Operators cannot watch every camera. Analytics watches everything else.
A control room team managing hundreds of feeds cannot maintain consistent attention across all of them. Critical events happen in corners of the frame, outside peak hours, or across feeds no operator is actively monitoring at that moment. The footage exists. The event is recorded. But without something actively analysing the video, the information arrives too late — or not at all.
Video analytics changes what your monitoring system can do between incidents. And CATHEXIS is built to work with both its own native analytics capabilities and a wide range of third-party specialist analytics platforms — so organisations can deploy the right analytical tool for each specific operational requirement.
What CATHEXIS analytics integration delivers:
When a third-party automatic number plate system reads a vehicle plate at a site entrance, CATHEXIS receives that data, links it to the camera footage, and triggers the appropriate response — whether that is opening a barrier, logging a watchlist match, or alerting an operator. The analytics generates the intelligence. CATHEXIS acts on it.
When a specialist fire and smoke detection analytic identifies early thermal indicators in a warehouse, CATHEXIS receives the alert, directs operators to the relevant feed, and initiates the defined response workflow — before a conventional smoke detector would activate.
When a crowd analytics platform detects that occupancy in a public space is approaching a defined threshold, CATHEXIS can trigger automated responses — closing entry points, alerting staff, or notifying a supervisor — based on rules configured in advance.
When a retail organisation needs to understand customer movement, dwell time, and queue behaviour, people counting and heat mapping analytics feed directly into CATHEXIS reporting. The video monitoring system becomes a source of operational intelligence, not just a security record.
Because CATHEXIS uses an open platform architecture, third-party analytics integrate at the event and metadata level — feeding alerts, classifications, and data directly into the alarm management, database, and reporting tools your team already uses. Operators work from one interface. The analytics work in the background.
The result: a monitoring platform that does not wait for operators to spot something. It tells them where to look, what happened, and what to do next.
Analytics integrations
Version filter
Technology partner
| Brand | Image | Integration | CathexisVision version | Description | Firmware |
|---|---|---|---|---|---|
| AllGoVision | AllGoVision analytics | 2017 SP2 ++ | The AllGoVision software actively monitors and transmits notifications to the CathexisVision software, facilitating seamless communication and coordination between the two systems. | AllGoVision Software Version: 3.75b1 | |
| Cathexis | Cathexis analytics | 2014 ++ | |||
| Grekkom Technologies | Grekkom Ngaro analytics | Ngaro conducts analytics on camera feeds, subsequently transmitting alarms to the Cathexis Network Video Recorder (NVR). The Cathexis NVR, in turn, generates events and establishes database links throughout the alarm duration. This integrated system manifests two overlays, namely an alarm summary and an alarm location display. | |||
| Intel | Intel distribution of Openvino Toolkit | Intel OpenVINO™ Toolkit: Cathexis leverages Intel's OpenVINO™ toolkit to enhance the performance of its AI algorithms, enabling complex machine learning functions on low-power machines. This optimization improves both energy efficiency and the effectiveness of AI video analytics | |||
| Ipsotek | Ipsotek V10 | 2018 SP3 ++ | The Ipsotek device functions as a video analytics system, facilitating communication with the CathexisVision software via an Ethernet connection. | ||
| Ipsotek | Ipsotek VIS1002 | 2015 SP2 ++ | The Ipsotek device operates a server designed to establish a TCP/IP connection with the Cathexis Ipsotek integration driver. Subsequently, the Ipsotek server transmits XML triggers to the Cathexis NVR. The trigger data encompasses details such as the configured alert name on the Ipsotek server, priority levels categorized as low, medium, high, and critical, as well as bounding box information specifying the coordinates of the motion area. |