Cellular gateway for smart sensor networks with Solar UPS & BMS.

Wired Inputs

• RS485 / Modbus – Industrial interface for smart meters, controllers, and field sensors
• 4–20 mA – Analog input for industrial transmitters such as pressure, level, and process sensors
• Impulse inputs – Pulse-based inputs for rain gauges, flow meters, and event counters
• I²C – Digital interface for local sensor modules and internal expansions

Wireless Inputs

• BLE – Low-power short-range connectivity for configuration and nearby sensor nodes
• Wi-Fi – Local wireless access for integration with existing networks and sensors
• NeoMesh – Low-power sub-GHz mesh network for scalable sensor deployments
• NeoMesh over LoRa – Long-range mesh communication for remote or widely distributed sites

Cellular Connectivity

• LPWAN backhaul via NB-IoT and LTE-M, with 2G fallback for maximum coverage and reliability

Power & System Role

• Solar-powered operation using the E-IoT Solar UPS with BMS for autonomous, off-grid installations
• Multi-protocol cellular gateway aggregating wired and wireless sensor networks and forwarding data securely to the (E-)Cloud

Air quality monitoring unit for the cityBox 2.0 with particle matter, CO₂, NO_x, and So_x.

Features

• External air-quality sensor unit with an extended e-I²C interface, optimized for direct connection to the citiBox 2.0 gateway
• Air-ventilated electronics ensure direct exposure to ambient air for precise gas and particulate pollution measurements

Urban sound pressure level sensing unit for real-time traffic flow estimation, interfaced via Modbus to a NeoMesh gateway.

Features

• RS485/Modbus-to-NeoMesh wireless gateway module enabling seamless integration of thewired industrial noise sensor into the CityBox mesh network
• The noise sensor functions as a digital, modular, multi-function sound level meter, utilizing advanced DSP processing and digital detection technology
• Provides high reliability, excellent stability, and a wide dynamic range without the need for manual range switching
• Suitable for monitoring noise generated by industrial machines, vehicles, ships, electrical appliances, and for environmental noise, labor protection, and industrial hygiene applications
• When combined with the radio extension module, it becomes a fully wireless sound-level monitoring node within the CityBox NeoMesh ecosystem

Elevator monitoring and data acquisition system with wireless extensions .

Features

• Elevator position monitoring (laser distance meter)
• Acoustic feedback monitoring of the elevator mechanism
• Acoustic door-open surveillance
• Lift cockpit wireless sensors (temperature, relative humidity)
• Wireless alarm button (NeoMesh)    

Cellular gateways for NeoMesh smart sensor nodes with prepaid connectivity and low power consumption.

Features

NeoMesh USB Gateway

• Wireless smart sensor gateway operating in a synchronized NeoMesh network for multi-hop, redundant, ultra-low-power data transmission
• Integrates the mesh organized around into the E-IoT E-Cloud ecosystem
• Zero-configuration operation — just switch on; automatic join and go
• Stable connectivity even in obstructed environments thanks to sub-GHz (868/915 MHz) radio performance
• Fully CE-RED and FCC certified for global deployment

NeoMesh Gateway with cellular connectivity
Neomesh module, Cellular module and GNSS on one PCB

• LTE-M, NB-IOT and 2G  or CAT1-BIS  
• GNSS receiver
• Based on FiboCom MA510 or SimCom 7620
• NeoMesh 868 MHZ (CE RED) and 915 MHz (FCC)
• PCB antenna in a stacked panel configuration or external antenna

Local mesh network–based brightness control node for city streetlamps, integrated into the citiBox WLAN.

Features

• This node offers a NeoMesh-based wireless brightness control (dimmer) for any LED lamps using an LED driver, which supports a 0 -10V dimmer function
• Works in combination with any E-IoT Gateways, especially designed for EIOT-USBGW-xxx device
• Extends NeoMesh-based sensor network for actuator function / cooperating  with CO2 Nodes, T/Rh, and ALS nodes
• MCU : SAMD21 from Microchip
• Powered directly from the LED driver (12V Auxiliary output) or external DC 12V source
      

Digital and analog NeoMesh smart sensor nodes for temperature, humidity, ambient light, door opening, and AC voltage presence detection, offering several years of battery life.

Features

• Wireless smart sensor operating in a synchronized NeoMesh network for multi-hop, redundant, ultra-low-power data transmission
• Integrates seamlessly into the mesh organized around the CityBox gateway
• Different setups:
  • Digital environmental node measuring ambient temperature and relative humidity
  • Detects AC voltage presence when placed on or near live electrical wires
  • Analog environmental node measuring ambient light intensity and temperature, with an on-board magnetic sensor for door-open detection
  • Dual-function device that can also act as a status indicator using built-in red, blue, and green LEDs, remotely controllable from the gateway
• Battery-powered design with multi-year service lifetime
• Zero-configuration operation — just switch on; automatic join and go
• Stable connectivity even in obstructed environments thanks to sub-GHz (868/915 MHz) radio performance
• Integrated on-board 0 € sub-GHz antenna, eliminating the need for external antenna components
• Fully CE-RED and FCC certified for global deployment

Soil moisture and nutrient sensing (pH, EC, phosphorus, sodium, potassium), electrical conductivity, and temperature measurement, interfaced via Modbus to a NeoMesh gateway.

