Udip Pant is a software engineer with 8 years of experience building high-performance, large-scale distributed systems and network infrastructure, now working on Netflix’s Open Connect Edge Accelerator. He has deep expertise in caches and distributed key-value stores, reverse proxies and load balancers, and transport protocols (TCP/UDP/QUIC), and has implemented QUIC server-side support and contributed to Facebook’s open-source mvfst. At Meta he led reliability and efficiency efforts across Memcache and Layer-4/Layer-7 load-balancers, designed eBPF-based socket-level multiplexing that increased UDP throughput tenfold, and developed novel stateless TCP routing and rollout mechanisms shared at SIGCOMM. He pairs hands-on systems development with DevOps and build-system contributions (folly, wangle, katran), showing comfort across data plane, control plane, and deployment tooling. Based in Madison, WI, he combines production-scale impact with a background in performance tuning and even holds multiple patents from earlier work at Amazon.
8 years of coding experience
11 years of employment as a software developer
Master of Science (MS) Computer Science, Master of Science (MS) Computer Science at University of Wisconsin-Madison
BS Computer Science, BS Computer Science at Brigham Young University
Contributions:62 commits, 5 PRs, 3 pushes in 2 years 5 months
Contributions summary:Udip primarily contributed to the `mvfst` repository, which is an implementation of the QUIC transport protocol. Their work involved creating and modifying build scripts, as evidenced by the addition of a script to build `mvfst` and modifications to the build process. They also made changes to test files, specifically to address issues related to stream handling and packet processing, demonstrating a focus on improving the core functionality of the protocol. The user also made updates to the codebase by renaming methods and factory classes.
Contributions:11 reviews, 80 commits, 9 PRs in 2 years 4 months
Contributions summary:Udip's commits primarily revolve around enhancing Katran, a high-performance layer 4 load balancer. They focused on modifying QUIC protocol handling, specifically adjusting parsing logic for QUIC long headers and versioning. Key contributions included updating internal representations of IP addresses and implementing methods to add/update source IP for packet encapsulation, indicating work on core network processing and routing functionality within Katran.
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