Senior Backend Engineer — Real-Time Edge-to-Cloud Data

Chaos Industries; San Francisco (CA); On-site; USD 140,000 - 240,000; Full time

Benefits offered by this job

Health benefits

401k company match

Free daily lunch

No meeting Fridays

Unlimited PTO

Relocation assistance

Job summary

Chaos Industries in San Francisco is seeking an experienced backend engineer to join a small, highly collaborative team building the software behind radar systems. You’ll design the backend services and data pipelines that turn raw sensor data into decisions people can act on, working closely with software, hardware, and systems engineers, onsite in SF.

You’ll bring strong Python backend experience (FastAPI), real-time streaming data know-how, and a passion for reliability, security, and

Qualifications

• Strong production experience building backend services in Python (FastAPI or similar).
• Experience with real-time or streaming data systems and distributed systems.
• Ownership of a production system end to end — design, shipping and maintaining it.
• Willingness to learn new technologies and adapt to new domains.
• Care deeply about reliability, security, and scalability.

Responsibilities

• Design backend services and data pipelines turning raw sensor data into decisions.
• Build edge-to-cloud data delivery and scalable backend components.
• Collaborate with software, hardware, and systems engineers onsite in SF.

Skills

Python

FastAPI

Distributed systems

Real-time data

Software design

Team collaboration

Tools

WebSockets

Azure

Job description

Chaos Industries in San Francisco is seeking an experienced backend engineer to join a small, highly collaborative team building the software behind radar systems. You’ll design the backend services and data pipelines that turn raw sensor data into decisions people can act on, working closely with software, hardware, and systems engineers, onsite in SF.

You’ll bring strong Python backend experience (FastAPI), real-time streaming data know-how, and a passion for reliability, security, and