Electro-Optics Research & Development (EORD) Ltd. Is a subsidiary company owned by the Technion Research & Development Foundation and the "RAD-Bynet" Group.

EORD is located in the Technion Campus, with close access to the Technion scientific know-how and facilities.

EORD has profound expertise in R&D of remote sensing technologies and their by-products, embracing fields as Acoustics, Seismology, Millimeter Waves (MMW) Imaging and Electro-Optics (Vis & IR). 

EORD is focused on Remote Sensing R&D efforts in the millitary as well as Homeland Security (HLS) markets. Emphasize is put on Target Signature Analysis with regard to capabilities like Identification, Direction Finding and Position Location. Such capabilities involve state-of-the-art Signal and Image Processing techniques.


EORD offers Expert Services & Products for Millitary and HLS Markets

Acoustics and Seismology
EORD’s acoustics & Seismology team has achieved outstanding accomplishments in the fields of object detection, direction finding (DF) and identification (ID), using phased array sensing technology and advanced Wavelet Analysis methodology utilizing state-of-the-art signal processing approaches.
The team has also developed a highly proficient technique for small signal extraction from background noise. Our sensing technology can be used under ground, above ground and on aerial platforms such as small UAVs. 

Signal Processing & Hyper/Multi Spectral Analysis
EORD offers cutting edge technology and unique know-how combining image processing with hyper/multi spectral analysis, thus achieving higher detection accuracy.

The main tools for signal/image analysis and feature extraction, are Wavelet based analysis combined with spectral/spatial information.

Millimeter Wave Imaging
EORD is involved since 1997 in passive and active millimeter wave imaging technologies. The main passive MMW activity is concentrated in the higher spectral regions of 140GHz and 220GHz. Active MMW imaging is in the 33-50GHz and 75-110GHz regions.

Among other facilities, there is a anechoic chamber, used for calibrated measurements of MMW reflections and Radar Cross Section signatures.