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David Gascón, Libelium CTO, keynote talk in DevOSS Azure Days, December 2014, Madrid – Spain

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In the video David Gascón, Libelium CTO, talks in DevOSS Azure Days about Wireless Sensor Networks, Internet of Things and Smart Cities, giving a complete overview about the possibilities of smart sensing and talking about Libelium existing projects and track record.

David also explains in detail a real Azure integration in the second part of the video.

David's keynote was entitled "Recogida de datos con sensores a través de Waspmote y conexión con Azure Service Bus".

DevOSS Azure Days, with MongoDB and Capside as main supporters, aims to connect the most advanced open source technologies with Microsoft technologies ecosystem, primarily through the Azure cloud platform and with the world of data as the common thread.

David presents Libelium horizontal platform, Waspmote, and the different OEM or Plug & Sense! solutions. He talks about Smart Cities, Smart Agriculture, Smart Water, Smart Metering... giving real examples and projects as Libelium's help in Fukushima disaster - sensing radiation levels through Libelium Radiation Sensor Boards, as an example of crowdsourcing, Ardusat Satellite project, Smart Wine in Oregon, USA, or Galicia, Spain, or Santander's Smart Parking project, among many other projects.

He also introduces Cooking Hacks, Libelium's DIY division.

The complete slide deck:

For more information about our Waspmote and Plug & Sense! product lines:

For more information about our products contact the Libelium Sales Department.


Nominated for the 4th Annual IoT Awards

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We are proud to announce that we have been nominated in six different categories for the 4th Annual IoT Awards hosted by Postscapes.com.

These awards honor the year's best products, organizations and ideas shaping the Internet of Things and their spirit is to showcase best IoT people, products and companies.

The categories we have been nominated in are:

Find Why!

Nominated for Best IoT Company: Libelium [VOTE NOW]

In the blink of an eye 2014 has gone... We have launched a lot of innovative product releases, increased our distribution network, moved to our new headquarters and received different prizes and recognitions.

Some examples of the products Libelium launched in 2014 are:

Smart Water

Libelium launched in 2014 a Smart Water wireless sensor platform to simplify remote water quality monitoring. Equipped with different sensors that measure up to a dozen of the most relevant water quality parameters, Waspmote Smart Water is the first water quality-sensing platform to feature autonomous nodes that connect to the Cloud for real-time water control. It is suitable for potable water monitoring, chemical leakage detection in rivers, remote measurement of swimming pools and spas, and levels of seawater pollution. The water quality parameters measured include pH, dissolved oxygen (DO), oxidation-reduction potential (ORP), conductivity (salinity), turbidity, temperature and dissolved ions (Na+, Ca+, F-, Cl, Br-, I-, Cu2+, K+, Mg2+, NO3-).

Waspmote Plug & Sense! Smart Water model

Waspmote Plug & Sense! Smart Water model

More info about Libelium Smart Water.

Smart Logistics - Realtime Tracking and Sensing of Goods

Libelium released in 2014 new Smart Logistics modules for Waspmote sensor nodes that provide position, sensing and transmission capabilities to enable real time tracking, via 3G, GPS and GPRS. These new modules for Waspmote and Plug & Sense! devices can read geolocation coordinates, collect extra sensor data such as humidity, luminosity, CO, CO2, temperature, or vibration, then send all the information to a web or Cloud server. Smart Logistics applications include continuous vehicle fleet tracking, container goods control, and asset management, or other location-based services.

Realtime Tracking and Sensing of Goods

Smart Logistics - Realtime Tracking and Sensing of Goods

Read more about Libelium Smart Logistics.

New Industrial Protocols modules for Waspmote

Libelium released in 2014 new industrial protocol modules and API libraries for Waspmote sensor nodes that allow sensor information from industrial devices to connect to the Cloud. The new modules support the most widely used industrial communication network protocols such as RS-232, RS-485, CAN Bus, and Modbus, used for process or industrial automation, building automation, military and automobile applications, for sensor network capability in remote or factory floor environments. In conjunction with the new modules, Libelium released an special sensor board to connect 4-20 mA sensors (current loop)—the most commonly deployed in industrial environments.

