Software Engineer, Networking

Tailscale Tailscale · Enterprise · Remote · Engineering

Software Engineer role focused on designing, building, and maintaining Tailscale's global Funnel and DERP relay infrastructure, emphasizing network engineering, SRE/DevOps, and distributed systems. The role involves ensuring scalability, high availability, performance, and security of hosted services, as well as troubleshooting customer network issues and contributing to open-source client code and the product dataplane. Experience with Go is highly desired.

What you'd actually do

  1. Design, construct, and oversee Tailscale’s global Funnel and DERP relay infrastructure.
  2. Promote operational excellence and automation to guarantee the scalability, high availability, and performance of hosted services.
  3. Offer architectural guidance and troubleshoot escalated networking problems for customers to address intricate connectivity issues.
  4. Partner with internal engineering and product groups to advance hosted services and clients, ensuring updates provide broad value to our customer base.
  5. Support network connectivity capabilities and features by contributing to the open-source client code and developing the Tailscale product dataplane.

Skills

Required

  • networking software development
  • troubleshooting
  • VPNs
  • NAT traversal
  • routing
  • IP addressing
  • distributed systems
  • global-scale services
  • SRE & DevOps methodologies
  • interpersonal skills
  • autonomy
  • adaptability
  • communication abilities

Nice to have

  • Go programming language

What the JD emphasized

  • extensive network engineering knowledge
  • software development and SRE/DevOps proficiency
  • architectural guidance
  • troubleshoot escalated networking problems
  • networking features
  • connectivity solutions
  • network dataplane
  • network protocols
  • escalated network difficulties
  • incident management
  • technical support escalations
  • performance, reliability, and scaling capabilities
  • security-centric approach