Bi-directional monitoring

DW's dual-sensor IP camera provides two sensors that can be positioned and configured independently, allowing flexible, multi-directional video surveillance that is ideal for monitoring hallways, train stations and other narrow-view environments.

Flexible sensor arrangement

Independently adjust the pan, tilt and angle of each lens module to suit the installation environment and you monitoring needs.

Compact size

The dual-sensor camera comes in a compact housing, less than 5.5" wide, for simple and discrete installation with customizable views.

Easy setup (no analytics calibration)

DW's Ai allows operators to choose what to detect and where; with a user-friendly and straightforward UI, users can set up multiple scenarios specific to their monitoring needs without complex calibration.

Object Classification

DW's Ai software processes video streams to detect and classify every object appearing in the detection zone. Our Deep Learning engines perform object detection (DL Object tracker), automatically classifying the objects in the scene: people, cyclists, cars, buses and vans, trucks, motorcycles, bicycles and bags.

Optimized Ai for the edge

MEGApix Ai's analytics engine is especially designed for the edge, working on the camera side to substantially reduce bandwidth consumption and accelerate response times.

Ambarella CV22 chip with CVflow

Ambarella's CV22S chip combines image processing, real-time 30fps 4K video encoding and CVflow architecture to provide the deep neural network (DNN) processing required for the next generation of intelligent IP cameras.

Deep Learning

MEGApix Ai intelligent algorithms offer deep learning with better object detection and identification of environmental elements. The result is a substantial reduction in false alarms for control room operators and security personnel. Allowing only valid events to filter through increases efficiency and productivity, and reduces unnecessary costs.

Star-Light Plus color in darkness technology

Star-Light Plus color in near-total darkness technology provides crisp, clear images in the absence of ambient light.