How to Use AI Motion Detection to Reduce False Alerts | Avalonix Security DVR скачать в хорошем качестве

How to Use AI Motion Detection to Reduce False Alerts | Avalonix Security DVR

If you are using analog security cameras and your DVR keeps triggering false motion alerts from lights, shadows, or environmental changes, this video will help you understand why that happens and how to reduce it using AI-assisted motion detection on an Avalonix Security DVR. This demo is especially useful for anyone running coax-based DVR systems, including: 4-channel security DVRs 8-channel security DVRs 16-channel security DVRs 32-channel security DVRs You can view all available DVR options here: https://www.cctvcameraworld.com/cctv-... If you are working with legacy or existing coax cameras, you can browse compatible options here: https://www.cctvcameraworld.com/analo... In this hands-on demonstration, we connect an older standard-definition analog BNC camera to an Avalonix Premium Series DVR and show how traditional video-based motion detection works. Because analog motion detection relies on pixel changes, simple lighting changes can easily trigger alerts. We demonstrate this by turning lights on and off and showing how motion is detected even without a person present. From there, we walk through the DVR’s motion region settings, showing how to adjust sensitivity and threshold levels per zone to reduce false alerts. You will see how different regions respond to motion and how fine-tuning these settings makes a real difference in day-to-day use. Finally, we demonstrate Smart Motion Detection (SMD) on supported Avalonix DVRs. This feature layers AI filtering on top of standard motion detection, allowing you to filter alerts by human and vehicle activity, even when using older analog cameras. We test this during both daytime and nighttime conditions and explain realistic expectations based on camera resolution, distance, and placement. This video is helpful if you are: Using analog or coax security cameras Experiencing frequent false motion alerts Looking to upgrade your DVR without replacing cameras Trying to understand how AI motion detection actually works in practice Chapters 00:00 – Intro: Avalonix DVR with analog BNC camera 00:12 – What video-based motion detection means on analog cameras 00:29 – Why lighting changes trigger false alerts 00:46 – Motion region setup: zones, sensitivity, and threshold 01:13 – Creating low-sensitivity areas to reduce triggers 01:44 – Motion test mode: seeing exactly what causes alerts 02:00 – Comparing high vs low sensitivity regions 02:40 – Daytime motion test with buzzer enabled 03:28 – Nighttime test using flashlight and lighting changes 04:36 – Why Avalonix DVRs help reduce false alerts 05:01 – Smart Motion Detection (SMD) overview 05:15 – AI filtering demo: vehicle-only detection 06:03 – Enabling human detection and retesting 06:27 – Nighttime SMD performance and limitations 07:10 – Camera placement, distance, and testing best practices 07:25 – Final thoughts and wrap-up