"To design a high quality shock sensor that actually prevents false alarms by:
1. Forcing correct sensitivity adjustment,
2. Sensing only vibrations of interest and
3. Processing all signals digitally to reject unwanted false alarm sources.
Unique Features
All three of the above challenges have lead to unique and innovative solutions:
1. Self-calibrating sensitivity indication-A unique method to ensure that the sensitivity of the unit is tuned to exactly the right setting for each individual installation.
2. Proprietary sensor element-A vibration transducer designed in-house specifically for shock detection.
3. TASSTM - A complex DSP algorithm that analyses all aspects of a signal to discriminate between true intrusion and common false alarm sources
1. Forcing correct sensitivity adjustment,
2. Sensing only vibrations of interest and
3. Processing all signals digitally to reject unwanted false alarm sources.
Unique Features
All three of the above challenges have lead to unique and innovative solutions:
1. Self-calibrating sensitivity indication-A unique method to ensure that the sensitivity of the unit is tuned to exactly the right setting for each individual installation.
2. Proprietary sensor element-A vibration transducer designed in-house specifically for shock detection.
3. TASSTM - A complex DSP algorithm that analyses all aspects of a signal to discriminate between true intrusion and common false alarm sources

