IoT and embedded
systems
SDEN engineers firmware, gateways, and edge-to-cloud pipelines for connected devices: from low-level protocols to secure remote management at fleet scale.
What this domain covers
IoT spans the whole vertical: firmware on the device (C, C++, Rust, embedded Python where it fits), gateway software at the edge, secure provisioning into a fleet, and the cloud back-end that ingests telemetry and pushes updates.
Device security stays first-class: per-device keys, signed firmware, and a documented disclosure path for vulnerabilities found in the field.
Fleet operations is where most IoT projects stall, so we design for it on day one: every device uniquely identified, every image signed and traceable, every over-the-air update staged and reversible, and every connectivity drop degrading to predictable offline behavior, never to a brick.
From challenge to capability
Whatever the domain, the path is the same: scope it, build it with agents, and leave you owning it.
IoT and embedded systems: the SDEN defaults
Defaults we ship
- Per-device identity and signed firmware updates
- MQTT or HTTPS telemetry with backpressure-aware ingestion
- Staged OTA rollouts with automatic rollback on health checks
- Documented offline behavior for every connectivity-dependent feature
Deliverables
- Firmware repository with reproducible builds and signed releases
- Edge gateway software with documented connectivity contracts
- Cloud back-end for telemetry ingestion and fleet management
- Provisioning runbook for the manufacturing line
What we refuse to ship
We will not ship a connected device that cannot be safely updated in the field. If the OTA path is not designed, the product is not ready.
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What you get here
Concrete deliverables, not slides.
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Where this capability fits
Building with AI in IoT & embedded systems?
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