Solutions · LoRaWAN
Turnkey LoRaWAN networks for IoT infrastructure monitoring.
We design, install, and maintain complete LoRaWAN networks — 868 MHz gateways, long-life sensors, and the Track-TP supervision platform — to bring field data into the platform reliably, affordably, and independently of the mobile operator.
What LoRaWAN is and how the long-range radio network works.
LoRa is a long-range wireless technology that transmits data over long distances using low-power radio waves. It is the natural choice for IoT, because it delivers reliable, efficient communication across a wide range of applications: a LoRaWAN network carries data up to 5 km in urban areas and up to 15 km in rural ones.
LoRa is also known for its low power consumption, which suits battery-powered devices that can run for years without replacement. The standard is promoted by the LoRa Alliance®, which handles its standardization and harmonization worldwide, and is recognized by the International Telecommunication Union (ITU) as an LPWAN standard — Low Power Wide Area Network.
Technically, LoRa is based on Chirp Spread Spectrum modulation and on a star topology: the field sensors talk to one or more gateways, which forward the data to the platform for analysis and storage. According to the LoRa Alliance, there are now more than 25,000 gateways and 50 million devices active worldwide, with 178 public networks across 100 countries.
Teleproject builds the entire LoRaWAN network turnkey — 868 MHz gateways, long-life sensors, and the Track-TP supervision platform developed in house — from the coverage study to the choice of sensors, through to commissioning. With LoRaWAN you can monitor the structural behavior of bridges and viaducts, the environmental conditions of tunnels and smart roads, the state of industrial plants, and the position of operational assets, with configurable dashboards and real-time notifications by email, WhatsApp, and Telegram.
LoRaWAN frequencies around the world.
LoRaWAN operates on unlicensed sub-GHz ISM bands, which differ from region to region. In Italy and across Europe we work on the 868 MHz band; here are the main regional frequency plans defined by the LoRa Alliance.
- Europe
- EU868 863–870 MHzEU433 433 MHz
- North America
- US915 902–928 MHz
- Australia and N. Zealand
- AU915 915–928 MHz
- Asia
- AS923 920–923 MHz
- China
- CN470 470–510 MHz
- South Korea
- KR920 920–923 MHz
- India
- IN865 865–867 MHz
- Russia
- RU864 864–870 MHz
- Africa
- EU868 863–870 MHz
- Middle East
- EU868 863–870 MHz
- Greenland
- EU868 863–870 MHz
- Latin America
- AU915 915–928 MHz
The typical challenges of LoRaWAN projects.
What makes IoT monitoring projects built on a LoRaWAN network complex.
Independence from the mobile operator
Collect data from sensors spread across wide areas without depending on mobile operators’ coverage or traffic charges, using a dedicated 868 MHz radio network.
Sensors distributed at scale
Bring hundreds of sensors along highway routes, tunnels, and major works into the platform, keeping reliability high and notification latency low.
Multi-year battery life
Battery sensors that last for years, and gateways that can also be powered over PoE or by solar panel at remote sites the mains does not reach.
Field data in real time
Turn sensor readings into useful information, with thresholds, custom triggers, and multi-channel alarms before an anomaly becomes a failure.
Our approach.
The technical capabilities and proprietary products we bring to this sector.
- LoRaWAN coverage study
Network sizing and placement of the 868 MHz gateways on the infrastructure layout, so every sensor stays reachable.
- 868 MHz LoRaWAN gateways
Supply and installation of outdoor and indoor gateways, powered over PoE or by solar panel, with cellular backhaul or over the customer’s data network.
- Environmental, structural, and operational sensors
Temperature, CO₂, radon, humidity, and light level; accelerometers, inclinometers, and load cells; vehicle counting, fuel level, and parking — all on the same network.
- Track-TP — integrated supervision
A platform developed in house that collects LoRaWAN sensor data on configurable dashboards, geographic maps, and a history exportable to CSV and Excel.
- Custom triggers and alarms
Logic based on events and configurable thresholds, with real-time notifications by email, WhatsApp, and Telegram and multiple combinations of metrics.
- SCADA, BMS, and API integration
Dedicated connectors and documented REST APIs to bring LoRaWAN data into existing supervision platforms, alongside SNMP and Syslog.
Our LoRaWAN gateways and sensors.
Our solution includes everything you need to deploy and run a LoRaWAN system — gateways, sensors, and monitoring software — configurable to your requirements.
TP-800 · Outdoor LoRaWAN gateway
A rugged 8-channel gateway for outdoor use: it supports over 2000 sensors, transmits up to 15 km, and is protected by an IP67 waterproof enclosure. Redundant Ethernet, Wi-Fi, and cellular backhaul, with a built-in network server.
