Senior Edge & Backend Systems Engineer (IoT Connectivity)

eino.ai; New York (NY); On-site; USD 140,000 - 200,000; Full time

Job summary

Eino is building an autonomous connectivity platform at the edge and in the cloud. You will own the on-device agent and the device-facing middleware, while contributing to a Python backend that scales from pilots to fleets.

You’ll ship reliable software across OpenWrt/Linux edge devices and backend services, implementing robust APIs, data pipelines, and security-first design to ensure production-grade reliability.

Qualifications

• Strong experience building production Python systems (services, APIs, workers).
• Real‑world experience shipping software on Linux edge devices / routers / IoT gateways.
• Strong networking fundamentals; can debug real failures quickly.
• Experience with telemetry pipelines: batching, retries, idempotency, persistence, backpressure.
• Operational mindset: observability, debugging, “you build it, you run it.”

Responsibilities

• Architect and implement the edge agent to be production‑grade (unattended, self‑healing, resilient to flaky power/backhaul).
• Own devicecloud schemas and compatibility strategy.
• Build and operate core Python backend services and data pipelines.
• Establish testing and release discipline for edge + backend: unit/integration tests, network fault injection, replayable fixtures.
• Drive security/reliability best practices: per‑device identity, TLS everywhere, least privilege, safe upgrade path.

Skills

Python

Linux edge devices

Networking fundamentals

Telemetry pipelines

Observability

Tools

Postgres

Redis

AWS

OpenWrt

Docker

Time-series storage

Job description

Eino is building an autonomous connectivity platform at the edge and in the cloud. You will own the on-device agent and the device-facing middleware, while contributing to a Python backend that scales from pilots to fleets.

You’ll ship reliable software across OpenWrt/Linux edge devices and backend services, implementing robust APIs, data pipelines, and security-first design to ensure production-grade reliability.