SETTER CAN UTILIZE THE OBSERVATIONAL INFRASTRUCTURE OF ALREADY EXISTING PERIMETER PROTECTION SYSTEMS BASED ON GEOPHONES, DISTRIBUTED ACOUSTIC FIBER OPTIC SENSING SYSTEMS, OR WIRELESS DISTRIBUTED GEOPHYSICAL NODAL INSTALLATIONS.
Depending on the infrastructure solution, the accuracy of the data can reach up to 3 feet.
SETTER can also utilize the observational infrastructure of already existing perimeter protection systems based on same type of sensors, or from the wireless distributed geophysical nodal installations.
Information from the field SETTER sensors goes to the cloud storage, where it is processed by artificial intelligence systems. Alerts go to the officers-in-charge.
HOW IT WORKS
[ SETTER ]
[ DATA ACCURACY ]
[ 365x24 ]
[ SENSOR TYPES ]
1M
AI
3+
SETTER will detect underground voids at depths unattainable for high-resolution geophysical sensors even on the predetermined territory.
PASSIVE DETECTION SENSOR
[ SETTER ]
SETTER & Smart City
SETTER conception can work within the Smart City ecosystem. The advanced Smart City frameworks implies among other features utilization of the existing city infrastructure and communication channels for bringing new functionality and quality to the entire Smart City platform covering the entire metropolis.
The spare, unused by the telecoms fiber optic cables (so called Dark Fiber) can be used as the multitude of distributed sensors monitoring the entire metropolis vibration space.
The alerts can signal about the digging near the communication ducts, cars driving above or pedestrians passing by, dangerous soil movement below the tunnel and equally dangerous out of range vibrations of buildings above. SETTER protects the city
“The core innovation of the approach is using ambient seismic noise instead of seismic signal emitted by the intruder. Presence of 365x24 background seismic noise worldwide makes possible tunnel detection in the same 365x24 regime”
SWISS-FRENCH ARCHITECT, DESIGNER, PAINTER, URBAN PLANNER, WRITER, AND PIONEER OF MODERN ARCHITECTURE
will detect underground voids at depths unattainable for high-resolution geophysical sensors even on the predetermined territory
[03]
ALLOWS INTEGRATION WITH THE PROVEN TECHNIQUES OF THE NUCLEAR TEST WATCHDOGS, INCLUDING OPTIONALLY SPECTRORADIOMETRY WITH SATELLITE GNSS AND LIDAR SUPPORT
[02]
can utilize the observational infrastructure of already existing perimeter protection systems based on geophones, distributed acoustic fiber optic sensing systems, or wireless distributed geophysical nodal installations
LEADERSHIP
THESE DEVELOPMENTS TOGETHER LED TO THE FIRST STEEL-FRAMED SKYSCRAPER, THE TEN-STORY HOME INSURANCE BUILDING IN CHICAGO, BUILT IN 1884
[04]
SETTER PROTECT
[ SEISMIC DETECTION ]
BOARDER SECURITY
[ PERIMETER SECURITY ]
CRITICAL INFRASTRUCTURE
[ PUBLIC SAFETY ]
SMART CITY
[ FAQ ]
FREQUENTLY ASKED QUESTIONS
We have the existing perimeter monitoring system. Do we need to dismantle it and install new equipment?[01]
You need to reassess your existing equipment to see if it can be used.
Do weather conditions (precipitation, wind, temperature) affect the operation of the system[02]
Yes they do. These parameters can be adjusted during system training.
Do extraneous noises from nearby objects affect the operation of the system?[03]
Yes they do. These parameters can be adjusted during system training.
What depths is the system capable of monitoring?[04]
Hundreds of meters and deeper down from the surface, depending on the equipment, configurable on customer's request.