Product
VMS + Omniscient
Real-time computer vision that runs on the cameras you already own, on hardware you control.
In deployment
The problem
What's broken today
Cameras already cover the floor, the gate, and the road, and nothing acts on what they see. Safety, security, and enforcement still depend on a person watching a wall of monitors, so an incident surfaces in a footage review days later rather than on the floor while it is happening.
What it does
VMS + Omniscient, in practice
Omniscient CV is the detection engine inside VMS. It evaluates every frame from the site's existing cameras against the rules set for each zone, raises an alert to the responsible operator the moment a rule is broken, and writes a timestamped record of what it saw. Industrial safety, CCTV analytics, and traffic enforcement all run as detections on the same platform, inside the site's own network.
How it works
The pipeline behind VMS + Omniscient
Connects to the cameras already installed
VMS ingests the standard streams existing site cameras already produce, so a deployment adds software to the network rather than replacing the hardware on the walls.
Runs detection inside the perimeter
Omniscient CV evaluates frames on GPU hardware sitting on the site's own network. Video is analysed where it is recorded and does not cross the site boundary.
Applies the site's own rules
Detections are checked against zone, shift, and role rules configured per site, so a person in a walkway is routine and the same person inside a machine guard is an event.
Alerts and records
Confirmed events raise an alert to the operators responsible for that area and write a timestamped record that can be reviewed afterwards.
Features
What VMS + Omniscient does
PPE detection
Flags missing helmets, vests, and other required protective equipment against the rules set for each zone.
Restricted-zone monitoring
Detects entry into areas that are off-limits by shift, by role, or while a machine is running.
Automatic number plate recognition
Reads plates for gate control, site access logs, and traffic enforcement on the same platform as the safety detections.
People and vehicle counting
Turns camera coverage into occupancy and movement figures for zones that are otherwise counted by hand.
Real-time alerting
Routes confirmed events to the operator console as they happen instead of surfacing them in a review after the fact.
Event review and audit trail
Stores each detection with its frame, timestamp, camera, and the rule it triggered, so an incident can be reconstructed rather than searched for.
Multi-site operation
One console across sites, with each site keeping its own cameras, rules, and access boundaries.
Deployment options
Where VMS + Omniscient runs
Every option below is the same software on a different surface. The deployment model changes where it runs, not what it does.
On-premise
Runs on GPU hardware inside the site network. Footage and detections stay behind the site firewall, which is what makes the platform usable where recording is already regulated.
Private cloud tenant
Deploys into the customer's own cloud subscription, Azure-first, for operators who have already centralised their infrastructure and want one tenant across sites.
Edge appliance
A single GPU node beside the camera network for remote sites with thin uplink, running detection locally and sending only events upstream.
Where it stands
Where VMS + Omniscient stands today
In deployment
VMS + Omniscient is in deployment. Its detection pipeline is built on GPU-accelerated computer vision developed with NVIDIA Inception program support, and the whole path from camera to alert runs on infrastructure the customer controls. FalcRise is also a Microsoft ISV, an assessment of the company as a software publisher rather than of any single product.
FAQ
Questions we get about VMS + Omniscient
What is workplace safety computer vision?
It's software that watches existing camera feeds in real time and flags safety issues automatically - a missing hard hat, someone in a restricted zone, an unsafe machine interaction - instead of relying on a person watching a wall of monitors.
How does computer vision support WSH compliance in Singapore?
Singapore's Workplace Safety and Health framework expects employers to actively monitor and act on safety risks, not just record footage. Omniscient CV detects safety-relevant events on your existing cameras and can trigger alerts as they happen, on infrastructure you control.
What is a CCTV analytics platform?
A CCTV analytics platform adds detection and analysis on top of cameras that are already recording - counting people, flagging incidents, spotting patterns - so footage becomes something a system can act on, not just archive.
Can computer vision handle ANPR traffic enforcement?
Yes. Automatic number plate recognition is one of the detection tasks Omniscient CV supports, alongside safety and CCTV analytics, running on the same underlying platform.
Do we need new cameras to use VMS + Omniscient?
No. VMS + Omniscient is built to run on the cameras and infrastructure you already have, adding detection and analysis rather than requiring a new hardware rollout.
Ready to see VMS + Omniscient for yourself?
Real-time computer vision that runs on the cameras you already own, on hardware you control.