IoT Systems, From Hardware Prototype to Cloud Dashboard
Device design, firmware, connectivity and the app or dashboard on top — end-to-end IoT engineering for industrial, logistics and smart-home applications.
Hardware, firmware and software need to be designed together
IoT projects fail most often at the seams — a sensor that can't reach the network, firmware that drains the battery in days, or a dashboard that doesn't reflect what the hardware is actually doing.
Our IoT work covers electronic and mechanical design, firmware, edge computing and the cloud reporting layer, so the whole system is engineered as one product rather than stitched together after the fact.
Where things usually go wrong
A working prototype that can't survive real-world conditions
Battery life that makes the device impractical to deploy
No reliable way to monitor devices once they're in the field
Firmware nobody can safely update once it's out in the field
Engineered for the environment it will actually run in
We prototype fast, but design for field conditions from day one — power budget, connectivity, and remote update paths included.
Cloud & Edge Reporting
Raspberry Pi and cloud pipelines for real-time monitoring and analytics.
Secure Connectivity
Encrypted communication between devices, gateways and the cloud.
Low-Power Firmware
FreeRTOS-based firmware tuned for extended battery life.
Companion Apps
Mobile control and monitoring, including voice assistant integration where relevant.
Multi-Layer PCB Design
Hardware design and prototyping through to manufacturable boards.
Predictive Analytics
Data pipelines that turn sensor readings into maintenance and efficiency insights.
What good IoT engineering delivers
Devices that survive the field
Designed and tested for real operating conditions, not just a lab bench.
Batteries that last
Power-aware firmware extends deployment intervals.
Visibility from anywhere
Cloud dashboards show device status and trends in real time.
Safe remote updates
Firmware update paths that don't require physical access to every unit.
Who it's built for
Capabilities
How We Build
A clear, honest process from first call to post-launch support.
Discover
We learn your business, workflow and goals before touching a design tool.
Plan
Scope, timeline and technical approach, agreed in writing before work starts.
Design
Wireframes and UI design reviewed with you at every stage.
Develop
Clean, tested code built in visible sprints, not a black box.
Test
Cross-device QA, performance and accessibility checks before launch.
Launch
Deployment, training and a smooth handover.
Grow
Ongoing support, updates and optimisation after launch.
Frequently Asked Questions
Yes — we regularly go from a concept sketch to a functioning prototype, then iterate toward a production-ready design.
Yes, our IoT work spans electronic and mechanical design, firmware, connectivity and the app or dashboard layer.
Depending on range and power requirements: Wi-Fi, Bluetooth, LoRaWAN and cellular, chosen for the specific deployment.
In many cases yes — we assess the equipment and design a sensor and connectivity layer that fits without disrupting operations.
Have hardware that needs to get smarter?
Tell us what you're trying to monitor, track or automate — we'll tell you what's realistic.