Startups · AI

Founding Communications Engineer

Eden Robotics · San Francisco, CA, US / London, England, GB · On-site

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About Eden Robotics

Autonomous services for humanity. Backed by Y Combinator.

About the role

We are seeking a Founding Communications Engineer to own the design and delivery of a low-latency, international communications framework that enables remote teleoperators to seamlessly control our robots and collect data in real time. This is a hands-on, high-impact role where you will work closely with our multidisciplinary team to build a truly exceptional, deployment ready, robot. We move fast. If you meet the bar and can relocate by March 30, 2026, apply now.

What they're looking for

  • Strong focus on building excellent real-time communications systems
  • Proven experience shipping low-latency networking systems (teleop, live video, cloud gaming, or similar)
  • Deep understanding of real-time transport (UDP, QUIC, RTP/RTCP, WebRTC, congestion control)
  • Strong systems programming skills in C++
  • Hands-on experience with low-latency media pipelines and encoders (GPU/software)
  • Experience operating global services and measuring region-to-region performance
More about this role

We are seeking a Founding Communications Engineer to own the design and delivery of a low-latency, international communications framework that enables remote teleoperators to seamlessly control our robots and collect data in real time. This is a hands-on, high-impact role where you will work closely with our multidisciplinary team to build a truly exceptional, deployment ready, robot.

You must be willing to relocate to San Francisco by March 30 and work in-person from a shared live/work environment. We call it a hacker house. It’s a focused, high-output environment built around shipping. We can help with visas if you are from the UK or EU.

  • Design and ship a global, low-latency communications stack for real-time robot teleoperation (control, video, depth, point clouds, telemetry).
  • Select and justify transports/protocols using measured latency, reliability, and operational constraints.
  • Implement resilience: congestion control, adaptive bitrate, loss recovery (FEC/retransmit), and regional failover.
  • Ensure real-world connectivity: NAT traversal, TURN/STUN, edge/relay topology.
  • Define serialization, timing, and synchronization for tight control loops and multi-sensor...

Read the full posting on Eden Robotics's site ↗

Engineering

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