Scans WiFi networks for surveillance devices using manufacturer and port analysis.
npx skills add https://github.com/maluta/privacy-scanner --skill privacy-scanner
Please help me install this Agent Skill. Skill: privacy-scanner Source: https://github.com/maluta/privacy-scanner/tree/main Command: npx skills add https://github.com/maluta/privacy-scanner --skill privacy-scanner
This Skill helps you assess potential privacy risks by scanning your local WiFi network for signs of hidden cameras and related surveillance equipment.
Run the privacy-scanner skill and ask it to scan your WiFi for hidden cameras and generate a risk-classified report for review.
High-intent search queries and answers about installing and using this skill.
Scanning your WiFi for hidden cameras involves discovering all reachable devices via ARP and nmap, then identifying surveillance equipment through manufacturer OUI analysis and camera-specific ports like RTSP and ONVIF, producing a risk-classified HTML report.
RTSP and ONVIF detection identifies network cameras by probing specific streaming ports and protocols, verifying device fingerprints through HTTP inspection and service discovery to confirm hidden surveillance equipment on your local network.
Yes, you need elevated privileges to run nmap and arp-scan for surveillance detection. These tools require root access to send raw packets for ARP scanning and comprehensive host discovery across the local WiFi network.
Yes, nmap combined with mDNS and Bonjour discovery can find hidden cameras by identifying vendor protocols and service advertisements. zeroconf and avahi-browse enhance mDNS discovery while nmap handles port scanning for camera-specific protocols like RTSP.
The best way to detect hidden surveillance devices in short-term rentals is running a comprehensive WiFi scan combining ARP host discovery, OUI manufacturer analysis, RTSP and ONVIF port probing, and mDNS service discovery to produce a color-coded risk-classified HTML report.
Your WiFi privacy scan may miss surveillance devices if they are on a separate network, use non-standard ports, or have disabled discovery protocols. Devices with disabled mDNS, UPnP, or ONVIF responses may not appear in standard nmap and service discovery scans.
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