Are smart security cameras really a privacy risk? Yes — most documented incidents trace back to a factory default password that was never changed, a cloud storage provider with an unclear privacy policy, or shared app access that was never revoked after someone no longer needed it. A camera bought specifically to feel safer at home or at work can, without proper configuration, become the opposite: a device that lets an unauthorized person watch or listen to exactly the space it was meant to protect.
This guide is for anyone who already owns a smart security camera or is considering installing one — an outdoor camera, a video doorbell, a baby monitor, or a multi-camera setup for a small business. We cover the real risks tied to cloud storage, the default password vulnerabilities that show up in incident after incident, real unauthorized access cases, a risk comparison by camera and storage type, a complete step-by-step securing checklist, three Canadian case studies, realistic 2026 pricing, and the government and privacy resources that apply. This is a distinct — though related — topic to our Securing Your Business WiFi Network guide, which covers network segmentation broadly rather than cameras specifically.
Who wrote this guide
This article was written and reviewed by IT Cares certified technicians who configure and harden security camera systems for Canadian households and small businesses as part of our cybersecurity and network support engagements. The recommendations reflect what we actually check and fix on client sites, not manufacturer marketing language.
Why Smart Cameras Carry a Distinct Kind of Risk
A smart security camera isn't a passive recording device the way an old analog camera wired to a local VCR was. It's a small networked computer, with a permanent internet connection, a microphone on nearly every current model, and a direct link to a cloud account tied to a mobile app. That combination — video and audio capture, a constant network connection, and a cloud account — creates a very different risk profile than a simple connected appliance like a smart bulb or plug. When something goes wrong with a smart camera, the failure isn't abstract data loss; it's someone potentially watching or listening inside the exact space the camera was bought to protect.
Cloud storage and the privacy question nobody asks at checkout
Most consumer cameras stream footage continuously or on motion detection to the manufacturer's cloud servers, where it's retained for a period that varies by subscription tier — sometimes a few days, sometimes indefinitely. This architecture raises a few questions that rarely get asked at the point of purchase: where are those servers physically located, which country's laws govern the data stored there, who inside the company can technically access it, and what happens to the footage history if the manufacturer is acquired, goes out of business, or unilaterally changes its privacy policy? For a camera placed inside a home — a kitchen, a living room, a nursery — these aren't abstract questions. They touch directly on the privacy of the household itself.
Default password vulnerabilities: the most common and most avoidable flaw
The overwhelming majority of documented security incidents involving consumer smart cameras don't result from sophisticated hacking — they result from a factory default password that was never changed. Many manufacturers, particularly in the budget segment, ship entire production batches with identical or predictable credentials, following a simple pattern based on a serial number, MAC address, or a generic combination like "admin/12345." These credentials circulate freely in public databases used by automated scanning tools that crawl the internet looking for unconfigured devices — a camera still running its factory password can be located and accessed within minutes by anyone who knows where to look, with no advanced technical skill required.
Real unauthorized access incidents, not a hypothetical scenario
This risk isn't theoretical. Publicly reported cases involving compromised indoor cameras and baby monitors have, in several documented situations, resulted in strangers speaking directly to occupants through the device's built-in speaker, or silently observing the inside of a residence for weeks before being discovered. Other cases involve access that was simply never revoked: a former partner, a past roommate, or a terminated employee who retains active access to the viewing app long after the relationship with the household or business ended. That second scenario, less dramatic than an external hack, turns out to be the more common pattern in situations IT security technicians actually handle.
Comparison Table: Risk by Camera and Storage Type
A camera's risk level depends as much on the storage method behind it as on the type of device itself. Use this comparison to evaluate a system already in place or to inform a new purchase.
| Camera / storage type | Risk level | Main recommendation |
|---|---|---|
| Budget indoor camera + proprietary cloud storage from a lesser-known brand | High | Change the password immediately, review the privacy policy, consider replacement if no clear security documentation exists |
| Outdoor camera from a recognized brand + end-to-end encrypted cloud storage | Low to moderate | Enable two-factor authentication, keep firmware current |
| Video doorbell + subscription cloud storage | Moderate | Disable neighbourhood/community sharing if unwanted, regularly review the authorized user list |
| IP camera + local microSD storage (no cloud) | Moderate (physical access risk) | Secure the local network, isolate the camera on a guest VLAN, encrypt the card if the device supports it |
| Local NVR system on a segmented network (dedicated VLAN) | Low | Best practice — keep the NVR itself patched and remote access locked down |
| Baby monitor with companion app + cloud | High (direct privacy impact) | Two-factor authentication is non-negotiable, disable remote access when not actively needed |
One pattern holds across this table: local storage on a properly isolated network (a dedicated NVR or a microSD card on a guest VLAN) generally reduces risk compared to cloud storage from a manufacturer whose security and privacy practices are unclear. That doesn't mean cloud storage should be avoided outright — several well-known manufacturers offer genuinely strong encryption and real transparency — but the choice of manufacturer deserves as much scrutiny as the price tag.
