Gunshot
1) acoustic localization of gunfire 2) gunshot trace residue analysis. Also known as: Gunfire
See Also: Gunfire, Shooter, Test Ranges
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Gunshot Detection & Localization System
Information System Technologies Inc.
ISTI’s acoustic transient (e.g. gunshot or any other) event detection and localization technologies exploit low-cost distributed sensors with local processing capabilities. Key benefits include: better capture of muzzle blast and ballistic shockwave in urban environments, lower false alarm, real-time response, robustness to loss of sensor nodes, low hardware complexity, flexibility to configure a dynamic local network and ease in deployment. The Graphical User Interface (GUI) allows for control over the sensors and network while providing an overall assessment picture. Unlike existing gunshot detection and gunshot localization systems, the distributed sensing solutions (algorithms and hardware/software) developed by ISTI can support different sensors including acoustic, seismic and IR.
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Mixed Mode Testing
The Mixed Mode add-on modules for the Random Vibration Control Software allow tests to run with sine tones and/or narrowband random signals superimposed on a random background. Mixed mode testing is a complex control task, and m+p VibControl supports three modes: Sine-on-Random (SoR), Random-on-Random (RoR) and Sine-on-Random-on-Random (SoRoR). Gunfire burst control can also be superimposed in each case.
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Shock Impact Testing
Environment Associates provides everything you need in drop shock testing — package/container, drop shock/impact systems and electro-dynamic simulated pulses. With our equipment, we specialize in tuned, matched impacts from 20 Gs to 30,000 Gs and from 30 ms to .02 ms in sine, saw-tooth, square-wave, gunfire and rotational cam pulses for almost any set of standards, or for any real-life condition. We can also handle a large range of weights and sizes. EA’s specialists will match the right test, equipment and configurations to your product. We also provide fixture design and special set-up solutions to mount and monitor your product’s functionality during and after testing.
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Commercial Sensing
Hyperion Technology Group, Inc.
Sensor engineering and signal processing for security, surveillance, and geospatial science including commercial off-the-shelf sensors, signal processing and sensor engineering for the detection of seismic and volcanic activity and the detection and location of live weapons fire, acoustic sensing and signal processing for the detection of gunfire and explosions in public places, and more.
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Vehicle Based Gunshot Localisation
ACLOGUS
Incoming direct fire poses a threat to the vehicle and, when manned, to its crew. Traditional acoustic systems to detect and localize incoming Small Arms Fire do not work when the vehicle is driving, which is in essence the key to survive on the battlefield in the first place.
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Trace Evidence Workstation multi-examination
ffTATM
Powerful and versatile, the ffTA provides the forensic scientist with a range of techniques, both new and old, for the examination of trace evidence including: Glass fragments, bodily fluids, gunshot residues, drugs and illicit substances, paint chips, pigments, organic and synthetic fibres.
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Indoor Gunshot Detection & Localization
SHOTPOINT
Shotpoint’s indoor sensor includes the basic sensor board in a rugged plastic enclosure with an additional PoE module. The enclosure includes a mounting ring that attaches to a 1-gang electrical box or low voltage frame for easy mounting to walls and/or ceilings. Two(2) sensors with 165ft maximum spacing provide total area coverage and peace of mind in any indoor space.
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Indoor Gunshot Detection And Response System
Pre-SenseShot
Information System Technologies Inc.
ISTI offers a new detection system to the facility security and safety industry to quickly neutralize an active shooter and more quickly secure and protect occupants. When confronted with an active shooter situation first responders and safety personnel face immediate tactical disadvantages. Beyond rushing towards ensuing chaos, 9-1-1 calls and eye witness reports are often disjointed, inaccurate, and lack precise location information required to make real time responsive decisions as they arrive on scene. Likewise within the building, the crisis triggers panic and chaotic scrambles towards exits and assumed safe havens. However unorganized and uniformed retreats may actually be leading evacuees back into harm’s way.
