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Cloud, IoT and Engineering

Cloud deployment, connected devices and real-time systems, backed by hands-on embedded and architecture experience.

Discuss your project

Cloud infrastructure and deployed application interfaces.

Problems we address

Does this sound familiar?

  • Deployments are manual, inconsistent and hard to reproduce.
  • Devices or equipment need reliable monitoring and alerts.
  • A product requires embedded and connected components working together.
  • A system must handle real-time or low-latency data.

Capabilities

What this includes

  • Azure and container deployment
  • Docker and CI/CD
  • Linux and NGINX
  • IoT monitoring
  • MQTT and Azure IoT
  • Embedded C/C++ and connected devices
  • Real-time and low-latency systems
  • Architecture and technical consulting

Example solutions

What it can look like

  • Sensor data flows from an edge gateway through MQTT to a cloud dashboard with alerts.
  • A deployment pipeline makes releases repeatable and low-risk.
  • An embedded device is integrated with cloud services for monitoring and control.

Delivery approach

How delivery works

  1. Discover

    Understand the devices, data rates, constraints and reliability needs.

  2. Design

    Define the architecture, from edge and connectivity to cloud and deployment.

  3. Deliver and improve

    Build, test under realistic conditions, deploy and monitor.

Supporting evidence

Relevant technologies

Tools are chosen to fit the problem. This is supporting evidence, not the main sales message.

  • Azure
  • Docker
  • MQTT
  • Azure IoT
  • C
  • C++
  • Linux
  • NGINX

Related work

Relevant case studies

Diagram of an IoT monitoring platform from sensors and edge gateway through MQTT to a cloud dashboard.
Industrial and connected systemsAnonymised

IoT Monitoring Platform

Equipment needed reliable remote monitoring, but sensor data was not reaching a usable central view.

Outcome: Sensor readings flowed reliably from edge to cloud, with dashboards and alerts for operators.

  • C/C++
  • ARM
  • Node.js
  • React
Diagram of an asset-management platform linking field inspection, asset records and reporting.
Asset managementAnonymised

Asset-Management Platform

Field inspection and asset records were fragmented, making it hard to plan work and trust the data.

Outcome: A single platform brought inspections, assets and workflow together, improving visibility and consistency.

  • Node.js
  • Express
  • React
  • MongoDB

FAQ

Frequently asked questions

Yes. Experience spans embedded C/C++ devices, connectivity such as MQTT, and cloud services, so the full path can be designed as one system.

Ready to talk about cloud and iot?

Tell us what you are trying to achieve and we will suggest a sensible first step.