Not sure your cameras are actually locked down?
Our certified technicians can review your cameras, your network, and who still has access, and tell you plainly what's solid and what needs fixing.
How to Secure a Smart Security Camera: The Essential Steps
Here's the complete process for securing a smart security camera, whether at home or in a small business. Most of these steps take place in the manufacturer's mobile app and add up to well under an hour of total work.
Change the default password the moment the camera is installed
The factory password — often identical across an entire production batch — needs to be replaced with a unique, strong password before real use of the device begins, not weeks later "when there's time."
Create a manufacturer account with a unique password and two-factor authentication
The account tied to the companion app — usually hosted on the manufacturer's own cloud — needs its own password, never reused elsewhere, and two-factor authentication should be turned on the moment it's offered, no exceptions for indoor cameras.
Isolate cameras on a separate guest WiFi network
Cameras should connect to an isolated guest network rather than the main network, so a compromised camera can't become a stepping stone toward computers and phones that hold sensitive data. Our Securing Your Business WiFi Network guide walks through setting up that guest network and VLAN structure in detail.
Review and restrict cloud sharing and community sharing settings
Several camera and doorbell apps offer neighbourhood sharing with other users of the same brand, enabled by default on some models. These settings need to be reviewed and switched off when unwanted, along with any options to share clips with third parties.
Keep the camera's firmware updated
Manufacturers release firmware updates that fix security flaws discovered after the device shipped. Turning on automatic updates, when the device offers it, removes the need to remember to check manually.
Disable remote access and UPnP when not needed
These features, which allow direct access to the camera from the internet without going through the official app, should stay off unless there's a specific, documented technical reason to enable them.
Check the manufacturer's privacy policy and server location
Before buying, or when reviewing an already-installed device, checking where footage is hosted and how long it's retained is part of making an informed choice — the information is usually in the manufacturer's privacy policy, rarely highlighted in the product's marketing.
Position cameras with a neighbour's privacy in mind
A camera pointed at a neighbouring property or a public sidewalk beyond what's reasonably necessary can raise real privacy and liability concerns under Canadian law. Angle cameras to cover your own property, limiting the incidental capture of neighbouring spaces as much as practical.
Periodically review who still has account access
A former tenant, a past employee, or anyone who no longer needs to view the footage should be removed from the list of authorized users as soon as possible — not just when something goes wrong.
Plan for replacement if the manufacturer stops supporting the device
A device that no longer receives security updates becomes a permanent vulnerability over time. Before buying, checking the manufacturer's track record of updates on previous products gives a reasonable sense of what to expect from a new one.
Quick Smart Camera Security Checklist
- Unique, strong password on every camera — never the factory default.
- Two-factor authentication enabled on the manufacturer account.
- Cameras connected to a guest WiFi network, separate from the main network.
- Firmware and companion app kept up to date.
- Cloud sharing and community sharing settings reviewed and restricted.
- Remote access and UPnP disabled unless actively needed.
- Manufacturer's privacy policy and server location checked before or after purchase.
- Cameras positioned to respect neighbouring properties and public spaces.
- List of accounts with access reviewed at least once a year.
- A replacement plan in place for when the manufacturer stops shipping security updates.
Three Canadian Security Camera Case Studies
The following case studies are composite, illustrative scenarios built from patterns common to Canadian household and small business camera deployments — names and identifying details are fictional, but the technical dynamics reflect realistic outcomes.
Case 1 — The Whitfield Family, Barrie, Ontario (baby monitor)
The Whitfield family had set up a budget baby monitor ordered online, never reconfigured after unboxing — factory password intact, no two-factor authentication. One night, a parent heard an unfamiliar voice coming through the device's speaker, seemingly addressing the child directly. After immediately unplugging the device, the family had IT Cares assess their full home network. The diagnosis confirmed the default password, combined with remote access left enabled, had allowed the intrusion. The monitor was replaced with a recognized brand offering two-factor authentication, connected to a newly configured guest network — total visit cost $220 CAD.
Case 2 — Northgate Variety, Regina, Saskatchewan (small retail)
This convenience store had installed a four-camera system years earlier, with shared app access handed out freely to staff as new employees were hired. After terminating an employee, the owner noticed footage showing movement in the store outside business hours, at times matching that employee's former shifts almost exactly — their access had never been revoked. IT Cares reconfigured the system with individual, separately revocable accounts for active staff, and set up a quarterly access review. Reconfiguration cost: $460 CAD, including staff training on best practices.