Libelium Waspmote Industrial Protocols

Libelium Waspmote Industrial Protocols

More info about Libelium new Industrial Protocols modules for Waspmote.

Bluetooth Low Energy

Libelium launched in 2014 a Bluetooth Low Energy (BLE) module that connects Waspmote sensor nodes to smartphones, tablets, and all other BLE compatible iOS and Android devices. The Bluetooth 4.0 wireless protocol, also known as Bluetooth Low Energy (BLE) or Bluetooth Smart, offers low-energy power management for short-range wireless connectivity that is location-aware, and context-aware. Integrated with Waspmote, Libelium’s BLE module allows sensor devices to function as real time location systems, with encrypted data transactions.

Bluetooth Low Energy 4.0 Smartphones

Bluetooth Low Energy to Connect Sensors with Smartphones and Tablets

Read more about Libelium Bluetooth Low Energy.

LoRa communication protocol

Libelium added in 2014 long-range wireless coverage to Waspmote and Plug and Sense! sensor nodes, by integrating Semtech’s LoRa™ RF technology in a new module-on-a-chip embedded radio design for Smart Cities and Internet of Things (IoT) deployments. Waspmote sensor nodes are designed to deploy by the thousands, connecting any sensor using any communication protocol to any Cloud system. The LoRa communication protocol extends wireless connectivity so that Waspmote sensors can transmit data at distances of several miles, even through buildings, and over 20 miles in open spaces.

Non Line of Sight Tests in Urban Environment

Non Line of Sight Tests in Urban Environment

Read more about Long-range wireless coverage to Waspmote and Plug and Sense! sensor nodes.

Some examples of 2014 partnerships with new Cloud platforms are:

Telefónica

Libelium added new Cloud technology options to its Waspmote wireless sensor platform by integrating the Cloud solution from Telefónica, the global broadband and telecommunications provider, to allow faster time-to-market for Smart Cities and Internet of Things (IoT) projects.

Telefonica Cloud for Smart Cities and the IoT

Integration diagram - More info: http://www.libelium.com/products/meshlium/wsn/

Read more about Telefónica integration.

Sentilo

Libelium included in the 2014 the Sentilo open source software platform in its core product line for Smart Cities deployments, to link with Libelium’s Waspmote sensor network device and the Meshlium Internet gateway. Sentilo is the first Smart Cities software platform developed by a municipality, based on experience and knowledge of the requirements of a large city such as Barcelona.

Meshlium Connection Options Cloud

Meshlium Connection Options Cloud

Read more about Sentilo integration.

Other 2014 Key Points

National Young Entrepreneur Award 2014

Libelium received in 2014 the National Young Entrepreneur Award at the annual meeting of the Spanish Confederation of Young Entrepreneurs (CEAJE).

Alicia Asin, co-founder and CEO of Libelium, was in charge of collecting the award from their Royal Highnesses the Prince and Princess of Asturias in the ceremony held at the Hotel Villa Magna in Madrid.

Read more about the National Young Entrepreneur Award.

New Headquarters

In 2014 another step forward has been taken in Libelium growth trajectory. We moved to a new headquarters last October, a three-storey building where we have 4,000 square meters. Thus, we multiplied nearly sevenfold the space that we had in our previous facilities, where we were located from our birth in 2006, and where we only had 600 square meters.

Libelium New Headquarters

Read more about our new location.

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Nominated for CEO of the Year: Alicia Asín [VOTE NOW]

Alicia is Libelium's Co-Founder and CEO. She has been lately attending as keynote speaker at Strata Barcelona + Hadoop World (see the full Alicia keynote video entitled “Hiding Information Inside Big Data, and the Hypocrisy of Privacy”), and at BORDERSESSIONS, International Technology Festival 2014 in The Hague, Netherlands.

