Zach Shani is an experienced DevOps Engineer currently employed at Eye-Net Mobile since February 2020. Prior to this role, Zach worked as a DevOps Engineer and System Integration Specialist at Atrinet from November 2018 to January 2020, focusing on AWS and on-premises cloud systems management. Zach's career also includes a position as Senior System Integration Specialist at Mavenir, where responsibilities included integrating platform and multi-value added services systems. Zach led a system integration team at Tech Mahindra, demonstrating expertise in R&D Linux/UNIX systems and virtualization solutions. Additionally, Zach contributed to Comverse's OMAP group as a System Integration & T4 Support expert, along with experience in logistics management at NCR - I.E. MITTWOCH & SONS. Zach holds a Bachelor of Technology in Computer Software Engineering from the Academic College of Engineering in Tel-Aviv, in academic cooperation with Tel Aviv University.
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Eye-Net Mobile
Eye-Net Mobile is a technology product company, engaged in the design and development of cellular-based V2X (vehicle-to-everything) accident prevention solutions. The project has been running within Foresight Automotive for more than 2 years prior to establishing the activity as a designated company in May 2018. Eye-Netâ„¢ is designed to provide real-time pre-collision alerts to vehicles and vulnerable road users (pedestrians, cyclists, scooter drivers) by using smartphones and relying on existing cellular networks. The Eye-Netâ„¢ solution is a software-based platform, agnostic to cellular infrastructures, that seamlessly adapts to the cellular network generation. Eye-Netâ„¢ uses advanced algorithms to compensate for latency that each mobile device is suffering from, and to optimize alert timing for each of the road users involved. Designed to provide a complementary layer of protection beyond traditional Advanced Driver Assistance Systems, the Eye-Netâ„¢ solution extends protection to road users who are not in direct line of sight, and not covered by other alerting systems and sensors.