Pairable Device Orientation-Based Secure Pairing
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Solution Overview
Problem
Existing wireless communication solutions, such as conventional Bluetooth pairing methods, are vulnerable to security threats and unable to keep pace with evolving malicious attack techniques, leading to potential unauthorized access and data breaches.
Innovation Solution
A pairable device equipped with at least one sensor and a controller that processes positional data to determine the device's orientation and pairing condition, enabling secure pairing only when the device is not being worn by a user and in an upside-down orientation, thus preventing unauthorized access.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional Bluetooth pairing methods (GUI pairing or physical button pairing) are used, then device connectivity is established, but security vulnerabilities exist allowing unauthorized access
Solution Approach 1:
The patent inverts the traditional pairing approach by requiring the device to be in a specific orientation (upside down) and not being worn during pairing. This unconventional requirement prevents unauthorized pairing attempts while the device is in use, as attackers cannot easily manipulate the device orientation when it's being worn, thus resolving the security vulnerability of conventional pairing methods
Solution Approach 2:
The patent changes the pairing parameters by introducing orientation detection as a conditional requirement. The controller only enables pairing when the device detects it is in an upside-down orientation and not being worn, transforming the pairing process from a simple button press or GUI selection to a multi-parameter verification process that includes physical state validation
2Productivity
If pairing mode is always enabled for convenience, then connection speed is improved, but security is compromised allowing unauthorized pairing
Solution Approach 1:
The patent makes the pairing mode dynamic rather than static. The pairing capability is enabled or disabled based on real-time detection of device orientation and wear status. When the device is worn or in normal orientation, pairing is automatically disabled. When upside down and not worn, pairing is enabled, creating a dynamic security mechanism that adapts to usage context
Solution Approach 2:
The patent performs preliminary verification of device state (orientation and wear status) before allowing pairing mode to activate. This preliminary action ensures that even if pairing mode appears enabled, the actual pairing function remains blocked until the correct physical conditions are met, preventing premature or unauthorized pairing attempts
3Reliability
If orientation-based pairing restrictions are implemented, then security against unauthorized access is improved, but device complexity increases
Solution Approach 1:
The patent implements self-service by using the device's existing sensors (accelerometer, gyroscope, wear detection sensors) to automatically determine orientation and wear status. The system serves itself by monitoring its own physical state and making pairing decisions without external intervention, eliminating the need for additional complex hardware or manual security configurations
Data Source
Figure 1~2
Figure 3A~3B
AI summary
Disclosed is a pairable device (100) and a method (200) for securely connecting the pairable device (100). The pairable device (100) comprises at least one first sensor (102) and a controller (106). The controller (106) is configured to receive positional data from the at least one first sensor (102), process the positional data to detect an orientation of the pairable device (100), determine a current pairing condition based on at least the detected orientation, wherein the current pairing condition is one of pairable, or non-pairable and transmit a pairing request, via a communication interface (110), to at least one user device (108) to enable pairing based on at least the current pairing condition.