Research & Support Engineer Netmarks Mar 1998 ~ Jun 2001 Regional manager, Global Support Center Network Appliance Jul 2001 ~ Dec 2006 Director of Service Development Operation SGI Japan Feb 2007 ~ Sep 2008 • Product Intro and Support for Operators • Data Center Operation (energy efficiency) • Technical Team Management Network (Enterprise / Telecom / ISP) ATM, VPN(IPsec), xDSL, MPLS Content Delivery Network & Storage Web/Streaming Cache & LB, NFS/SAN Data Center & SaaS (MEX/SGI) Energy Efficiency, DesktopVPN (SaaS) ~10 years Senior Product Manager Sable Networks Apr 2008 ~ Nov 2010 Solution Architect Parallels Dec 2010 ~ Mar 2014 VP of Technology Riava Jul 2014 ~ Sep 2015 Principal Engineer Lumina Networks Nov 2018 ~ Aug 2020 Co-Founder, CTO Ponto Networks Dec 2015 ~ Jun 2018 Network Automation SDN Controller, Orchestrator OpenFlow, FPGA, WhiteBox NOS Switch Design & Development Flow Router, IPv6/v4 Translation (nat64) Service Automation & Container Operation/Business Support System • Product Design and Development • Management and Board member of Startup Companies • Support Japan Market Entry • Technical Consulting / Support • Open-Source Community 10~20 years Lagopus OF Switch Kentaro Ebisawa(海老澤 健太郎) https://www.linkedin.com/in/ebiken/ Principal Researcher TOYOTA Motor Corp. Nov 2016 ~ Dec 2023 Network Infra for Connected Cars Research Professor NTT Ltd. Dec 2020 ~ Nov 2023 Operator Network Technology TOYOTA InfoTechnology (Nov 2016 ~ Mar 2019) Merged to TOYOTA Mortor Corp on Mar 2019 ~25 years Principal Engineer | Arrcus, Inc. Jan 2024 ~ current Virtualization of Data Plane
#1| 海老澤健太郎 Arrcus, Inc https://github.com/NVIDIA/doca-platform/blob/release-v25.4/docs/public/developer-guides/integration.md Jan 13, 2025 @ NVIDIA Tech Blog “Powering the Next Wave of DPU-Accelerated Cloud Infrastructures with NVIDIA DOCA Platform Framework” https://developer.nvidia.com/blog/powering-the-next-wave-of-dpu-accelerated-cloud-infrastructures- with-nvidia-doca-platform-framework/ OVS-DOCA serves as the core networking stack within DPF, facilitating secure, high-performance network connectivity for BlueField-accelerated applications. It provides advanced networking functions and efficient traffic routing within Kubernetes environments, ensuring that BlueField resources can be fully utilized without compromising on performance or security. This foundation enables developers to build high-throughput, latency-sensitive applications with ease. 参考