She participates in different forums worldwide spreading IoT word and particularly talking about the challenges, actions and outcomes of Smart Cities projects.

Alicia Asín speaking at Strata Barcelona + Hadoop World, November 2014

Read more about Alicia Asín.

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Nominated for Best Smart City Application: Waspmote [VOTE NOW] and Best Technical Enabler: Waspmote [VOTE NOW]

Our versatile and horizontal platform allows implementation of any Wireless Sensor Network in a wide variety of Smart Cities projects. With more than 70 sensors and 15 radio technologies available, Waspmote has been specially designed to be extremely low consumption.

We are focused in develop a technology that make it easier for everyone to develop new products and services for the Internet of Things.

Libelium Waspmote

Connect any Sensor using any Wireless Technology to any Cloud platform

More info about Waspmote.

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Nominated for Best IoT Network Services: 3G Shield for Arduino [VOTE NOW]

This 3G shield for Arduino enables the connectivity to high speed WCDMA and HSPA cellular networks in order to make possible the creation of the next level of worldwide interactivity projects inside the new "Internet of Things" era.

3G GPRS Board

Read more about our 3G Shield for Arduino.

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Nominated for Best Open Source Project: e-Health, Open Garden and Open Aquarium [VOTE NOW]

We are concerned with Open Source movement and we truly believe that IoT is a revolution that involves everyone, including (and specially) Makers. In Cooking Hacks we provide complete documentation about our IoT Awards nominated Open Source projects, e-Health, Open Garden and Open Aquarium.

e-Health

The e-Health Sensor Shield V2.0 allows Arduino and Raspberry Pi users to perform biometric and medical applications where body monitoring is needed by using 10 different sensors: pulse, oxygen in blood (SPO2), airflow (breathing), body temperature, electrocardiogram (ECG), glucometer, galvanic skin response (GSR - sweating), blood pressure (sphygmomanometer), patient position (accelerometer) and muscle/eletromyography sensor (EMG).

e-Health Sensor Platform V2.0 for Arduino and Raspberry Pi [Biometric / Medical Applications]

e-Health Sensor Platform V2.0 for Arduino and Raspberry Pi [Biometric / Medical Applications]

More info about e-Health Sensor Platform V2.0.

Open Garden

The Open Garden platform consist of three different kits, each ready for a specific kind of growing plant scenario: indoor (houses and greenhouses), outdoor (gardens and fields) and hydroponics (plants in water installations). The platform allows to control the state of the plants by sensing several parameters depending on the kit: Soil moisture (Indoor & Outdoor kits), Temperature + Humidity + Light (All kits), and Water sensors: pH, Conductivity, Temperature (Hydroponics kit).

Open Garden (Arduino)

Open Garden - Hydroponics & Garden Plants Monitoring for Arduino

Read more about Open Garden (Arduino).

Open Aquarium

Open Aquarium has been designed to help you to take care of your fish by automating the control and maintenance tasks that take place in the fish tanks and ponds. Open Aquarium consists of two different and complementary kits: Basic and Aquaponics, and many several extra accessories.

Open Aquarium (Arduino)

Open Aquarium - Aquaponics and Fish Tank Monitoring for Arduino

Read more about Open Aquarium (Arduino).

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We are very happy just for the recognition of being included in 2014 best products/projects from across the industry and we will continue in 2015 helping to create an Internet of Things sharing our efforts, projects and ideas.

We invite you to vote for us in these 2014 IoT Awards (clic above on each category).

Thank you very much for your support.

Cold Chain Monitoring and Smart Tracking in Zaragoza

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Tahona Goyesca is an Aragonese leading company in the bakery and pastry sector. This artisan bakery has four points of production, several retail shops and a fleet of ten vehicles that perform around thirty deliveries everyday. Tahona Goyesca bakes and distributes cakes and pastries that require storage at proper temperature to reach their destination in peak condition. Deliveries take place in the morning to take advantage of drive time and to reach customers early at the point of sale.

