Experience

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  Israeli navy

  Nov 2012 - Nov 2015

  Shift commander of the combat information center
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  Intel corporation

  Nov 2020 - Jan 2023

  Software engineer

  At Intel, within the dynamic world of the Wireless & BT team, I thrived as a Backend Software Engineer. Here, I found myself working in a truly multidisciplinary environment, collaborating seamlessly with engineers from various backgrounds.My core responsibility was to design and develop the software infrastructure that served as the backbone for integrating and validating multicore wireless products. This infrastructure ensured a smooth and efficient process, allowing us to thoroughly test and refine these products.Furthermore, I embarked on creating and implementing tools for both manual and automated testing platforms. These custom-built tools became instrumental in enhancing the capabilities of the RF, VLSI, and Design Verification (DV) teams. The improved tools ultimately led to a significant increase in both the accuracy and efficiency of their results.My time at Intel wasn't solely about technical expertise; it was about the impact we achieved together. Working within a multidisciplinary environment, I honed my ability to collaborate effectively. This collaborative spirit, coupled with a shared purpose, fueled our efforts to bring cutting-edge wireless technologies to market. Show less

• 

  Jfrog

  Jan 2023 - now

  Software engineer

  I'm a Backend Software Engineer at JFrog, in the Artifactory Federated Repositories team.Here, I'm spearheading the development of a brand new microservice, RTFS, from its initial concept all the way to production.Beyond core development, I take ownership of the telemetry domain for RTFS. This means I lead the integration of a comprehensive telemetry system, ensuring we capture valuable insights. I don't just integrate, I define and design custom metrics with Micrometer, providing a granular view of the service's health and performance through informative Grafana dashboards. This allows us to proactively identify and address any potential issues.For deep visibility into request flows across our entire system, I leverage the power of OpenTelemetry with distributed tracing. To further enhance troubleshooting efficiency, I implemented Grafana Tempo, establishing a central hub for analyzing these traces.To build a truly responsive and high-performing service, we utilize Java Reactor and Webflux. These technologies create a non-blocking, asynchronous architecture, capable of handling high concurrency and propagating events at massive scale with exceptional speed.This project fosters a strong sense of collaboration within our development team as we work together to bring RTFS to life. It also allows me to continuously hone my technical skills in Java, Spring, and microservices architecture while gaining valuable experience in designing and implementing scalable backend systems. Show less