Software architecture for the energy transition and smart IoT
Energy & IoT system integration
We bridge hardware, protocols and modern web platforms – from CAN bus interfaces to scalable IoT back ends, in near real time.
The problem
Lost data and missing compatibility at the hardware interface
Complex bus protocols such as CAN bus, Modbus or MQTT make integration into existing cloud systems hard.
Without timely processing there is no intelligent load control and no predictive maintenance.
Connecting IoT devices to the internet brings security risks.
What we do
From the interface to the dashboard
Protocol engineering & edge gateway software
Robust middleware for reading and controlling bus systems (CAN bus, Modbus, MQTT) on Linux or microcontroller level.
High-performance IoT data back ends
Scalable event-processing pipelines with Go or Node.js and time-series databases, built for high data rates from many devices.
Control & visualisation dashboards
Modern web front ends with React and Next.js for monitoring, load distribution and the data-driven optimisation of energy systems.
Technology stack
What we work with
Go, Python and Node.js
MQTT, Modbus and CAN bus
Docker
TimescaleDB and InfluxDB
React and Next.js
Read on
Goes well with
Workflow automation & iPaaS architecture
When energy data should flow on into ERP, billing or reporting.
Cloud native, DevOps & Kubernetes
Running the platform that collects and analyses the devices' data.
You want to process IoT or energy data seamlessly?
Let us design the right architecture for coupling your hardware and software together.
Request an IoT architecture call