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Nano technology sensor

Binata designs a strain gauge sensor based on nanoparticles with the ability to be printed directly onto a target substrate using Selective Laser Sintering (SLS) technology. these nanoparticle-based strain gauges offer an exceptionally high sensitivity, significantly surpassing standard thin film strain gauges. When the material is strained, the distance between the nanoparticles changes, which affects the electron tunnelling rate, leading to exponential change in electrical resistance. Resulting with Gauge Factor of at least 2 orders more then conventional strain gauge. Binata aims to leverage this cutting-edge technology to develop a wireless passive electronic patch capable of monitoring hard-to-reach inner layers. Backed by MAFAT (Israel's defense research group),

 Engineering 

Engineering
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Software

  • Design efficient & robust software architecture (maximize HW utilization, offloading CPU resources).

  • Low level drivers development.

  • All communications protocol wired & wireless.

  • Implement DSP algorithm.

  • Implement Neural Networks on edge device.

  • Edge computing for AI inference functions.

  • OS/ bare metal Real Time development.

  • Static code analysis.

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Hradware

  • FPGA design.

  • Board design (schematics & layout).

  • Bring-up.

  • Analog-digital mixed signal design.

  • Compliance with medical standard.

Algorithm

  • Signal processing.

  • Statistics.

  • Machine learning.

  • Feature art.

  • Deep learning.

  • Specialized in extracting nontrivial valuable insights from wide variety of sensors.

  • Customize high end algorithm to be implemented on end device hardware.

Light spectroscopy

Binata collaborated with Bar Ilan university in cutting-edge research recently published in the National Center for Biotechnology Information. Leveraging the power of light spectroscopy with precise electro optic design to deliver deep under skin analysis enabling new and precise capabilities for vital signs monitoring for wearable device. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10968215/ Binata developed for IR-MED a non-invasive spectrographic analysis platform that enables healthcare professionals an early detection of pressure injuries (PI), targeting the skin and underlying tissue. This system integrates Embedded Linux, a touchscreen interface, Wi-Fi connectivity, and a convenient cradle, ensuring ease of use and accessibility.

Bio-convergence

Binata has engineered a quorum sensing electro-chemical sensor that detects bacterial communication via autoinducers. These autoinducers interact with the sensor's electrodes, triggering a series of chemical reactions that result in the release of negatively charged molecules. These charges are then translated into electrical currents measured in the picoampere range. Our team meticulously designed miniature, wireless, battery-operated sensor, ensuring high precision and reliability in detecting microbial interactions.

EEG

Binata has thoroughly explored the available EEG solutions on the market and has integrated NDA front-end electronics to ensure superior brain signal acquisition. This approach enables to use dry electrodes without the need for external amplifiers using an advanced shielding technique (not grounded shielding). Binata develops EEG headband device for NeuroHelp, a company dedicated to creating neurotechnological solutions for the detection and prediction of epileptic seizures. This cutting-edge headband provides accurate, real-time monitoring of brain activity, aiding in the early detection and management of epileptic events. Furthermore, Binata has developed a real-time PC application to visualize EEG signals wirelessly over BLE, providing immediate and comprehensive insights into brain activity.

 Contact 

3 Hatnufa st.

6th fl.

Yokneam, 2069203

Israel

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Tel: 04-610-8144

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© 2019 by Binata.

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