IoT & Microcontrollers

Always measuring & Always responding

Based in North East England, we help businesses act on what is happening in the physical world: equipment, sites, stock and buildings. We start with the decision you need to make or the problem you need to catch early, then design the whole flow around it, from microcontroller sensors and efficient firmware to the cloud, the alerts and the people who respond.
The devices are the means. The outcome is fewer surprises, less manual checking, and decisions made on facts rather than guesswork.

Internet of Things (IoT)

Connected devices are only worth having when the data changes something. We design IoT systems around the outcome you need, whether that is monitoring assets remotely, catching faults early or proving compliance. Then we connect them to the systems and the people who act on them, so a reading becomes a decision rather than another number on a screen.

Microcontrollers

Microcontrollers are the small, efficient computers inside connected devices. We write firmware that does one job well on minimal power. And we choose the hardware to fit your problem, not the other way round, which keeps devices cheaper, smaller and easier to maintain.

Interested in learning more?

New to IoT? We have written a plain guide to IoT and microcontrollers.

Driving decision making

Decisions based on facts, not intuition

Imagine being able to monitor almost anything: doors, lights, movement, temperature. Then imagine those readings feeding a workflow, with AI watching for anomalies and the right person told at the right moment. That is the difference between collecting data and using it.

Understanding IoT Technology

The Internet of Things (IoT) is a network of physical objects fitted with sensors, software and connectivity, so they can collect and share data. Ordinary things, from a pump to a fridge to a door, become sources of information. That bridge between the physical and digital worlds lets a business monitor assets in real time, automate checks that used to need someone on site, and base decisions on what is actually happening rather than on what was last reported.

The Business Impact of IoT

The benefits that matter are concrete: less downtime because faults are caught early, lower running costs because resources are used only when needed, and fewer manual checks because the system watches for you. For some businesses, connected products also open new revenue, such as subscription services built on the data a product collects. None of that comes from the devices alone. It comes from designing the workflow around them: who is told, what they do next, and how the result is measured.

Our Approach to IoT Implementation

Effective IoT is an architecture and workflow problem before it is a hardware one. We start with Discovery & Strategy, identifying the business problem IoT should solve and how success will be measured. In Solution Architecture, we design how devices, data, systems and people fit together securely. For Device & Connectivity, we prototype with ESP32 to test ideas quickly, then work with trusted hardware partners to move to production-ready devices. Data & Workflow turns readings into alerts, insights and actions for the people who need them, and Ongoing Optimisation keeps it all aligned as your business changes.

We apply what we call "the technology loop", a continuous cycle where software, IoT, and AI feed data and insights into one another, so the whole system becomes more useful over time.

// Get in touch

If you’d like to learn more or discuss your IoT, software, or AI needs, get in touch with us. Tell us the problem you want solved, and we will tell you plainly what it would take, starting from your goals rather than from a technology.

IoT in your sector

What connected devices and microcontrollers change, industry by industry.