Electronica 2026 Electronica 2026

electronica: e-IoT ecosystem

e-IoT

NeoMesh-enabled wireless nodes provide flexible control of LED brightness and color,
supporting both dimming and addressable RGB operation.

NeoMesh-based wireless soil sensors for basic moisture monitoring or comprehensive 8-in-1 soil analysis. The system measures soil moisture, temperature, pH, electrical conductivity (EC), salinity, nitrogen, phosphorus and potassium.

NeoMesh-enabled acoustic sensors provide distributed  monitoring of environmental noise generated by road traffic, passing trains and aircraft.

A versatile smart-city gateway combining integrated air-quality sensing, local wireless sensor networking and cellular cloud connectivity.
The “Swiss Army knife” of urban IoT, cityBox 2.0 connects a wide range of city sensors to the cloud through a single modular platform.

A wireless monitoring system that tracks elevator operation to support predictive maintenance. It monitors door-opening and closing cycles, elevator-car position and movement, and integrates wireless emergency call buttons.

Built around Nordic Semiconductor’s Zephyr-based nRF9151 cellular IoT platform and a dedicated antenna system, these data loggers and NeoMesh gateways transmit data to the cloud through both terrestrial cellular networks and LEO satellite-based NTN connectivity.

This award-winning refrigerator sensor ecosystem provides detailed insight  into conditions and activity inside commercial refrigeration equipment.  Monitoring temperature, humidity, door-opening frequency and light intensity  supports predictive maintenance, operational optimization and valuable  marketing analytics.

An innovative power-supply concept transforms the refrigerator’s lighting engine into a complete IoT data logger. This award-winning solution integrates sensors and cellular connectivity, enabling the refrigerator to communicate directly with cloud systems without additional external hardware.

A self-organizing NeoMesh network connects smart sensors
across the herd. Cattle-bell and drone gateways bridge the
local mesh to cellular networks, enabling remote monitoring
of animal presence, activity and movement.

A NeoMesh-based wireless sensing system for monitoring
liquid levels in rivers, groundwater wells, storage tanks and barrels.

Battery-free NeoMesh data loggers powered by energy harvested from visible
light—even under standard indoor lighting conditions.

A versatile range of low-power NeoMesh sensor nodes enables reliable data
collection across large and complex areas. Their self-forming, self-healing network
delivers scalable coverage, exceptionally long service life and sustainable operation.

Acting as a single Internet connection point, these gateways securely transfer
data from local NeoMesh wireless sensor networks to cloud platforms.

Compact geolocation devices enable pallets, vehicles and other mobile assets
to be tracked across sites and journeys. The system can also verify equipment
locations during service and maintenance activities.

These gateways transform wired RS485/Modbus devices into
wireless IoT endpoints, enabling data transmission through
NeoMesh or cellular networks to cloud platforms.

Using a compact camera and cloud-based AI vision, this system anonymously
detects and counts customers, providing valuable footfall and occupancy trends over time.