Security · October 18, 2026 · 5 min read
An AI security camera does more than record video. It runs software, connects to your network and often to a cloud account. That makes it useful, and it also means it deserves the same basic care as a laptop or phone. Most camera compromises are not sophisticated. They come from reused passwords, outdated firmware and settings left on their defaults. The good news is that a short checklist closes most of those doors.
Change any factory password the moment you install a camera. Use a long, unique passphrase that you do not use anywhere else. A password manager makes this easy. If a camera or app supports it, turn on two-factor authentication for the account that controls it.
Your camera app login is often the real front door. Use a unique password, enable two-factor authentication, and review the list of signed-in devices from time to time. Remove devices you no longer use or do not recognize.
Manufacturers publish updates to fix security flaws. Turn on automatic updates where offered, and otherwise check on a schedule. Retire cameras that no longer receive updates, because an unpatched device stays exposed indefinitely.
A camera is only as safe as the network it sits on. Use WPA3 or WPA2 encryption, change the router admin password, and keep router firmware current. Disable features you do not need, such as remote router administration.
Many routers let you create a guest or separate network. Placing cameras there keeps them apart from laptops, phones and file storage, so a problem with one device is less likely to spread to the others. Businesses can do the same with a dedicated VLAN.
Do not forward ports on your router just to view a camera remotely. Exposed camera ports are routinely scanned for. Prefer an app or service that connects out through an encrypted channel, or a properly configured VPN, rather than a direct inbound path.
Disable unused services such as old remote protocols, guest viewing links, and universal plug and play. Every feature you leave on is one more thing to maintain. If you never use audio, consider disabling the microphone as well.
Know whether video is stored on the camera, on a local recorder, in the cloud, or in several places. Check that cloud storage is encrypted and that you can control who can view clips. Local storage should sit somewhere physically secure, since a stolen recorder takes footage with it.
Give family members, staff or contractors only the access they need. Use separate logins instead of one shared password, so you can remove one person without disrupting everyone else. Use privacy zones to keep cameras from capturing areas where people expect privacy.
Unexpected camera movement, settings that changed on their own, unfamiliar login alerts, or a camera that goes offline at odd hours can indicate a problem. Enable notifications for new sign-ins and for cameras going offline, and investigate rather than ignore them.
When analysis runs close to the camera, less raw video has to travel across the internet for the system to work. That reduces how much data is in transit and how much depends on a remote service. It does not replace good passwords and updates, but it is a sensible design direction for privacy-minded properties.
Sentrick Shield applies behavioral AI to camera video so alerts reflect what is unusual for a property. Strong account security and a well-configured network remain the foundation under any camera system, ours included, so we recommend working through this checklist whichever hardware you use.
You do not need to be a network engineer to secure a camera. Unique passwords, two-factor authentication, current firmware, a separate network and no open ports cover the large majority of everyday risk. Spend thirty minutes on the checklist once, then recheck it a few times a year.