What does an end-to-end IoT project with WNC include?

The device firmware and edge AI, the connectivity layer, the cloud backend that ingests and stores telemetry, fleet management with over-the-air updates, and the web and mobile apps your team or customers use to monitor and control the devices.

Which cloud platforms do you build on?

AWS IoT Core, Greengrass and Timestream most often, Azure IoT Hub when the client is on Azure, and self-hosted MQTT brokers (EMQX, Mosquitto) with TimescaleDB where data must stay on-premise.

How do you keep a deployed fleet secure and up to date?

Per-device certificates in a secure element, mutual TLS, signed firmware with A/B updates and staged rollouts, plus fleet health monitoring that flags a device before it fails.

Can you start from a prototype we already have?

Yes. We audit the existing firmware, hardware and cloud, keep what holds up, and put the missing pieces — usually OTA, security and observability — in place before scaling the fleet.

All services

IoT solutions

A connected product that ships, stays up and sends data you can act on.

Hardware that works in the field, and data your business can use

Most connected products stall because they are really five products — firmware, a radio link, a cloud backend, a fleet to manage and the apps people actually open — and the seams between them are where things break. We build all five with one team, so the device that ships is secure, updatable and observable, and the data it sends is something your business can act on.

Let’s manage Open Kanban

01 / What you end up with

A product that works, end to end.

A device you can trust in the field

Firmware, secure boot, sensors and on-device AI — see our embedded firmware and edge AI services.

A link that stays up anywhere

BLE, Wi-Fi, LoRaWAN or cellular, chosen for range, power and cost and proven in the field.

Data you can see and act on

MQTT ingestion, time-series storage, rules and alerts on AWS, Azure or self-hosted.

A fleet you can run and update

Provisioning, OTA updates, fleet health, and the web and mobile apps for operators and customers.

02 / Stack

The technology we build with.

Industry-standard, boring in the good way: tools with a future, that the next engineer will know too.

Device

ESP32, nRF52, STM32
Connected microcontrollers with secure elements
Embedded Linux gateways
i.MX and Raspberry Pi CM gateways running containers
Zephyr & FreeRTOS
RTOS-based firmware with OTA and secure boot
Edge AI
On-device inference so the device decides locally

Connectivity & cloud

MQTT / AWS IoT Core
Secure publish-subscribe telemetry at scale
LoRaWAN & cellular
Long-range and nationwide device links
TimescaleDB / Timestream
Time-series storage built for telemetry
Serverless ingestion
Lambda and SQS pipelines that absorb bursts

Fleet & apps

OTA (Mender, RAUC, MCUboot)
Signed updates with rollback and staged rollouts
Device registry & provisioning
Per-device identity, groups and lifecycle
React & React Native apps
Dashboards and mobile apps for operators and customers
Grafana & alerting
Fleet health, telemetry dashboards and on-call alerts

03 / Approach

How we build things that last.

One team, device to dashboard

Firmware, cloud and app engineers on one board, so nothing falls between the layers.

Secure at every hop

Per-device identity, mutual TLS, signed firmware — no shared secrets anywhere in the chain.

Updatable from day one

OTA is in the first firmware image, because a fleet you cannot update is a fleet you cannot fix.

Data that drives decisions

Telemetry modelled around the actions your team will take, not just stored and charted.

04 / Standards

Best practices we don’t skip.

We adhere to industry standards and proven methods on every project — they are what makes the estimate hold.

Threat model covering device, link, cloud and app
Per-device certificates provisioned on the line
Signed A/B firmware updates with staged rollouts
Store-and-forward on the device for unreliable links
Telemetry schemas versioned alongside firmware
Fleet health dashboards and alerting from the first pilot
Cost modelling per device-month before scaling
Privacy review of every signal collected

05 / Infrastructure

Where it runs, and how it stays up.

Serverless telemetry ingestion that absorbs bursts
Device registry, provisioning and OTA pipelines
Time-series storage and fleet dashboards
Alerting, on-call and cost monitoring per device

Start

Building a connected product?

Tell us what the device senses and who needs to see it. An engineer writes back with an honest scope and price — from a pilot fleet to production.

Let’s manage or explore IoT Labs

A connected product that ships, stays up and sends data you can act on.

Hardware that works in the field, and data your business can use