We installed IP cameras in the office, could someone connect via the network and hack them? How do we secure these?

default camera passwords are terrible. change them immediately, make the admin panel password protected... dont open port 8080 to the internet in the firewall access via VPN. update the firmware hackers are looking for camera vulnerabilities. using cloud cameras is a bit more comfortable but theres a privacy risk...

IP Camera security: 1) VLAN isolation (segregate camera traffic), 2) Port security (no port scanning), 3) RTSP authentication (stream encryption + auth), 4) HTTPS admin panel (not HTTP), 5) Firewall rules (camera → NVR, playback clients → NVR only), 6) Firmware monitoring (manufacturer security advisories). Tools: Shodan (IoT search), CVE database search (camera model). NVR config: encrypted storage (if sensitive), RAID (redundancy), scheduled backup. Cloud upload: selective (human detection only), not all streams.

Change the default camera password first thing. Dont access the admin panel from the internet use VPN. Block camera access on the firewall only allow the NVR connection... anyway update firmware hackers use cameras as pivot points, entry gates to the network...

IP camera deployment: 1) VLAN 3 (cameras), 2) NVR (on-premise or cloud) 3) Access control: LAN playback, VPN-only remote. Firmware: quarterly update check subscribe to security advisory. Credentials: complex password, 2FA on management interface (if supported). Encryption: SRTP (stream), TLS (admin). Backup: local NVR RAID, cloud secondary backup. Monitoring: failed login alerts unusual traffic (IDS on camera VLAN).

default camera password = hacker welcome mat 😂 Change it closse the firewall, set up a VPN and youre done!

I'm curious too.

Following. If you scold false alarms, nobody will report again.

I'm also curious if anyone does it differently.

I think differently. If you get three different answers on a topic, the question was asked wrong.

Proven by experience.

I feel the same way. If 2FA is on, a stolen password alone is useless.

This is my opinion, I'm not claiming it's absolute truth.

I have a question. Your time to detect an issue directly determines its cost.

When making a decision, first look at what data you have on hand.

Three different views emerged, they all complement each other. An untested backup is not a backup.

Processes without records never improve, because you don't know what to fix. Just leaving this note, it might be useful.

I've been down this road, let me tell you. Everyone rushing into camera system security gets stuck at the same point.

Trying to do this alone is the most expensive way. If you post the result here, it will help others too.

Let's separate the concepts, they're getting mixed up. If the notification path is long, notifications don't arrive; missing notifications mean delayed incident detection.

That's all, sorry if I went on too long.

Just a heads-up. When making a decision, first look at what data you have on hand.

I'm also curious if anyone does it differently.

noted thanks. dont rely on a single measure; go layer by layer.

good luck with that.

Correct.

I disagree with you on this point. Don't rely on a single measure; go layer by layer.

Don't miss this: If you scold false alarms, nobody will report again.

Any unwritten clause becomes a point of disagreement later, as both sides remember it differently. If I were you, I'd go this route.