TEKHNE

We specialize in smart electronics design for next-generation IoT and wearable applications. Our work focuses on designing and developing high-performance, low-power, and sustainable hardware devices aimed at improving well-being and enhancing human-centered monitoring.

Sustainability is at the core of our designs: we are ISO 14006 certified for ecodesign and employ techniques such as energy harvesting and modular product architecture to ensure reparability, durability, and technological scalability. We also implement OTA embedded software updates to enable remote maintenance and long-term usability—helping to reduce obsolescence and mitigate semiconductor shortages.

From concept through design, prototyping, validation, and industrialization, we deliver fully customized turnkey products according to given requirements. We specialize in low-power IoT devices for monitoring various parameters with wireless communications—particularly Wi-Fi HaLow, being the only European manufacturer of this emerging technology with enormous potential.

Our product MYNA is the first-in-class Wi-Fi HaLow module with integrated tunable antenna without the need of external antennas. It is ready to embed the firmware of the final application inside without the need of external microcontrollers and it is designed in a sustainable way. The main business is Smart Building and we also offer our hardware design service to help customers to integrate it.

MYNA offers a very good material penetration through walls and obstacles, with a long range of approximately 1 km, a high speed of up to 15 Mbps, a high density of up to 8191 client devices per single access point, and low energy consumption, being 400% more efficient than other LP-WAN technologies. Therefore it is ideal for use in Smart Building, Industry 4.0, Smart Hospitals, Smart Cities, Energy, Agriculture, connecting all devices using only one access point.

MYNA is designed considering the environmental and social impacts that so strongly affect the electronics sector. It is designed avoiding conflict minerals, designed through eco-design techniques, avoiding toxic substances, efficiently managing energy, applying the 4Rs, with reliability studies, obsolescence mitigation plans, manufacturing respectful and appropriate end of life.