Individual Entry/Exit Registers TRIZ Cases

A mobile device validates users via secure short-distance communication using low-powered beacons and zone computers.

Technician mobile unit detects lock control units and sends electronic keys, eliminating manual key distribution.

Local storage of access control timestamps on user devices reduces server data volume while preserving location tracking privacy.

Building alarm system automatically arms when door lock fails to engage, resolving security vulnerabilities from missed locking events.

An integrated access control system fits within a standard single gang box enclosure.

A controller generates dynamic electronic keys to actuate electro-mechanical latches via smart devices.

Central unit stores presence data from badges to trigger alarm activation only when all badges are absent and access door movement occurs.

Dynamic priority adjustment for UWB ranging sessions reduces access delay by increasing session importance as distance decreases.

A mobile device filters Bluetooth Low Energy advertisements using stored credentials to identify the correct access control.

Detecting user exit from a shop to transmit tailored recommendation information, resolving timing accuracy delays without requiring GPS activation.

A smart locker platform uses Bluetooth Low Energy token transmission for automatic device detection and remote compartment unlocking.

A virtual panel emulates physical access control hardware on mobile devices to enable portable operation.

Replacing physical cards and GPS, the system uses electronic badges and beacons to eliminate loss risks while enabling real-time access monitoring.

An automated inventory system uses motion detection to trigger image capture, replacing manual counting with real-time data collection.

A camera tracks individuals to obtain biometric data and determines a security indicator based on the difficulty of acquisition.