Does a VSaaS camera stop recording entirely if the internet goes down?

It depends on the camera and platform. Many VSaaS-capable cameras include a local SD card or small onboard buffer that captures footage during an outage and backfills it to the cloud once connectivity returns, but the buffer window is limited (often hours to a few days, not weeks) and is a specific feature to verify — it isn't guaranteed by every VSaaS product by default.

How much upload bandwidth does a VSaaS deployment actually need?

Enough sustained upload throughput to carry every camera's bitrate simultaneously and continuously, not just burst capacity — a dozen 4MP cameras at typical H.265 bitrates can easily require tens of Mbps of sustained upload, which many commercial internet plans provide asymmetrically (much less upload than download), making a bandwidth audit an essential first step before committing to VSaaS at scale.

Can an NVR system get the offsite resilience benefit of cloud storage without switching to full VSaaS?

Yes — many VMS platforms support offsite backup or cloud archiving as an add-on to a primary NVR, pushing either the full stream or lower-resolution/event-triggered clips to cloud storage while the NVR remains the primary local recorder. This captures much of the disaster-resilience benefit without paying full VSaaS subscription pricing for continuous, full-resolution cloud storage of every camera.

Is VSaaS inherently more secure against cyberattacks than an on-prem NVR?

Not automatically — it shifts where security responsibility sits rather than eliminating risk. A reputable VSaaS provider typically maintains stronger baseline security practices (patching, redundancy, access controls) than many small facilities can maintain on their own NVR, but it also means trusting a third party with the video and depending on their security posture, their breach history, and their data handling practices, all of which should be evaluated directly rather than assumed.

What happens to recorded footage if a VSaaS subscription is canceled?

Typically the provider stops accepting new footage and retains existing recordings only for a limited grace period defined in the service contract before deleting it, so footage needs to be exported before that window closes. This is a meaningful practical difference from an owned NVR, where the footage remains on customer-owned hardware indefinitely, subject only to the recorder's own storage capacity and retention settings.

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Concept Explainer · Physical Security

NVR vs. Cloud (VSaaS) Storage

The question isn't which one is objectively better — it's where you want the risk to live: a box on your wall that can be stolen, or a subscription that depends on your uplink staying up.

Every IP camera has to send its video somewhere to be stored and reviewed later. An on-premises NVR keeps that entire job local — the recorder sits in a rack or closet on-site, storing and processing video on its own hard drives, with no dependency on an internet connection to keep recording. Cloud storage — Video Surveillance as a Service (VSaaS)— moves that same job off-site: the camera streams its video out over the internet to a provider's data center, which stores and often processes it there, and the customer pays an ongoing subscription instead of buying recorder hardware. Neither one is a strict upgrade of the other. They trade a fixed, one-time capital cost and full on-site control for a recurring subscription and offsite resilience — and which trade is right depends heavily on camera count, retention length, and how much bandwidth the site can spare.