For more advanced configurations, or to integrate the camera into a larger system:
If you are setting up an Axis camera today, avoid using the old /axis-cgi/mjpg/motion.cgi endpoint for anything other than local debugging. Instead, consider:
| Protocol | Security | Ease of Use | Recommendation | |----------|----------|-------------|----------------| | RTSP with authentication | Good (digest) | Moderate | Yes, use with TLS when possible | | RTMPS (RTMP over SSL) | Good | Moderate | Yes, for streaming to cloud | | WebRTC | Very good (DTLS, SRTP) | Complex | Best for low-latency web apps | | ONVIF Profile S/T | Good (WS-UsernameToken) | Moderate | Yes, for VMS integration | | Raw M-JPEG via CGI | Poor (often none) | Simple | Avoid in production | inurl axis cgi mjpg motion jpeg install
Axis firmware versions 6.x and later can disable plain HTTP access entirely. Enable HTTPS with a valid certificate (Let’s Encrypt or self-signed) and enforce Strict-Transport-Security.
Penetration testers and internal security teams use Google dorks to discover if their own Axis cameras are inadvertently exposed to the public internet. For more advanced configurations, or to integrate the
If someone runs this dork and finds a live result, they may see:
In worst-case scenarios, the attacker could: Penetration testers and internal security teams use Google
Real-world example: A simple Shodan or Google search using this dork has historically revealed thousands of Axis cameras in hospitals, prisons, manufacturing plants, and even government buildings—all with default or no credentials.
Do not allow anonymous viewing. Configure the camera to require a login for M-JPEG access: