrate them into Dronesploit. That’s how you can extend the framework and tailor it to very specific drone models or attack scenarios.
Summary
Drone hacking is a fascinating and rapidly evolving field. What we covered here is only the beginning. Dronesploit provides a structured and accessible way to explore drone security, whether your goal is research, defense, or controlled penetration testing. In our ongoing series on drone hacking, we go much deeper. We walk you through the development of drones for offensive operations, including deauth attacks, mousejack-style attacks, pineapple-based wireless manipulation, and more. If you are new to this topic, we recommend starting with Part 1 of the series.
Our team has also developed a dedicated training program on Drone Hacking. The training is available for Subscriber and Subscriber Pro members and takes place from November 10 to 12.
Source: HackersArise
Source Link: https://hackers-arise.com/drone-hacking-dronesploit-metasploit-for-drones/