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IoT & Embedded Engineering.

Connected hardware that ships.

Overview

We design, build, and ship Internet-of-Things systems from the silicon up. Our IoT engineering practice covers embedded firmware (C/C++ and Rust on ESP32, STM32, Nordic nRF, and Raspberry Pi), edge gateway software, secure device-to-cloud telemetry over MQTT and HTTPS, and the cloud platforms that ingest, process, and visualise it. We work across AWS IoT Core, Azure IoT Hub, and self-hosted brokers like EMQX and HiveMQ, with time-series storage on InfluxDB, TimescaleDB, or AWS Timestream.

Every deployment we ship is built around three engineering principles: deterministic behaviour at the edge, defence-in-depth security across the device fleet, and observability from the sensor to the dashboard. We OTA every firmware we deploy, sign every binary, and provision device identities through hardware secure elements where the threat model demands it. For industrial customers we bring up modbus, OPC-UA, and CAN bus integrations; for energy and smart-building we wire LoRaWAN, BLE Mesh, and Zigbee. For consumer products we ship Wi-Fi provisioning flows that don't make end users hate the product.

If you are taking a connected device from prototype to production, or scaling a fleet of thousands into the hundreds of thousands, we own the full stack — schematic-aware firmware, hardened gateway software, cloud telemetry pipelines, and the operator-facing dashboards your support team depends on.

Deliverables

What you get

  • Embedded firmware (C/C++, Rust)
  • Edge gateway software & OS images
  • MQTT / HTTPS telemetry pipelines
  • AWS IoT, Azure IoT Hub, EMQX deployments
  • OTA firmware update infrastructure
  • Time-series ingestion & dashboards
  • Device provisioning & identity (X.509, secure elements)
  • Industrial protocol bridges (Modbus, OPC-UA, CAN)

Tools

The stack

ArduinoRaspberry PiESP32 / EspressifMQTTAWS IoTInfluxDBGrafanaPython

Process

How we work

  1. 01

    Discovery & threat model

    We map the device fleet, the protocols on the wire, the cloud integration points, and the threat model — before any firmware is written.

  2. 02

    Firmware & gateway build

    We bring up the embedded stack on real hardware, instrument every subsystem, and validate against power, range, and uptime budgets.

  3. 03

    Cloud & telemetry pipeline

    MQTT brokers, ingestion lambdas, time-series databases, and the operator dashboards your support team will live in every day.

  4. 04

    Provisioning & OTA

    We ship a provisioning flow that scales beyond a hundred units and an OTA pipeline that lets you patch the fleet without recalling devices.

  5. 05

    Field hardening

    Pilot rollout, on-call telemetry, edge-case fixes, and a written runbook your operations team owns after handoff.

FAQ

Common questions

Do you work with our existing electrical engineers?+

Yes — we typically pair with the EE team that owns the schematic and PCB. We bring firmware, gateway, cloud, and dashboards. Hardware design partners are available on request.

Which clouds do you support?+

AWS IoT Core is our default; we also run Azure IoT Hub, GCP IoT-equivalent (Cloud IoT was sunset, we use Pub/Sub + custom ingest), and self-hosted EMQX or HiveMQ when sovereignty matters.

Can you handle FCC / CE compliance?+

We don't run the certification ourselves but we partner with accredited labs and prepare every firmware build for the radio test plan. Most projects pass on the first submission.

Do you support Matter / Thread?+

Yes — Matter over Thread and Wi-Fi is a growing share of our consumer IoT work, especially for smart-home OEMs needing multi-platform compatibility.

Ready to start?

Tell us about your project. We'll reply within a few hours with next steps and a free intro call.

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