Sensors & data capture
Temperature, humidity, contacts, motion, energy and specialist measurements with controlled sampling and validation.
Arduino · Raspberry Pi · edge systems
From the sensor to useful information.
We build custom Arduino and Raspberry Pi applications that collect data, control devices and connect physical environments with dashboards, alerts and business workflows.
What we deliver
Prototypes that become supportable solutions.
We start with the real event that must be measured or controlled. Hardware, protocols and software are selected around the operating environment, reliability and long-term maintainability.
Arduino applications
Firmware and logic for real-time input/output, automation, prototypes and specialist low-level devices.
Raspberry Pi systems
Edge applications, gateways, local services, data buffering and controlled network or cloud integration.
Device control
Safe control of outputs, relays and devices with clear limits, state feedback and manual override where required.
Dashboards & alerts
Web interfaces, historical data and notifications that turn measurements into an understandable operational view.
APIs & integrations
Connections to web apps, monitoring, databases, automation platforms and third-party systems through documented interfaces.
What you gain
Visibility and control where none existed.
Real-world data becomes available to people and systems without making the operation depend entirely on an unstable connection or an undocumented prototype.
Real measurements
Decisions are based on recorded data rather than occasional manual inspection.
Local continuity
Edge logic can maintain essential functions and synchronise data when connectivity returns.
Timely alerts
Deviations become targeted notifications with useful context instead of raw noise.
A foundation for growth
A clean architecture supports new sensors, devices and web functions without rebuilding everything.
How we work
Measure, test and harden the solution.
Embedded projects are affected by power, noise, environment, networking and actual use. The move from prototype to production therefore happens in controlled stages.
Use case & environment
We define what is measured or controlled, accuracy, sampling, physical conditions, power and communications.
Prototype
We build a small working version with real data to validate sensors, logic and flow.
Hardening & QA
We test disconnections, restarts, invalid measurements, updates, security and failure behaviour.
Deployment & support
We organise installation, monitoring, documentation, appropriate spares and a maintenance path.
Hardware that talks to software
Is there a measurement or process you want to automate?
Tell us what happens in the physical environment, what data you need and which action should follow.
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