Greg Cusack is a software engineer with a decade of experience building high-performance, networked and distributed systems, currently focused on Solana validator technology at Anza Technology. He helped harden Solana's gossip protocol—adding monitoring, performance improvements, and more efficient data propagation—work that contributed to one of the largest Web-Scale blockchain projects. Greg blends deep research chops (PhD work on programmable compute infrastructure at CU Boulder) with production systems experience from roles at Solana Labs and Netflix, where he scaled container-level network telemetry. He is proficient across Rust, Python, cloud platforms and Kubernetes, and has built simulator and testing frameworks to analyze real-world network behavior. Based in Los Angeles, he maintains an active GitHub and a technical portfolio site demonstrating his research and tooling. Colleagues rely on him for pragmatic, measurement-driven fixes to complex distributed-network problems that surface only at web-scale.
10 years of coding experience
8 years of employment as a software developer
Cate School
Bachelor of Science - BS Double Major: Electrical Engineering Computer Science & Engineering, Bachelor of Science - BS Double Major: Electrical Engineering Computer Science & Engineering at Santa Clara University
Doctor of Philosophy - PhD Computer Engineering - Networked and Distributed Systems, Doctor of Philosophy - PhD Computer Engineering - Networked and Distributed Systems at University of Colorado Boulder
Web-Scale Blockchain for fast, secure, scalable, decentralized apps and marketplaces.
Role in this project:
Backend Developer
Contributions:81 reviews, 1 commit, 51 PRs in 1 day
Contributions summary:Greg's contributions primarily involved enhancing the Solana blockchain's gossip protocol. They implemented metrics for monitoring the gossip loop and made code adjustments to improve performance and message handling within the network's communication layer. Furthermore, the user addressed issues related to data synchronization and implemented changes for more efficient data propagation via PUSH requests. They also refactored test code and addressed bugs in the gossip protocol implementation.
Contributions:16 commits, 17 pushes, 2 branches in 1 month
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