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Short answer: yes, security cameras can be hacked — but almost never in the way people picture it. The overwhelming majority of real-world camera compromises are not sophisticated attacks on the device. They are credential reuse: an email and password stolen from an unrelated data breach, tried automatically against camera accounts until one works. The second most common cause is unpatched firmware on a camera that has not been updated in years. A distant third is genuine exploitation of an unknown flaw.
That is good news, because it means the risk is largely under your control. A unique password, two-factor authentication and current firmware close most of the realistic gap, and none of the three costs anything. The rest of this page covers what the actual attack paths are, what one well-documented industry incident showed about the limits of trusting a vendor, and the settings that matter.
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How Cameras Actually Get Compromised
Credential stuffing. The dominant vector by a wide margin. Billions of email-and-password pairs from past breaches circulate publicly, and automated tools test them against consumer services at scale. If the password on your camera account is one you have used anywhere else that has ever been breached, that account is reachable — and no amount of encryption on the camera itself helps, because the attacker is simply logging in as you. Nearly every "hacked camera" news story that involves a strange voice speaking through a nursery camera traces back to this, not to a broken device.
Default and weak passwords. Cameras shipped with a default admin login, left unchanged, are trivially accessible. This is the specific weakness that the Mirai botnet exploited at massive scale, and it is still why unbranded IP cameras with default credentials show up in public device search engines.
Unpatched firmware. Vulnerabilities get found and disclosed in camera firmware regularly, and vendors publish fixes. A camera on three-year-old firmware is running with known, documented holes. Auto-update is available on most consumer brands, and turning it on is the whole of the fix.
Exposed ports and remote access. Manually forwarding a port on your router to reach a camera from outside, or leaving UPnP enabled so a device does it for you, publishes that camera to the internet. This is the classic self-inflicted wound with NVR and IP camera setups — see NVR camera systems for how these networks are put together and how to reach them without opening a port.
Vendor-side breaches and insider access. The one category you cannot fix yourself. If footage is stored on a company’s servers, the security of those servers and the discipline of the people with access to them is part of your risk, whether you like it or not.
What the Wyze Incidents Showed
Wyze is worth discussing specifically because the company has had publicly reported security failures and because the pattern is instructive rather than unique — the same class of problem could occur at any cloud camera vendor.
The episode most owners remember is the February 2024 caching incident, in which a third-party caching library mixed up device and account mappings and roughly 13,000 Wyze users briefly saw camera thumbnails from other people’s households in their own app; around 1,500 tapped through to view an enlarged image or clip, by Wyze’s own count. The company pulled the affected feature and added a verification check. Separately, security firm Bitdefender privately disclosed a set of vulnerabilities in older Wyze cameras in March 2019, and the most serious of them — unauthenticated access to footage stored on a camera’s SD card — was not fully patched until January 2022, with the original Wyze Cam v1 left unpatched according to Bitdefender’s report. Both events are covered in press reporting from outlets including CNN, the Washington Post and Consumer Reports, and referenced repeatedly in owner reviews.
Two honest conclusions follow, and neither is "avoid Wyze." The first is that cloud accounts create a shared-fate risk: a mistake in a vendor’s infrastructure can expose your footage without anything at all being wrong with your camera, your password, or your network. The second is that a vendor which discloses an incident and patches it is in a materially better position than an unbranded camera with no disclosure process and no patch program — where a comparable flaw would simply persist, unreported. Judging a brand on whether it has ever had an incident is the wrong test; judging it on whether it responds is the useful one.
Can Ring Cameras Be Hacked?
Ring is the brand this question gets asked about most often, largely because it is the most widely owned. The realistic answer is the same as for any cloud camera vendor: yes, in the sense that any internet-connected account can be compromised, and the documented incidents involving Ring have overwhelmingly traced back to reused or breached passwords on individual accounts rather than a flaw in Ring’s own systems. In late 2019 a wave of reports described attackers who had obtained Ring credentials leaked from other, unrelated breaches — a practice called credential stuffing — logging into accounts that reused the same password elsewhere and, in a handful of widely reported cases, using two-way talk to harass people inside their own homes. Ring’s response was to make two-factor authentication mandatory on all accounts and add proactive alerts when a login is attempted from an unrecognized device or location, which meaningfully closes the gap the 2019 incidents exploited.
Separately, in 2023 Ring’s parent company Amazon settled with the FTC over allegations that Ring employees and contractors had, in the past, accessed customer video with excessive and poorly controlled internal permissions — a vendor-side access-control problem rather than a hacking incident in the traditional sense, but a real reason some owners cite for choosing a local-storage brand instead. Taken together, the honest read is that Ring cameras are not unusually hackable compared to Nest, Arlo or any other cloud-connected brand, but a large installed base means credential-stuffing attempts happen at real scale, and a mandatory strong password plus 2FA closes almost all of it. If you want Ring’s ecosystem convenience without keeping recorded video in the cloud at all, see how that tradeoff works on is Ring worth it.
The Five Things That Actually Reduce Risk
- A unique password, used nowhere else. This single step defeats credential stuffing, which is the vector behind most real incidents. Use a password manager so the password can be long and random without being memorable.
- Two-factor authentication, on every camera account. The highest-value setting in the app and the one most owners never enable. With 2FA on, a stolen password on its own is not enough to get in.
- Firmware auto-update, on. Then check occasionally that it actually ran. A camera that has quietly failed to update for two years is a common finding.
- Avoid unbranded and no-name cameras. Not out of snobbery — the issue is that a camera sold under a name that will not exist in eighteen months has no patch pipeline, so every vulnerability discovered after purchase is permanent. Budget does not have to mean anonymous; the established value brands in budget cameras still maintain firmware.
- Consider keeping footage off the cloud entirely. A camera recording to a microSD card or a local NVR, with no cloud account, removes the vendor-breach category from your risk profile altogether — nobody else is holding your video. The trade-offs are real and covered in local storage vs cloud.
Two network-level habits round it out: never manually forward a port to a camera, and put cameras on a guest or IoT network segment if your router supports one, so a compromised camera cannot reach your computers. Change your router’s own admin password too, since a router with default credentials makes everything behind it moot.
Keeping the Risk in Proportion
It is worth ending with proportion, because fear sells cameras and also sells camera panic. Millions of consumer cameras run for years without incident. The realistic threat to a typical household is not a targeted attacker but an automated script trying breached passwords at scale — and that is defeated by two settings that take five minutes.
If minimizing exposure is a priority in your buying decision, the wired and local-storage end of the market is the direction to look: wired PoE cameras for systems that never touch a vendor cloud, and no-WiFi and cellular cameras for locations with no home network at all. The broader decision framework starts at our buying guides hub, and our method is documented in how we rank.