Software Engineer, High-Performance Network Virtualization

ByteDance; Seattle (WA); On-site; USD 207,000 - 368,000; Full time

Job summary

ByteDance Networking in Seattle is seeking engineers to design, develop, and deploy virtual network architectures that scale across cloud products. You will collaborate with multiple product teams and customers to implement VPC/VxLAN based solutions, SDN-enabled networking, and high-speed network virtualization.

The role emphasizes software-hardware integration, hands-on work with Tofino and DPUs, and exposure to Linux kernel development in a high-availability data-center environment.

Qualifications

• Familiar with virtual network technologies such as VPC, VxLAN, OVS, EVPN, etc.
• Proficient in several mainstream programming languages such as C/C++, Go, etc.
• Strong problem solving and troubleshooting skills
• Experience in distributed systems a plus
• Experience in Linux and/or kernel programming and development a plus

Responsibilities

• Work on ByteDance's virtual network architecture, design, development, and deployment and collaborate with multiple product teams and customers.
• Apply network virtualization technologies in various cloud products including VMs, containers, and virtual network gateways.
• Utilize hardware offloading technologies and related software stacks in many network virtualization areas and high speed networks.
• Emphasize on software-hardware integration with state-of-the-art programmable hardwares including Tofino and DPUs

Skills

VPC/VxLAN

C/C++

Go

Linux kernel programming

Problem solving

Distributed systems

Tools

OVS

Tofino

DPUs

Job description

ByteDance Networking in Seattle is seeking engineers to design, develop, and deploy virtual network architectures that scale across cloud products. You will collaborate with multiple product teams and customers to implement VPC/VxLAN based solutions, SDN-enabled networking, and high-speed network virtualization.

The role emphasizes software-hardware integration, hands-on work with Tofino and DPUs, and exposure to Linux kernel development in a high-availability data-center environment.