Mobile Device Security Configurator via OS Swap
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Solution Overview
Problem
Conventional security measures for handheld electronic devices, such as alarm sensors, often fail due to adhesive issues, leading to false alarms and theft, and are not scalable for managing thousands of devices across multiple locations, hindering customer inspection and retail operations.
Innovation Solution
A method involving a configurator program that connects to a device with a first operating system, backs it up, updates it to a second operating system, installs a supervising application, enrolls it with a server, and then restores the original operating system, allowing for the installation of security applications and managing multiple devices efficiently.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If alarm sensors are attached to handheld electronic devices using adhesive tape, then security monitoring is enabled, but the adhesives often fail causing false alarms and customer disruption
Solution Approach 1:
The patent replaces the mechanical adhesive-based alarm sensor attachment system with an electronic/software-based solution. A configurator program is installed on mobile devices that enables security applications to be deployed through software configuration rather than physical adhesive attachment. This substitution eliminates the reliability issues of adhesive failure and the resulting false alarms that disrupt customer experience.
2Reliability
If multiple alarm sensors are installed in various locations on devices, then theft prevention is improved, but customer inspection of devices is hindered
Solution Approach 1:
The patent replaces physical alarm sensors attached to device surfaces with a software-based security application deployed through the configurator program. This electronic solution provides comprehensive theft prevention monitoring without requiring physical sensors that would obstruct customer inspection of device features and functionality.
3Reliability
If conventional tracking techniques are used for electronic devices, then individual device monitoring is achieved, but scalability to manage thousands of devices across hundreds of locations is not possible
Solution Approach 1:
The patent creates a universal configurator program that can be deployed across thousands of mobile devices at multiple retail locations. This single software solution provides centralized configuration and management capabilities, enabling scalable tracking and security management of large device fleets without requiring individual manual setup at each location.
Solution Approach 2:
The configurator program enables automated self-service deployment of security applications to mobile devices. The system can automatically configure and deploy security applications across multiple devices without requiring manual intervention for each device, thereby achieving scalability to manage thousands of devices across hundreds of locations efficiently.
Data Source
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AI summary
An automatic application configurator method. The method includes connecting a configurator program to a device installed with a first operating system; presenting a graphical user interface comprising a plurality of device details; initiating a configuration process; backing up the device to a backup file local to the configurator program; presenting a graphical user interface comprising a plurality of firmware versions; receiving a selection of a selected firmware version from the plurality of firmware versions; validating that the selected firmware version is available, and responsive to the selected firmware version not being available local to the configurator program, downloading the selected firmware version from an external system; updating the device to a second operating system without erasing any user data of the device; restoring the device using the backup file; supervise the device with an application; enrolling the application with a server; and restoring the device with the first operating system.