Features

Safebot uses artificial intelligence to acquire information from human behavior and their environment, learns, evaluates and grades it, thus providing the proper calculations that build on a personalized pattern of nervousness in the normal everyday life within a designated area. This personalized pattern is based on the evaluation of 5 properties

Kinetic Properties

5 kinetic sensors arranged to cover a defined area 360o around the device.
Velocity, direction, frequency & time are calculated to define nervousness of human beings in the protected area.

Mobility Rates

The device’s kinetic sensors calculate mobility rate in the area and process changes for specific time periods. Any change add an extra nervousness factor the affects accordingly the normality calculations of the protected area.

Sound Levels

A sound level sensor measures the sound rates. High sounds sensoring leads to modifications in the device’s calculations, affecting the normality rates of the protected area.

CO2 Breath Concerntration Rates

A CO2 sensor measures the area concentrations. High rates in movement proportionally increase those measurements, thus adding up to the nervousness calculations within the protected area.

Area Heat Feeling Rates

A heat feeling sensor measures the areas’ temperature and humidity and delivers a calculated Heat Feeling Index around the device. Any change in that rate affects the area normality calculations.

Manual Alarm

Any elderly person can send an emergency signal by pressing an SOS button on a device wristband and the system can immediately call for HELP.

All sensors’ data is being continuously processed by Safebot enriching its machine learning algorithms in order to determine the nervousness grade indications due to an abnormal human behavior.

All data is stored in the device’s memory module and being continuously processed during the learning and grading stages, configuring a dynamic calculation of everyday normality levels and defining a relevant threshold for each weighting factor affecting the nervousness overall grade, building a personalized pattern.

The results of its evaluation as well as the alarms can be transmitted to a mobile electronic device or a server in real time or upon request.

+100

Device installments

5/5

Customer rating

Alarms

Safebot can trigger the following alarms:

• Abnormal inactivity due to a possible fall or sudden decrease in the elderly rhythm due to illness
• High and abnormal nervousness due to possible rupture
• Harmful atmosphere from volatile organic compounds (VOCs), CO and CO2,
• Harmful high or low temperature (hypothermia / heat stroke),
• Harmful high humidity in the room
• Possible water leakage in the area,
• Power outage

Manual Alarm

A wrist device with a manual SOS button enables the elderly person to send an emergency signal so that the system can immediately call for help.
Alarms are sent to predefined individuals or caregivers via an application on Android and iPhone phones, as well as on a web server, automatically or optionally, and in real time.
It is also possible for alarms to be redirected to any other existing alarm system.