Remote/Hybrid Europe Low-Latency Network Engineer

Kyber; United States; Hybrid; USD 99,000 - 143,000; Full time

Benefits offered by this job

Market-aligned salary

On-site, hybrid, or full remote within

Full-time permanent contract

Autonomy in technical decisions

Job summary

Kyber is seeking a Network Systems Developer to own the low-level transport layer of a real-time, low-latency remote control platform. You will design, harden, and debug networking components powering teleoperation, remote desktop, and remote rendering where every millisecond matters.

You will lead architecture discussions, perform in-depth debugging, and author durable technical documentation while ensuring robust performance on Windows internals and system tooling.

Qualifications

• 5–10 years in professional software development with a focus on network programming.
• Deep knowledge of TCP/IP, UDP, congestion control, NAT traversal, encryption, and streaming.
• Strong OS concepts: threads, scheduling, memory, I/O, and sockets.
• Experience with QUIC; familiarity with WebRTC, HLS, RTMP, or USB over IP.
• Proficient in C/C++, Rust, or x86/x64 assembly; Git in collaborative workflows.

Responsibilities

• Design, develop, and optimize network components for a low-latency real-time transport platform.
• Investigate and resolve performance, memory management, synchronization, and security issues.
• Advanced debugging including crash dump analysis, kernel debugging, stack analysis, and occasional reverse engineering.
• Write clear, durable technical documentation for systems-level work.
• Participate in low-level architecture decisions and conduct code reviews.
• Maintain continuous technical watch on Windows internals and system-level tooling.

Skills

Network programming

TCP/IP & UDP

Operating system concepts

Network debugging

C/C++/Rust

Git

Tools

Git

Job description

Kyber is seeking a Network Systems Developer to own the low-level transport layer of a real-time, low-latency remote control platform. You will design, harden, and debug networking components powering teleoperation, remote desktop, and remote rendering where every millisecond matters.

You will lead architecture discussions, perform in-depth debugging, and author durable technical documentation while ensuring robust performance on Windows internals and system tooling.