Edge AI

Edge AI solutions that run on site, next to your cameras and sensors

Video is heavy and often private. Sending it to a cloud service is slow, costs bandwidth and is sometimes not allowed. We run the models on a computer at the site and send out only what people need to act on: counts, alerts, photos and short clips.

Products

Two products that work on what you already have

What it takes

Usually less hardware than people expect

At the coffee outlet, one desktop with a mid-range graphics card ran three detection models across seven cameras, all day, without anyone looking after it.

ItemWhat we normally use
CamerasYour existing IP cameras over RTSP or ONVIF. We add a camera only where there is a blind spot.
ComputeOne desktop or edge box with an NVIDIA GPU, sized to the number of streams and models.
NetworkCameras on their own connection, separate from the internet line.
What leaves the siteCounts, alerts, photos and short clips. Raw footage stays where it was recorded.
Running unattendedStarts by itself and restarts any camera or process that fails.
How we tune
Our first counting method at the coffee outlet over-counted by close to two times.

We found out by checking the system against the outlet's own footage, and replaced the method. That checking is part of every edge project. Read what went wrong and how we fixed it.

FAQ

Edge AI questions

What is edge AI?

Edge AI means running AI models on a computer at the site where the data is produced, next to the cameras or sensors, instead of sending everything to a cloud service. It cuts bandwidth, keeps video private and lets alerts fire in seconds even if the internet link drops.

What hardware does an edge AI deployment need?

Usually one desktop or edge box with an NVIDIA GPU, sized to the number of video streams and models. At a coffee outlet, one desktop with an RTX 3050 ran three detection models across seven cameras all day. Larger sites use a rack server or several edge boxes.

Can edge AI work with our existing CCTV?

Yes, if the cameras provide an RTSP or ONVIF stream, which most IP cameras do. We check angles, lighting and resolution in a site survey and tell you which detections each camera can support before you commit.

How accurate is it?

It depends on your cameras, lighting and what you want detected, so we do not quote a number in advance. We measure accuracy on your own footage, fix what we find, and agree the result with your team before go-live.

Have cameras that only record?

Tell us what you wish someone was watching for. We will tell you whether your current cameras can do it.