Tahona Goyesca - Bakery and Pastry

Tahona Goyesca - Bakery and Pastry

To control the temperature and make delivery more efficient in Tahona Goyesca’s fleet of refrigerated vehicles, Libelium designed a Smart Tracking solution using Waspmote Plug & Sense! and the Meshlium gateway.

A central dispatching office maps out the routes for each of the delivery vans. The bakery delivers cakes, pastries and fresh bread products to retail outlets, restaurants and catering events.

With the Wireless Sensor Network (WSN) system, the temperature and position of each delivery vehicle can be monitored in real time remotely through a pc / smartphone / tablet and basic Internet connection.

Tahona Goyesca - Fleet Tracking

Tahona Goyesca - Fleet Tracking


Sensor nodes and wireless gateway

The technology solution consists of a Waspmote Plug & Sense! sensor node installed on each vehicle in the fleet and a central node (the wireless gateway) called Meshlium.

The main components of each Plug & Sense! node are the temperature sensor, a GPS antenna, a 3G antenna, a car battery charger and the Waspmote Plug & Sense! Tracker.

Sensor node with specific Smart Tracking Components

Sensor node with specific Smart Tracking Components

The Waspmote Plug & Sense! nodes monitor the temperature in the vehicle refrigeration chamber and transmit the data to Meshlium using the 3G mobile network. The vehicle’s position is obtained from the GPS antenna and transmitted with other information such as RSSI (3G signal power) and the battery level of the node.

Waspmote Plug & Sense! installed in the cab of a van

Waspmote Plug & Sense! installed in the cab of a van

During daily deliveries, the Plug & Sense! node charges its battery directly from the vehicle battery through the cigarette lighter socket of the van. The Plug & Sense! battery has a capacity of 6600mAh and transmits data even when the vehicle is off.

Plug & Sense! charges its battery directly from the vehicle battery

Plug & Sense! charges its battery directly from the vehicle battery


Networking with Meshlium

Meshlium has wireless communication modules as well as Ethernet. It receives information from the nodes, parses it and finally stores the data in its internal database. With the Meshlium Web interface, Customer Service staff can check order status information and every vehicle’s data by simply entering an IP address in a browser; drivers can receive alerts.


Libelium Solution includes Hardware and Software

Every Waspmote Plug & Sense! node is programmed, configured and tested in the Libelium laboratories, so that once placed in the vehicle, just clicking the ON button is required to the node starts running and transmitting .

Libelium's solution allows the nodes to use sleep mode, so that every node "sleeps", "awakes", updates its position and temperature, and "sleeps" again. For Tahona Goyesca, the optimum time between samples is three minutes, to properly balance the binomial energy consumption with precision. Each Plug & Sense! node synchronizes the refrigerator chamber temperature, vehicle position, remaining battery level and 3G signal power every 3 minutes.

The Tahona Goyesca delivery trucks are moving from 5am until 1pm every day, so the sensor nodes monitor the fleet during this period and hibernate the rest of the day.

In the absence of 2G or 3G coverage, data values are stored in memory and transmitted as soon as coverage resumes.

A specific Meshlium application to visualize the data was developed for this project. Each vehicle’s route, and starting and finish times are tracked and reported, and reports can be viewed as a map or as a list.

In map view the trajectory of the vehicle is superimposed on a Google maps interface. Each sample of data taken is represented by a dot that displays date, time and temperature when selected with a click.

Diagram

Map View Data Visualization

The data in list view shows a table of each sample including date, time, coordinates and temperature.

Diagram

List View Data Visualization


Real Time Data Visualization and Scalability

Using mobile technology for data transmission allows data to be stored and accessed through the Meshlium gateway. The value is being able to check the temperature measurements along with the vehicles’ position, in real time.

The real time sensor network solution selected for Tahona Goyesca is applicable to any transport or logistics company that requires temperature and position monitoring in their vehicle fleet. The only requirement is to install a Plug & Sense! node in any vehicle whose position and temperature the company want to monitor, and a Meshlium gateway accessible via the Internet.

