IoT / Smart Project

An IoT project has three parts that have to agree with each other: hardware that reads the physical world, software that does something useful with the readings, and documentation that explains why you built it that way. Most projects stall because the component list was decided before the system design.

We work in the other order. We start from what you need to measure and what should happen when a threshold is crossed, then choose the microcontroller, sensors and power arrangement that actually support it.

Where We Work

Smart irrigation and soil monitoring, gas and smoke detection, home and office automation, patient and vital-sign monitoring, smart attendance, access control and security, poultry and livestock monitoring, and environmental sensing for temperature, humidity and air quality.

Hardware and Software Together

Component selection covers Arduino, ESP32 and Raspberry Pi boards, the sensors and actuators to pair with them, and how the whole thing is powered — a design that only runs on mains is a design that fails during a demonstration. On the software side we handle the firmware, the data pipeline, and a monitoring dashboard where readings need to be seen remotely.

Built to Be Defended

For academic work, the prototype has to survive questions. We prepare block and circuit diagrams, the system architecture, testing results, and the Chapter 1-5 documentation, so you can explain every component choice rather than just demonstrate that it switches on.

You do not need to own the hardware before talking to us. Tell us the problem and we will advise on components and where to source them locally.