Design and build networking systems to stream Unity simulation state to external hosts while balancing bandwidth, latency, convergence, and visual consistency.
Invent new synchronization models from first principles designed to mitigate latency, including engine-agnostic interpolation/prediction/rollback, and distributed authority models.
Optimize bandwidth through bit-level serialization, delta-compression, and message dispatch schemes.
Diagnose and fix end-to-end desyncs, race conditions, and jitter when two engines disagree about reality under real-world network conditions.

Requirements

Networking Mastery: Transport layers, reliability, topology design, serialization, and realtime synchronization (generalized prediction, rollback, and interpolation) for high-performance games.
Engine-Level Netcode: Track record shipping scalable multiplayer systems for latency-sensitive games (FPS, action, MMO, or similar). You haven't just used a networking library—you've written or heavily extended one.
Distributed systems experience: Large-scale systems (MMORPGs, cloud gaming, simulations) where synchronization and determinism matter.
Low-Level Fluency: Strong C++ and C# skills. Comfortable capturing raw packets to diagnose timing issues or optimize at the bit level.
You might also have Fluency with diverse networking models (authoritative server, deterministic lockstep, peer-to-peer).
Background with cloud game servers, containerization, and orchestration (GCP, AWS, Azure).
Experience in network security, encryption, or cheat prevention.
Exposure to Unity DOTS or similar high-performance, data-oriented frameworks.

Benefits

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

C++C#bit-level serializationdelta-compressionmessage dispatchreal-time synchronizationnetwork securityencryptionUnity DOTSnetworking models