Database


This project has developed the Dye Solar Cell (DSC), a third-generation, thin-film solar cell. The company produces solar modules of any color and for installation anywhere, even behind trees and structures that shade the module. Its DSC modules are also effective in occluded and low-angle light, generating more kilowatt-hours for each kilowatt of modules.

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This project is developing an implantable device for the treatment of benign prostatic hyperplasia (BPH), an enlarged prostate gland. Unlike surgical treatment, which typically requires a recovery period and carries the risk of complications, the project’s device is nonsurgical, can be inserted in a physician’s office, and offers immediate relief. Its novel medical device for the treatment of BPH had obtained European CE mark approval.

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This project offers a security solution created specifically to protect against the new and growing vulnerabilities of the IOT universe. Utilizing proprietary technology and advanced algorithms, the company’s solution seeks to simplify and unify the complex and often inefficient IOT security process by providing one solution for all devices, operators, and threats.

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This project develops and manufacture a patented bioactive compound extracted from avocado pits (biowaste) and used as an active ingredient to enhance personal care products and treat dermal disorders such as psoriasis and atopic dermatitis. It has demonstrated in preclinical and clinical studies its ability to repair damage to the human skin caused by UV radiation, pollution, aging, and other stressors. It has also proven effective for phospholipase A2 inhibition and other dermal inflammatory disorders.

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This project is focused on developing the future of blood pressure monitoring devices by providing cuff-free, comfortable, and discreet continuous monitoring of this critical vital sign. It uses its proprietary, RF-based technology to generate a unique signal from the radial artery, from which it can evaluate the patient’s systolic and diastolic pressures.This project aims to revolutionize the diagnosis and management of hypertension by bringing a new standard of care to clinics, home healthcare, and hospitals.

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Nowadays, there are more and more advertisements on the Internet, while how to attract users to click is a big problem. Most of existing solutions are not efficient. For example, some solutions use advertisement saturation strategy, and this means users will receive a lot of spam ads. And it is very likely that most of these Ads will be blocked when the ads are directly delivered to users. To solve this problem, this project has developed an intelligent marketing advertisement analysis technology. This project is a platform that optimizes business processes for mobile apps. It tackles processes that are relevant to almost every type of app by detecting behavioral usage patterns and leveraging them to optimizes critical processes pertaining both to mobile growth – such as improving virality, app store ratings and reviews, and feedback – and monetization, including improving ads and in-app purchase conversion rates.

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This project develops advanced CMOS image sensor chips for various industries, specializing in highly reliable, accurate, portable, and affordable 3D image sensing. So far, its advanced ultra-sensitive and low-power CMOS image sensor chips are for two main market segments: machine vision – laser lidar based devices, and spectral analysis for portable food inspection and medical devices.

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This project has developed a module unit that can be incorporated into conventional apheresis systems, designed to effectively and specifically extract plasma proteins responsible for hyperfibrinolysis, resulting in blood and plasma products with enhanced coagulation properties for improved treatment of excessive bleeding.

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Summary: This project develops a wearable device for continuous, noninvasive, accurate, medical-grade monitoring of 14 vital signs including blood pressure, oxygen saturation, respiratory rate and heart rate etc.What’s more, this wearable device automatically uploads the recorded data to a smartphone-based app and to the cloud, where it can be monitored remotely. Caretakers can intervene if needed, and users can receive alerts directly from the app. This provides caretakers with an important tool to assist in disease management and optimize clinical outcomes.

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This project is a parental awareness app that not only reports threats to children and alerts parents in real-time. What’s more, it balances between monitoring the child and giving them the freedom they need to thrive.

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This project develops an easily implantable, refillable, reservoir-type device for long-lasting ocular drug release.

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