Libelium Smart Agriculture Xtreme IoT Vertical Kit

This kit enables monitoring environmental and crop parameters in agriculture, vineyards, greenhouses, orchards, gardens... Measuring parameters like soil moisture and temperature, environmental conditions and leaf wetness, allows to control the crop health and quality, as well as to control micro-climate conditions to maximize the production. With this kit, farmers can save costs related to water, energy, fertilizers and pesticides by receiving data in real time.

The data is sent to the Internet by the GW using Ethernet and 4G radios.

Meshlium visualization plugin allows to:

• Visualize real-time data.
• Show measured data graphically between different time periods. It is possible to select for example last week, or last month data.
• Compare different parameters in the same node, and check their historical evolution in a comparative way.
• Geolocate the nodes via GPS and a communication module, and check in a visual map the data measured for each node.
• Sensor data is stored internally using the Meshlium MySQL database. Data can be extracted to a third Cloud Platform later.

Know more about the Meshlium Visualizer at the Meshlium Technical Guide. Section 16.

* There is no SSH access in the IoT Vertical Kits.

Meshlium Sensor Visualizer interface includes 100 times free access limit.

After 100 log-ins a license fee can be acquired to keep on using it.

Application examples

The first Smart Vineyard in Lebanon chooses Libelium’s technology to face the climate change.

Precision agriculture is gaining presence among the most delicate and challenging cultivations. Viticulture, which has been extremely linked to the progress of the seasons and the variations in temperatures, is becoming a great indicator of climate change. Libatel, in collaboration with Ogero Telecom, Université Saint-Joseph ESIAM and Château Kefraya winery, have developed an agriculture sensor network for vineyards based on Libelium wireless sensor network. The main aim of this viticulture precision project is to compile soil and climate information and their effects in the grapes.

Smart Agriculture project in Salerno (Italy) to monitor “baby leaves” fourth-generation vegetables production for an efficient use of fertilizers and irrigation.

Libelium's technology along with EVJA OPI platform play a critical role in the technological revolution of the agriculture sector, providing the farmers new analysis and forecast tools that helps them to improve their production.

Smart irrigation system to improve kiwi production in Italy.

FAMOSA has developed wireless sensor networks, based on Libelium technology, in a kiwi plantation with GPRS and Sigfox to develop accurate irrigation strategies for farmers. Kiwifruit is one of the most sensitive fruits in terms of quality which is given by size, sweetness and dry matter. In order to reach the best quality, it is essential for farmers to develop a good irrigation strategy to attain marketable products and reduce product losses.

Smart Agriculture project in an Australian nursery to ensure crops health and reduce losses.

Wireless sensor networks have opened a wide range in terms of possibilities for farmers and agricultural management organizations. Getting real-time information from different water, soil or air parameters of any field allows taking smart and strategic decisions to save resources and optimize yields.Agnov8 trusted in Libelium technology to develop an IoT project to control crops conditions and improve yields. Agnov8 has trusted in Libelium technology for a a large environmental sustainability project of Cameron’s Nursery wholesale plant grower located in Arcadia, New South Wales, Australia.

Indoor Precision Farming in American medical marijuana plantations.

SensorInsight, an American company that provides Industrial Internet of Things complete solutions, has been working for a medical marijuana operator with Libelium Waspmote Sensor Platform to develop a wireless sensor network to produce the highest quality of marijuana through the management and analysis of the entire medicinal marijuana growing process.

Hardware Components

Hardware Documentation

Read the Quick Start Guide to get information about kit components,
how to install and configure them and how to connect the
kit with the software services provider platform.

Check the Quick Start Guide!

Plug & Sense! Documentation

• 10 models and more than 120 sensor probes available (gases monitoring, water quality, Smart Cities, Smart Parking, etc)
• Radio technologies: 802.15.4, 868, 900, WiFi, 4G, Sigfox and LoRaWAN
• Industrial Protocols: RS-232, RS-485, 4-20 mA, Modbus, CAN Bus
• GPS receiver
• Robust waterproof IP65 enclosure
• Solar powered with internal and external panel options
• Open Source SDK and API
• Over the air programming (OTAP)
• Special holders and brackets ready for installation in street lights and building fronts
• Graphical and intuitive programming interface: Programming Cloud Service
• External SIM socket for 4G models
• Minimum maintenance costs: Add or change a sensor probe in seconds
• Fully certified for the main markets: CE (Europe) / FCC (US) / IC (Canada) / ANATEL (Brazil) / RCM (Australia) / PTCRB (US) / AT&T (US)

Check all the Documentation

Meshlium Documentation

• Multiprotocol IoT gateway. Use up to 4 radios at the same time
• Connectivity: Ethernet, WiFi, 4G, 802.15.4, RF 868/900
• 8GB of internal storage
• MySQL database up and running off-the-shelf
• Web manager interface
• Secure protocols (WPA-PSK / HTTPS)
• Robust aluminium case (IP65)
• Special holders and brackets ready for installation in street lights and building fronts
• External SIM socket
• GPS receiver
• 4 versions: Europe (EU), USA & Canada (US), Australia (AU), Brazil (BR)
• Fully certified for the main markets: CE (Europe) / FCC (US) / IC (Canada) / ANATEL (Brazil) / RCM (Australia) / PTCRB (US) / AT&T (US)

Check all the Documentation