We developed software for SenArch's solar-powered LoRaWAN gateway, enabling efficient, off-grid IoT connectivity.

Our work focused on optimising solar energy use for low operational costs and easy, wire-free setup, ensuring reliable, uninterrupted service.

The software supports the gateway's rugged design, making it durable under tough outdoor conditions and suitable for a wide range of remote applications.

This project delivers sustainable, robust IoT connectivity solutions, ideal for challenging environments.

For Gate21 and its partner municipalities, we deployed and configured a LoRaWAN network to support IoT devices aimed at enhancing municipal services.

This included installing gateways for wide coverage, ensuring connectivity for low-power devices across diverse areas.

We then introduced IoT devices focused on improving functions like environmental monitoring and smart lighting.

This setup allows for efficient data collection and management, leading to smarter, more responsive municipal services.



At Naviblind, our work in mechatronics and firmware seamlessly integrates mechanical engineering, electronics, and computer science to provide navigation aids for the visually impaired.

We advised Region Hovedstaden on their LoRaWAN initiatives, focusing on establishing a regional IoT infrastructure to connect urban data to the internet.

Our role was to ensure this infrastructure was accessible for municipalities, enabling them to use IoT and their data to benefit citizens and businesses.

We provided guidance on creating a manageable, scalable IoT framework suitable for both development and expansion of IoT solutions, facilitating innovation and practical applications for improved urban living and operational efficiency.