Features

• Wireless WLAN/Mesh Radio Extension for HONDETEC RD-S8IN1-05 Soil Sensor
• RS485/Modbus-to-NeoMesh wireless gateway module enabling seamless integration of the HONDETEC 8-in-1 soil sensor into the CityBox mesh ecosystem
• Measures soil moisture, temperature, EC (electrical conductivity), salinity, NPK nutrients, and pH using a single compact digital probe
• High-accuracy fully digital detection with built-in signal conditioning for stable and low-noise measurement output
• Suitable for precision agriculture, landscaping, greenhouse monitoring, irrigation optimization, and environmental soil diagnostics
• Converts the wired sensor into a wireless multi-parameter soil monitoring node with multi-hop NeoMesh connectivity
• Ensures robust communication even over long distances thanks to sub-GHz NeoMesh radio performance (868/915 MHz)
• Works automatically with the CityBox gateway, creating a cloud-connected soil sensing network with no local configuration needed

NTN dataloggers collect, store, and transmit sensor data via non-terrestrial networks such as satellite links, ensuring reliable operation even in locations without cellular or wired connectivity.

Features

• First Nordic nrf9151 MCU based e-iot
• Terrestrial LTE-M and NB-IoT connection
• Optional NTN (Non terrestrial, satellite) connection
• Special SAT antenna from QuarterWave

DIN-rail-mounted IoT gateway for refrigerator temperature control, integrating RS485 (Modbus), NeoMesh wireless networking, and cellular connectivity with LTE and sub-GHz antenna support.

Features

• RS485 (Modbus) to cellular or RS485 (Modbus) to NeoMesh gateways
• DIN-rail versions with external 5 V DC DIN-rail power supply and DIN-rail-mountable LTE antenna from Quarterwave
• Designed for seamless integration of RS485 or 4–20 mA interface devices, including smart meters, temperature controllers, industrial wired sensors, and dataloggers, into wireless smart sensor networks
• One version enables direct cloud integration via LPWA cellular connectivity
• Another version supports NeoMesh WLAN integration
• Both versions operate with a broadband LTE antenna that also covers sub-GHz ISM bands such as 868 MHz and 915 MHz

E-IoT dataloggers for refrigeration continuously monitor temperature and key operational parameters to ensure food safety, energy efficiency, and regulatory compliance. By combining wired, wireless, cellular, and satellite connectivity, they deliver reliable real-time visibility and alerts—even across distributed or remote refrigeration environments.

Features

• PPSB dataloggers
  • For freezers, with backup battery
  • For fridges with accumulator
• Neomesh networked dataloggers
  • For freezers, and for fridges with CR batteries

Cellular dataloggers seamlessly integrated into the refrigerator door lightbar monitor door-opening events, temperature, and humidity without adding any visible hardware. Powered directly from the door-lighting supply, they deliver reliable, real-time cloud connectivity while remaining completely unobtrusive within the refrigerator frame.

Features

• Sensor board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M with fallback to 2G; built-in positioning and on-board 0 € broadband antenna
• Integration into a flat refrigeration lamp
• On board sensors (6-axis acceleration, temperature, humidity, microphone, ALS)
• 5V DC 1A power supply integrated onto fridge lighting to offer a power source for E-IoT cellular PPSBs

e-zeroBatteryZone enables truly maintenance-free IoT systems by eliminating batteries through energy harvesting and ultra-low-power design. It ensures sustainable, reliable sensor operation with zero battery replacement throughout the entire product lifetime.

Features

• Wireless smart sensors operating in a synchronized NeoMesh network or NeoMesh-on-LoRa network with large node-to-node distances for multi-hop, redundant, ultra-low-power data transmission
• Integrates seamlessly into the mesh organized around the CityBox gateway
• Ideal for hard-to-reach locations, where regular maintenance or battery replacement is not feasible
• Battery-less operation, powered entirely by ambient light — even under indoor illumination
• Available in multiple types and form factors, supporting temperature, relative humidity, and ambient light intensity sensing
• Integrated on-board 0 € sub-GHz antenna, eliminating the need for external antenna components
• Offered as proof-of-concept devices for evaluation and pilot deployments

Customer identification and counting powered by advanced edge-AI and cloud-AI technologies.

Features

• Cloud based AI – e-IoT camera board

Tracking assets such as refrigerators, containers, vehicles, garbage containers, and pallets.

Features

• Narrow-band LPWA NB-IoT/LTE-M/(2G) position trackers, based on LBS and/or GNSS
• All working with any Cloud systems, but programmed for E-Cloud
• GNSS board with embedded LPWAN internet connectivity, featuring NB-IoT, LTE-M; built-in positioning, backup battery, and on-board 0 € broadband antenna (GSM+GNSS);
• Tracker functions based on GNSS and LBS with tower triangulation