“Cakes are one of the most delicate goods to transport. By controlling their conditions in realtime we can detect any failure or delay in the delivery system and act before the cakes get ruined”, said Laura Lumbreras, Customer Service Manager at Tahona Goyesca.

“Tahona Goyesca operates its own fleet of refrigeration trucks and is one of the leading bakeries to use sensing and tracking technology to offer their customers efficient food distribution”, said David Gascón, Libelium CTO.


ERP Integration and Cloud Partners

In this project, data is visualized in a Web interface. Custom solutions that store data in an external database, synchronizing Meshlium with a company management platform or ERP are easy to develop.

Libelium's Smart Tracking solution allows data exportation in different formats, such as KML format for visualization in a tool such as Google Earth, or in CSV format for further work in Excel spreadsheets. To integrate with an ERP, data may be inserted SQL system, either working directly with the database or via web servers XML or JSON files.

Libelium's technology integrates easily with Cloud platforms such as Axeda, Sentilo, Thingworx, Esri, and with the Cloud solution platform of Telefónica, the global broadband and telecommunications provider.

Libelium's Cloud Partners

Libelium's Cloud Partners


Read more about our product lines in Waspmote and Plug & Sense! websites.

If you are interested in purchase information please contact the Commercial Department.

Urban Resilience in the Smart City: River Flood and Forest Fire Early Detection

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Urban and territorial management systems based on wireless sensor networks already maintain and prevent the disruption of essential city services, in Smart City installations across the globe.

By linking the physical world to the Internet, Internet of Things (IoT) wireless sensor technology can improve resilience in such areas as civil protection; telecommunications; energy, electricity; water supply; urban maintenance; traffic management.


Cities adapt for resilience

Pioneered by the Rockefeller Foundation, the 100 Resilient Cities (100RC) organization supports a view of resilience that includes not just the shocks—earthquakes, fires, floods—but also the stresses that weaken the fabric of a city on a day-to-day basis. By addressing both factors, a city can improve its response to adverse events, and is overall better able to deliver basic functions in good times and bad, to all populations.

Cities in La Garrotxa span a region comprising protected lands, urban areas and industry

Cities in La Garrotxa span a region comprising protected lands, urban areas and industry


Urban resilience through city management

This key idea motivated Opticits, a Barcelona startup from the IQS-University of Ramon Llull, to work with Sigma, a public municipal organization in charge of environment and services, to create and deploy a City Resilience Management platform that integrates Libelium’s Waspmote Plug & Sense! sensor nodes and Meshlium gateways.

Opticits’ experience in the industrial and petrochemical sectors led it to develop an IT and management solution that makes cities urban resilient, more efficient and sustainable. Based on collaboration among local authorities, the system guides urban planning decision makers and city managers.

Early Smart City pilots and proof-of-concept projects have evolved to larger scale installations designed to stay in place for decades. In Spain, Opticits’ initial urban resilience assessment project in Barcelona (1.621.000 inhabitants and 102 km2) was reproduced at laboratory scale in Tremp (6.200 inhabitants and 310 km2), then subsequently deployed on a wider scale with a regional focus in La Garrotxa (54.000 inhabitants and 534 km2).

La Garrotxa serves as a test bed for managing resilience in a community of 21 municipalities, with a model that other urban areas may readily incorporate.

La Garroxta is a region in the Girona province of Catalonia, located between the Pyrenees Mountains and the Mediterranean Costa Brava. Well known for its volcanic natural park, the region of over 50,000 inhabitants has an industrial tradition and an agricultural one, and is noted today for its meat industry. This mixed urban-industrial economic profile is representative of many areas of Europe, and the population enjoys a per capita income well within the EU average.

The region of La Garrotxa, located between the Pyrenees and the Costa Brava

The region of La Garrotxa, located between the Pyrenees and the Costa Brava

With Opticits’ HAZUR software platform, those charged with managing resilience are instantly alerted to potential cascading effects, and are provided with the detail and information they need to adequately respond. The system helps manage the complexity of the situation and develop strategic planning choices. HAZUR includes an assessment module to determine which sensors to deploy. Information from the Waspmote nodes feeds into a city management dashboard to monitor levels of the river, CO2, fire sensors, among the 40 different types of sensors deployed.


