MESH, Inc. Micro Engineering Software & Hardware A CERTIFIED WOMAN-OWNED COMPANY Innovative Solutions through Advanced Engineering Standoff Sensing Firefly Software and Data Products Sensor Netting Algorithm Tomography Algorithm Software Point Sensing Auto Cal Stream Selector MESH, Inc. Micro Engineering Software and Hardware Proud Member of the Countering Weapons of Mass Destruction Consortium 610 932 7754 info@meshoxford.com All aspects of website created by Nudge Advertising in partnership with MESH Inc. and Technology Solutions

MESH, Inc. Micro Engineering Software & Hardware A CERTIFIED WOMAN-OWNED COMPANY Innovative Solutions through Advanced Engineering Thomas Gruber, PE Thomas Gruber, MESH’s Director of Engineering, has over 25 years of experience in FTIR chemical sensor R&D. In this position he is responsible for managing project resources and directing the technical approaches. He is responsible for the design and development of the iMCAD and CCTS products. This work includes embedded electronics, blackbody calibration devices, enclosure design, radiometric signal processing/signal modeling, quantitative detection, and tomographical mapping software. He developed the radiometric calibration, synthetic data, quantitative detection, and tomographic mapping software programs for MESH. Thomas is the Principle Investigator on both the Sensor Netting Algorithm and the Hyper-Spectral Imager. Education MS Mechanical Engineering 1993, Texas A&M Univ., College Station, TX BS Mechanical Engineering 1991, Clemson Univ., Clemson, SC Education Professional Engineering License 2012 MESH, Inc. Micro Engineering Software and Hardware Proud Member of the Countering Weapons of Mass Destruction Consortium 610 932 7754 info@meshoxford.com All aspects of website created by Nudge Advertising in partnership with MESH Inc. and Technology Solutions

MESH, Inc. Micro Engineering Software & Hardware A CERTIFIED WOMAN-OWNED COMPANY Innovative Solutions through Advanced Engineering Firefly Low Cost Hyperspectral Imaging Sensor (HSI) Michelson type Fourier transform infrared (FTIR) hyperspectral imaging (HSI) sensors are used for standoff visualization and identification of chemical vapor plumes; however, currently available COTS sensors are expensive (>$750k), large (>100L), and massive (>30kg). MESH’s goal is to achieve a 10x cost reduction, 3x size reduction (<30L), and a 3x mass reduction (<10kg for optics and electronics) in order to support fixed site applications, man-portable sensing applications, and UAV/gimbal applications, which require a low cost and/or smaller size HSI sensor. New enabling technologies for this HSI approach include the micro-bolometer IR camera and the piezo-electric mirror drive. Publications “Hyperspectral Imaging FTIR Sensor Design for Standoff Detection Applications”, Defense, Security, and Sensing 2012, SPIE, Baltimore, Maryland, April 2012 Link Here MESH, Inc. Micro Engineering Software and Hardware Proud Member of the Countering Weapons of Mass Destruction Consortium 610 932 7754 info@meshoxford.com All aspects of website created by Nudge Advertising in partnership with MESH Inc. and Technology Solutions