MONITORED247

com.monitored247

Total installs
25(25)
Rating
unknown
Released
August 1, 2024
Last updated
December 13, 2024
Category
Tools
Developer
Monitored247
Developer details
Name
Monitored247
Website
unknown
Country
unknown
Address
unknown
Android SDKs
  • No items.
MONITORED247 Header - AppWisp.com

Screenshots

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MONITORED247 Screenshot 2 - AppWisp.com
MONITORED247 Screenshot 3 - AppWisp.com
MONITORED247 Screenshot 4 - AppWisp.com

Description

Monitored 247 Security System
This is an ultra-modern alarm security system with remote alerts and push notifications that offers enhanced protection and convenience. Here's a detailed description of how such our system works:
Components of the System
1.Sensors: These include door and window sensors, motion detectors, glass break sensors, and environmental sensors (like smoke and carbon monoxide detectors).
2.Control Panel: The central hub that communicates with all sensors and manages the system.
3.Security Cameras: If fitted to your system these provide visual monitoring and can be accessed remotely.
4.Alarm Siren: A siren that alerts occupants and deters intruders.
5.Communication Module: This module, often integrated into the control panel, connects to the internet and/or cellular network.
6.Mobile App/Software: Allows users to monitor and control the system remotely via smartphones or tablets,
How the System Works
1.Monitoring and Detection:
oSensors are placed at strategic locations (doors, windows, hallways, etc.). When a sensor is triggered (e.g., a door is opened, or motion is detected), it sends a signal to the control panel.
o
2.Alert Processing:
oThe control panel receives signals from the sensors It analyses these inputs to determine if there's a potential security breach.
oIf a sensor is triggered and the control panel verifies it as a genuine alert, it activates the alarm siren to deter intruders.
3.Remote Alerts and Notifications:
oThe communication module connects to the internet and/or cellular network, enabling the system to send alerts to the user’s mobile device.
oWhen an alarm is triggered, the control panel sends a notification to the user's mobile app. This can be in the form of a push notification, email, or SMS, depending on the system's configuration and user preferences.
4.User Interaction via Mobile App:
oUsers receive push notifications or alerts on their mobile devices.
oThese notifications typically include information about the type of alert (e.g., motion detected, door opened) and the location within the property.
oOur mobile app allows users to check the status of sensors, and remotely arm or disarm the system.
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Example Scenario
1.Detection: A window sensor detects that a window has been opened at 2 AM.
2.Alert: The control panel processes the signal and determines it's a potential break-in.
3.Alarm: The alarm siren is activated, and the control panel sends a signal via the communication module.
4.Notification: The user receives a push notification on their smartphone: "Window opened in the living room at 2:00 AM."
5.User Action: The user opens the mobile app, checks and sees an activation from the living room motion detector They can then call the police directly themselves
Benefits
Real-Time Monitoring: Immediate alerts.
Remote Access: Control the system from anywhere in the world.
Enhanced Security: Quick response to potential threats.
Convenience: Easy management through your mobile app.
This integration of remote alerts and push notifications with traditional alarm systems significantly enhances both security and user convenience, providing peace of mind and efficient incident management.