Case 3 — Cedar Ridge Condominiums, Burnaby, British Columbia
This condo corporation had installed shared outdoor cameras years earlier, with a single login shared among all residents to check footage of entrances and parking. A former resident, moved out more than a year earlier, had kept that access and continued checking footage remotely — discovered by chance when a board member noticed an active session tied to an unrecognized device in the app's login history. IT Cares was brought in to reconfigure the system with individual accounts per unit, a formal access-revocation step tied to move-outs, and isolation of the cameras onto a network dedicated apart from the common-area guest WiFi. Full project cost: $1,380 CAD for the corporation.
Budget and Pricing for Canadian Households and Businesses
Concrete numbers make it easier to plan a camera hardening project instead of treating it as an open-ended expense. These figures reflect typical 2026 Canadian pricing.
| Item | Typical Canadian cost range (CAD) |
|---|---|
| Indoor camera from a recognized brand | $60 – $180 per unit |
| Outdoor camera or video doorbell from a recognized brand | $120 – $350 per unit |
| Cloud storage subscription | $4 – $15 CAD per month, per camera, depending on retention period |
| Local NVR system with multiple cameras (small business) | $800 – $2,500 for a 4-to-8-camera system, installation included |
| Residential hardening visit (2 to 4 cameras) | $150 – $350 CAD |
| Full reconfiguration for a small business | $500 – $2,000 CAD depending on site complexity |
| Dedicated network segmentation (camera VLAN) | $200 – $600 CAD, often bundled with a broader WiFi hardening visit |
For a typical household with two to four cameras, a full hardening visit usually costs less than the price of a single replacement camera — a modest investment against the cost, hard to quantify but very real, of a privacy intrusion into a home. Small businesses managing several cameras and regular staff turnover benefit particularly from a reconfiguration to individual accounts, exactly as illustrated in the Northgate Variety case above.
Canadian Privacy and Government Resources
Several public resources are directly relevant to camera privacy and security, worth knowing about alongside the technical measures covered above.
- Office of the Privacy Commissioner of Canada (OPC): The federal authority overseeing PIPEDA, Canada's private-sector privacy law, including guidance on video surveillance and reasonable expectations of privacy for both businesses and individuals. See priv.gc.ca for current guidance on surveillance cameras.
- Canadian Centre for Cyber Security: The federal body responsible for cybersecurity guidance aimed at citizens and small businesses, including specific recommendations on securing smart home and IoT devices such as cameras. See cyber.gc.ca for up-to-date guides.
- Provincial privacy commissioners: Several provinces, including British Columbia, Alberta, and Quebec, maintain their own privacy authorities with guidance specific to surveillance in residential, condominium, and small business settings. Checking the relevant provincial commissioner's site is worthwhile for any camera covering shared or semi-public space.
None of these resources replace proper technical configuration, but they provide a useful framework for understanding obligations, particularly for a camera covering a shared space like a condo parking lot or a multi-unit building's common entrance. If you'd like a professional assessment of your current camera setup against what's covered in this guide, our cybersecurity services and business network support cover exactly the segmentation and authentication practices discussed here. For connected devices beyond cameras — thermostats, plugs, smart speakers — our guide on Securing IoT Devices in the Office applies the same principles across a broader device fleet.
Common Mistakes to Avoid
Beyond the checklist itself, a few habits show up repeatedly and quietly undermine otherwise good security decisions.
Sharing a single login among multiple people
Whether within a family, among roommates, or across a small business's staff, sharing one username and password for the camera app makes it impossible to revoke one person's access without changing the password for everyone. Most modern apps support individual accounts or separately revocable invitations — an underused feature that would have prevented all three case studies above.
Neglecting cameras bought "just to try out"
A cheap camera bought online for temporary use — watching a renovation, testing before committing to a better system — often gets less configuration attention precisely because it's seen as short-term. These "temporary" devices routinely stay in service for months or years, still running their factory settings.
Forgetting cameras during a move or a breakup
During a move, a separation, or a property sale, security cameras and their associated accounts are often left off the list of things to sort out. A manufacturer account tied to an old email address, or shared access never removed after a breakup, unnecessarily extends an exposure that should have ended along with the relationship or the transaction itself.
Multiple Cameras and Regular Staff Turnover?
IT Cares can assess your current camera setup and access controls and tell you plainly what's solid and what needs work — no pressure, no jargon.
Comments (3)
The Northgate Variety case study hit close to home — our shop had the exact same shared-login setup until last month. Individual accounts should have been standard from day one.
Didn't think about the fact that a former resident could still be watching our building's cameras. Our board is reviewing access this week because of this article.
Useful reminder on the default password thing. Checked our baby monitor right after reading this and, sure enough, still on the factory password after two years.
Leave a Comment