TP-805 · Outdoor LoRaWAN gateway with battery
The outdoor gateway in a version with a built-in battery, for installation at remote sites with no mains power.
TP-810 · Light level sensor
Measures light intensity from 0 to 100,000 lux with a 1-second response time. Built-in 19000 mAh battery, up to 10 years of life. For road and railway tunnels, security, horticulture, and floriculture.
TP-811 · CO₂, temperature, humidity, and pressure sensor
Measures CO₂ from 400 to 5000 ppm with 1 ppm resolution, plus temperature, humidity, and barometric pressure. 19000 mAh battery, up to 10 years. For tunnels, greenhouses, ventilation, and food storage.
TP-812 · Temperature sensor
A wireless temperature sensor from −50 °C to 200 °C with ±0.5 accuracy. 19000 mAh battery, up to 10 years. For industrial automation, road ice prevention, and remote monitoring.
TP-813 · Magnetic contact sensor
A magnetic contact sensor for doors and windows: it detects openings and unauthorized access. An industrial design resistant to dust and water, with a replaceable battery lasting up to 10 years. Ideal for shelters and restricted areas.
TP-814 · Ultrasonic sensor
Measures the distance to the ground for snow, watercourse, and lake monitoring and for wastewater management.
TP-815 · LoRaWAN controller
A controller with a broad range of industrial interfaces, to connect sensors, meters, and other devices to the LoRaWAN network.
The LoRaWAN sensors we integrate.
Beyond our own TP line, we integrate and install a wide range of LoRaWAN sensors available on the market. We choose the right sensor for each application — environment, water, soil, weather, and structural monitoring — and bring its data into the Track-TP platform.
Environment and air quality
- Indoor sensor: CO₂, TVOC, motion, temperature, humidity, and light level
- Outdoor CO₂, temperature, humidity, and barometric pressure sensor
- Air temperature and humidity sensor
- High-accuracy air temperature and humidity sensor
- Temperature sensor with probe
- Particulate matter (PM), temperature, humidity, and barometric pressure sensor
- Air quality station: NO₂, NO, CO, O₃
Liquid level and pressure
- Ultrasonic distance/level sensor
- Laser distance/level sensor
- Liquid pressure/level and temperature sensor with 1/4" thread
- Liquid pressure/level and temperature sensor
- High-accuracy liquid pressure/level and temperature sensor
- High-accuracy liquid pressure/level, temperature, and electrical conductivity sensor
Soil and agriculture
- Soil moisture and temperature profile sensor
- Soil moisture, temperature, and electrical conductivity sensor
- Soil temperature and moisture sensor
- Soil water potential and temperature sensor
- Leaf wetness sensor
- Dendrometer — measurement of plants, fruit, and plant organs
- Sapflow sensor — measurement of sap flow in plants
- Photosynthetically active radiation (PAR) sensor
Weather and solar radiation
- Eleven-parameter weather station (solar radiation, precipitation, vapor pressure, relative humidity, air temperature, barometric pressure, wind speed and direction, gusts, tilt, lightning count and average distance)
- Wind speed, wind direction, and temperature sensor
- Tipping-bucket rain gauge
- Solar radiation sensor
- Sensor with infrared thermometer
- Winter road maintenance station (infrared thermometer, air temperature, and humidity)
Water quality
- Optical turbidity and temperature sensor
- Optical dissolved oxygen and temperature sensor
Structural and position monitoring
- Strain/weight sensor
- Linear position sensor
- Temperature profile sensor (soil, ice, sea at different depths)
Interfaces and multifunction devices
- Multifunction device for analog and digital probes (UART, I²C, RS-485, SDI-12, and others)
Learn more.
MonitoringRiver and lake water level monitoring with LoRaWAN sensors
How a LoRaWAN water level sensor monitors rivers, lakes, and reservoirs: radar and submersible probes, alert thresholds, and flood early warning in real time.
MonitoringLoRaWAN parking sensors for smart parking monitoring
How LoRaWAN parking sensors track parking occupancy in real time: magnetometer and radar detection, flush installation, battery life, and the platform.
TechnicalLoRaWAN for ski resorts: IoT sensors for resort management
How a LoRaWAN network monitors a ski resort: sensors on chairlifts and gondolas, autonomous weather stations, people counting, emergency modules in cabins, snowmaking control, and snowcat tracking — with years of battery life and no monthly fees.
Let’s design your LoRaWAN network together.
For every project we provide a tailored technical and commercial proposal based on your requirements — feasibility analysis, RF coverage study, and intervention planning.