Edge Real-Time Video Streaming Engineer – C++, GPU

Coram; Sunnyvale (CA); On-site; USD 150,000 - 230,000; Full time

Benefits offered by this job

Flexible paid time off

Early-stage equity

Referral bonuses

Team off-sites

Latest Apple products

Job summary

Coram AI is transforming video security with a cloud-native platform that blends computer vision and AI. You will lead major components of our edge‑computing stack, focusing on real-time video streaming, ensuring Coram Point remains fast, reliable and intelligent.

The role spans frontend, backend, ML, and edge computing, with opportunities to deploy models and optimize pipelines. Ideal candidates have 3+ years in production C++/Python, experience with video processing (GStreamer), Docker, and

Qualifications

• 3+ years writing production software in C++ and Python.
• Experience with video processing/streaming (GStreamer).
• Experience building real-time data processing apps with latency/memory optimization.
• Experience profiling with tools like gdb, Nsight, Valgrind, flame graphs.

Responsibilities

• Build and optimize real-time video streaming pipelines on edge devices.
• Deploy machine learning models to production.
• Optimize platform runtime for maximum performance (C++ core, GPU).
• Build observability and telemetry.

Skills

C++

Python

Video processing

Latency optimization

Docker

CI / CD

Edge/IoT

GStreamer

Profiling tools

ML models

PyTorch

English communication

Tools

GStreamer

Docker

CI/CD pipelines

Nsight

Valgrind

Salt

Grafana

Job description

Coram AI is transforming video security with a cloud-native platform that blends computer vision and AI. You will lead major components of our edge‑computing stack, focusing on real-time video streaming, ensuring Coram Point remains fast, reliable and intelligent.

The role spans frontend, backend, ML, and edge computing, with opportunities to deploy models and optimize pipelines. Ideal candidates have 3+ years in production C++/Python, experience with video processing (GStreamer), Docker, and