Senior WebRTC Firmware Developer

About the Role

We're looking for an expert-level developer to own and evolve our WebRTC streaming orchestration service for smart home hub devices. This is a critical component that bridges IoT cameras with cloud services, enabling real-time video streaming for thousands of deployed devices.

You'll join our firmware team and take full ownership of a production Go application (~6,600 lines) that handles WebRTC streaming, MQTT communication, and cloud integration.

What You'll Work On

WebRTC Streaming Pipeline

• Manage real-time video streaming from IP cameras to cloud clients via WebRTC and RTSP protocols

MediaMTX Integration

MQTT Gateway

Network Resilience

ICE / TURN Server Management

Metrics & Observability

Tech Stack

Language :

Go 1.22 (compiled for ARM Linux)

Protocols :

WebRTC, RTSP, MQTT, WebSockets, MSE

Key Libraries :

paho.mqtt.golang, gortsplib, gorilla / websocket, zerolog, viper

Infrastructure :

MediaMTX, MQTT broker, cloud APIs

CI / CD :

GitLab pipelines, S3 deployment

Target Hardware :

ARM-based smart home hubs

Requirements

Must Have

Expert Go development

Deep WebRTC protocol knowledge

Embedded systems experience

Network debugging skills

RTSP / streaming protocols

Nice to Have

MQTT protocol experience

IoT / smart home domain knowledge

Experience with MediaMTX or similar media servers

OpenTelemetry / distributed tracing

Linux systems programming

What Success Looks Like

Reliable video streaming with minimal latency across varying network conditions

Quick diagnosis and resolution of streaming issues on deployed devices

Clean, maintainable code that other firmware team members can understand

Proactive identification of potential issues before they impact production

Details

Team : Firmware team

Type : Full-time

Hardware :

Access to hub devices provided for development and testing

How to Apply

Please include : - Resume highlighting relevant WebRTC / streaming experience - Examples of Go projects you've built or contributed to - Brief description of a challenging networking or streaming problem you solved