A sensor built for scale.
Measure customer engagement with no
cameras or complexity.
All in one sensor
Simple Installation
inReality Mobile App
Privacy Protection
How it works?
- The inReality Radar sensor leverages RF signals to detect the presence of people in a field of view.
- The high resolution radar sensor collects the raw signal data, maps it into a point cloud, and is able to track multiple people simultaneously.
- An algorithm interprets these signals to determine the dimension, location and movement of people and their behavior, with or without lighting and even in harsh weather conditions.
- The technology is completely anonymous, allowing monitoring and tracking with complete privacy.
All-in-one Sensor
No additional hardware required,
connects directly to cloud via Wi-Fi.
inReality Mobile App
Use it to set up your sensor, and start
tracking people and behavior in the venue.
Simply visualize and share your venue key
metrics from the app.
Simple installation
Wall mount with double sided foam tape,
exposed or behind paper or cardboard signage
Protects Privacy
No pictures or videos. Doesn’t collect
personally identifiable data.
TECHNICAL SPECIFICATIONS
USB Radar Sensor
System Requirements
Interface
USB 3.0 or above
Operating systems
Ubuntu 18.04
WIndows 10
Raspberry Pi Linux
Power
Input Voltage
USB Connection to your PC
Device Voltage
5V DC, USB connection
Power Consumption
Power Consumption: 3W average, 10W peak
Physical
Weight
3.9 oz
Dimension
2.4” Square
Depth
0.4 in
Sensor
Technology
mmWave MIMO RF Sensor
Frequency Bands
57-64GHz
Antenna Type
Linear Polarized
RFIC
VYYR7201
Object Detection
Algorithms designed to detect human shapes only.
Field of View
140 degrees Azimuth
70 degrees Elevation
Sensor Coverage
Up to 15 feet forward
Up to 8 feet on sides
Note: Coverage may vary based on
surrounding fixtures
Mounting
Positioning
For best results, mounted flat from 3 feet to 10 feet from the floor, ideal height 6 feet.
Cover Material
- Paper
- Card Stock
- Cardboard
- Plastic – 1/8″thick
- Plex – 1/4″thick
- Fabric
- Styrene
- Wood – 3/16″ plywood
The Sensor always performs best when mounted without any covering, but can be mounted behind a variety of material types. Materials to avoid are metallic, liquid or highly reflective such as glass.
Environmental
Operating Temperature
32F to 100F
Max Humidity
95%
Downloads
TECHNICAL SPECIFICATIONS
Stand-alone Radar Sensor
Connectivity
Networking
WiFi 2.4Ghz
Power
Input Voltage
Adapter, 120-240V AC, 300ma
Device Voltage
5V DC, USB connection
Power Consumption
Power Consumption: 3W average, 10W peak
Physical
Weight
3.9 oz
Dimension
3.6 in
Depth
0.6 in
Sensor
Technology
mmWave MIMO RF Sensor
Frequency Bands
57-64GHz
Antenna Type
Linear Polarized
RFIC
VYYR7201
Object Detection
Algorithms designed to detect human shapes only.
Field of View
140 degrees Azimuth
70 degrees Elevation
Sensor Coverage
Up to 15 feet forward
Up to 8 feet on sides
Note: Coverage may vary based on
surrounding fixtures
Mounting
Positioning
For best results, mounted flat from 3 feet to 10 feet from the floor, ideal height 6 feet.
Cover Material
- Paper
- Card Stock
- Cardboard
- Plastic – 1/8″thick
- Plex – 1/4″thick
- Fabric
- Styrene
- Wood – 3/16″ plywood
The Sensor always performs best when mounted without any covering, but can be mounted behind a variety of material types. Materials to avoid are metallic, liquid or highly reflective such as glass.
Environmental
Operating Temperature
32F to 100F
Max Humidity
95%
Downloads
Please contact us through
Online Quote Form
Fastest Custom Quote
Fill out our secure quote form with what you’d like to order – type, size, quantity, location, and desired turn time. We’ll get back to you promptly.
Quote Via Phone
Most Detailed Quote
Please call to discuss your requirements with one of our skilled Customer Service Representatives.
Email RFQ
Traditional Request for Quote
Please attach any files, information, and questions you may have to an email and send it to your inReality Salesperson or Customer Service Representative. Include your requirements, quantities, and turn time desired.
