Description

The combination of the Korean company’s fast beam steering technology with Israeli company's Sparq-2020 Baseband processor/Accelerator for Ultra-low latency performance using Minislots numerology would create the fastest 5G solution in the market with latencies (below 0.5 milliseconds) never achieved in broadband cellular wireless networks. This type of latencies that are 100 time shorter than latencies achieved in 4G networks open endless opportunities to cellular and vertical operators to run Time Sensitive Networks (TSN) and mission critical applications.

Description

This project focuses on developing an innovative in-building radio communication system intended for existing high-rise buildings. It is well known that in building of 7 floor and above (75 ft), the communication signal is degrading by concrete, metal, and other building materials. This is prohibiting the critical reliable communication during emergency event. Here the two companies proposed the development of innovative emergency responders radio communication system (ERRCS) to allow for a clear radio transmission between first responders to enable them to be fully informed and prevent further injuries and save more lives.

Description

The R&D goal is to design an optical access system that replace current SDH based MSPP products and provide OSU-based sub-1G services to clients of a telecommunications services provider. The optical access system be developed by Korean company, and it would be based on OSU processors named Scorpion, that be developed by Israeli company.

Description

The target of this project is to form a cooperation between South Korea and Israel for the production of specific polysaccharides and polyphenols from seaweeds for the cosmetic market. The Israeli partner produce the best seaweed raw material and the South Korea partner extract out of it the best relevant cosmetic products. Samples be cultured in Israel and sent for evaluation in South Korea. This lead to a basic production protocol, which be economically tested for further development.

Description

'This project proposed two R&D goals':
-Developing handheld ultrasound system for cardiac care that consist of

1. The wireless handheld ultrasound device: high image quality and functions based on the innovative scan technology

2. The ultrasound diagnosis app: running on iOS, Android, and Windows device
-Cardiac Ultrasound system with AI-based guidance

Description

The goal of this proposal is to establish an innovative nanomedicine platform to enable an effective tumor-targeted systemic delivery of oncolytic adenovirus (oAd) or an oncolytic adenovirus plasmid DNA (vpDNA). To achieve this goal, Korean company develop an oncolytic adenovirus (GM-oAd) or viral plasmid DNA (GM-vpDNA) as a therapeutic cargo while Israeli company develop methods to encapsulate these cargos in their tumor-targeted systemic delivery platform, which is a cell-derived nano-vesicles produced from the cell membranes of naturally tumor-targeted mesenchymal stem cells (MSCs).

Description

Israel company's system provide unique control and automation rules based on advanced algorithms that enable the system to determine whether rooms/areas are consuming un-needed power or not. The algorithms learn people's behavior in each timeslot of the day, and based on that it can smartly determine whether people left or they are just out for a break. Also Korean company’s machine learning-based energy saving modules can reduce the consumption of a building’s electiricy by more than 40%. Combining these two enegy-saving sofoware, the two company aim to provide a smart and much easy-to-use BEMS to worldwide users.

Description

The objective of this collaboration is to create a proof of concept (POC) with the ability togo to mass production that tests the ripeness of fruits, specifically avocados. During thefeasibility project period the companies test the synergy of our two companies inpreparation for the further collaboration.

Description

The aim of this project if to develop a remote sensing 3D gas plume mapping system, based on thermal cameras. The aim of this project is to take the OGI technology to the next level in two aspects. 1) continuous monitoring of big sites with multiple cameras in different location. Such sites are storage tank terminals or refineries (including flares); 2) mapping the gas plumes by the multiple OGI camera system and defining the source of the leak.

Description

The aim of this project is to develop modern methods for reducing the price of ultrasound probes to a level that is suitable for the consumer market and to enable high volume production for this market.The goal is to utilize modern high volume, low cost processes such as those used in the silicon industry and to develop and adapt these methods to be suitable for piezo-electric crystalline-based probes. This allows both companies to integrate the probe into its ultrasound devices for home use.