LoRaWAN IoT

Auto-GPS-SMS - prepaid tariff

Soil Conditions Monitoring (soil moisture, temperature and Electrical Conductivity Sensor) • LoRaWAN® Wireless • Easy Configuration via NFC • 10 Years Battery Life

Water Level Monitoring • LoRaWAN® Wireless • Easy Configuration via NFC • 10 Years Battery Life

Mini LoRaWAN Gateway • Eye-Catching Design • Massive Connectivity • Blind Spot Coverage • Gateway Fleet • Listen Before Talk

Nabíjecí stanice pro pět SmartBoxu. Nabíjecí stanice lze vzájemné spojit pro rozšíření.

3G & 4G router • 1x WAN • 1x LAN

3G & 4G router • 1x WAN • 1x LAN • PoE • MicroSD

GL200 Dry Pak Alligator Wallet

Biometrical terminal SYSDO for attendance and access control fully equipped for recording and access control persons using facial recognition, biometric fingerprint ID chip or ID code. The reader supports TCP / IP P2P communication via Ethernet port, LCD touch screen communication port Wiegand, USB. The reader is ready and configured with the account into an online web application SYSDO where the reader can be completely configured by the user.

SmartBox includes GPS tracker, EMX probe and li-ion battery – all in a small magnetic waterproof box. SmartBox monitors and transmits data about surrounding environment (temperature, humidity, air pressure, tilt and 3D orientation, G-force and impacts) and also about exact GPS location of the transport. When developing SmartBox our main focus was to make it easy use. That is why SmartBox can be easily fastened to the transport so that it can’t get lost and can be charged just by placing into the docking station.

TCP/IP Access reader for access and entry control. Verification via RFID card or code. Emarine cards up to 20 000 cards.

Holder with magnet for holding the GPS Tracker GL300 on the metal surface.

TCP/IP access module to control access for up to 4 doors. 4 Wiegand inputs for RFID reader connection, 4 exit buttons, 4 doors monitoring inputs, 4 alarm inputs and 4 NO/NC relays for locks controlling.

GPRS terminal adds an altitude and a GPS position and sends all the information to the IoT server in a real time via mobile data. Servers process the data, allowing to view it in the graphs, maps or the generated alerts.