Kun Liang

Cloud Infrastructure & Network Systems Researcher

Specializing in distributed computing, edge networking, transport layer protocol optimization (QUIC/BBR), and resilient overlay mesh networks.

Research & Projects

High-Performance QUIC Overlay

Evaluating congestion control models (BBRv3, Cubic) over high-jitter, trans-continental edge links.

Go / Rust / RFC 9000

Self-Healing P2P Mesh Fabric

Multi-path NAT traversal orchestration combining WireGuard kernel modules and userspace routing.

Networking / Linux

Autonomous Edge Telemetry

Decentralized node health evaluation with real-time latency probing and automated fallback switching.

Microservices / Prometheus

Distributed Key-Value Store

Raft-based state machine replication with tunable consistency levels and zero-copy storage engine.

C++ / Distributed Systems

Tech Stack & Environment

Linux Kernel, eBPF, QUIC/HTTP3, Rust, Go, Python, Docker, Kubernetes, Nginx, WireGuard, CI/CD Automated Pipelines.