![]() ![]() Once the Raspberry Pi is configured, you simply plug it into the back of your wireless router with an ethernet cable and plug the power source into your wall. Thanks to the creator of OpenVAS Docker Lite for the dockerized version of OpenVAS this project is based on. We use the open-source vulnerability scanner “OpenVAS” to do the heavy lifting, and we’ve created a supporting infrastructure that makes running a vulnerability scan on your home network foolproof. In addition to scanning your own home network, you could also use it to scan networks at AirBNBs or any network you don’t trust. We have developed a Raspberry Pi vulnerability scanner that is extremely easy to use (just plug it into your router) and completely open-source. Enter the Pensive Security RPi Vulnerability Scanner On top of that, commercial vulnerability scanners are expensive (Nessus license costs at least $2,790 per year). One downside to vulnerability scanners is that they require significant technical experience to configure and run properly. Vulnerability scanners are frequently used by IT companies to compile a network security baseline quickly, but you can apply the same tools to your own home network. Most vulnerability scanners create a report revealing an overview of the devices identified and a list of vulnerabilities discovered. Vulnerability scanners are software tools that probe and enumerate a set of targets (such as devices on your home network) and then attempt to identify security vulnerabilities on those devices. With devices such as Amazon Alexa, Google Home, Ring cameras, computers, smartphones, and tablets, it’s easy to quickly lose sight of what is running on your home network and if these devices contain any known security vulnerabilities. households own an average of 11 internet-enabled devices. Let’s jump in! Why should I run vulnerability scanners on my network?Ī study from Deloitte found that U.S. The entire project is open source, and once you buy the device and peripheral set-up equipment, the scanner is FREE to run as many times as you want! This article will walk you through the “why” you’d want this and “how” you can create your own home network vulnerability scanner. If a fruity pastry had the same capabilities, that would be an impressive, albeit slightly expensive, treat! And by plug-and-play, we actually mean that you plug in the Raspberry Pi to your router, and within a few hours, you will receive an OpenVas network vulnerability report to your email.įor those that thought “YUM!” when mentioned above, a Rasberry Pi (RPi) is actually a single-board computer that costs around $100 and can be used for a vast range of applications, including home automation and education. We recently developed a plug-and-play vulnerability scanner built on a Raspberry Pi. You can never be sure to have detected all the IP addresses.Network Vulnerability Scanner Built On Raspberry Pi Passive scan, sniff the network packets to identify who is up. print-ip, -I Print only the IP address if UP.įorce asynchronous mode, using asyncio instead of scapy. debug, -d Debug mode (logger level debug). no-realtime, -R Do not print results in real time. Test the TCP port connections to defined if the host is UP. hostname, -H Test the hostname resolution to defined if host is UP (longer). Targets from networks and IP address ranges. Part of the IP, MAC or name of the interface h, -help show this help message and exit This program scans networks and IP address ranges. Help usage: NetworkScanner.py -targets TARGETS P -t 172.18.0.0/28 # Passive scan using scapy sniffer Python3 # Simple usage to print results in your console from NetworkScanner import NetworkScanner, logger scanner = NetworkScanner (, ping = False, ports =, arp = True, hostname = False, real_time = False, timeout = 1, ) scanner. Installation pip install NetworkScanner Usages Command lines # Python executable This package implements an asynchronous network scanner (using scapy or asyncio). ![]()
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