Sensor deployment: Large, open, flexible

In La Garrotxa, 35 Waspmote sensor nodes power three main application configurations, measuring parameters for forest fire prevention, river flood monitoring, and ambient control, such as air quality and greenhouse gases. In each configuration the Waspmote Plug & Sense! nodes are equipped with solar panels and rechargeable batteries, to ensure years of autonomy. The Waspmotes themselves are IP65 rated and designed to be highly modular to allow a sensor to be removed or added in seconds. In La Garrotxa, the devices communicate via Wi-Fi and are able to reach upwards of 40 km in Line of Sight (LOS) conditions using the 868MHz module.


Forest Fire Prevention (11 nodes)

In this configuration Waspmote Plug & Sense! Smart Environment monitors four different parameters to detect and prevent forest fires, with sensor probes in trees and on rooftops measuring:

  • Temperature
  • Humidity
  • CO2
  • CO
Waspmote Plug & Sense! Smart Environment sensor node

Waspmote Plug & Sense! Smart Environment sensor node


River Monitoring / Flood Prevention (16 nodes)

  • Waspmote Plug & Sense! Smart Metering includes ultrasound sensors for liquid flow detection and distance measurement.
Detail of river monitoring sensor node placement in Olot, La Garrotxa

Detail of river monitoring sensor node placement in Olot, La Garrotxa

Antenna and sensor node placement to detect water level for flood prevention

Antenna and sensor node placement to detect water level for flood prevention


Ambient Control (7 nodes):

  • Waspmote Plug & Sense! Smart Environment includes calibrated sensor probes to measure air pollution, gases and the presence of industrial solvents.
  • CO2
  • NO2
  • Air Pollutants I (NH3, SH2, ethanol and toluene)
  • Liquid petroleum
Smart Environment sensor node can harvest energy and receive new calibrated probes

Smart Environment sensor node can harvest energy and receive new calibrated probes

Also deployed in the wireless sensor network are eight Meshlium gateways in place outdoors throughout the area to ensure long-range transmission of data to the Cloud, and several external Wi-Fi antennas to boost Wi-Fi coverage. Meshlium is a Linux router that works as a multiprotocol gateway for the Waspmote wireless sensor networks. Meshlium can contain five different radio interfaces; including Wi-Fi, 3G/GPRS, Bluetooth, ZigBee, and can integrate GPS modules for mobile and vehicular applications.

Installing sensor nodes in optimal locations for forest fire detection

Installing sensor nodes in optimal locations for forest fire detection


WSN Deployment: Location, Location, Location

The territory of La Garrotxa is a mix of town, countryside and rugged forest in an area protected by environmental regulation and historical patrimony laws. Setting up the wireless sensor network included a planning phase to analyze sensor placement, taking into account antennae range, positioning of solar panels in forested areas, and the design and construction of structures to install the river sensors.

Once in place Waspmote sensors effectively capture and transmit the information needed to monitor water quality, air pollution, fire hazards, and other threats that the local resilience managers can read in real time. The high performance of Waspmote makes the readings accurate and data transmission is highly reliable. “Libelium’s wireless sensor networks are an integral part of bringing an affordable solution to La Garrotxa,” said Ignasi Fontanals, CEO and co-founder of Opticits. “The great thing we identified with the Sigma team is that the Libelium sensor platform is so easy to deploy and scale. That makes a big difference as cities and regions adapt to unforeseen changes now and in the future.”

Opticit’s HAZUR dashboard is the basis of many system tools used to oversee the data capture and integration, and to track and manage key performance indicators (KPI) that support working structures and responsibilities in regional services. The system is managed with a software dashboard, known as a “situation room,” where La Garrotxa resilience managers view an interdependence map that displays the vulnerability and resilience of the infrastructure networks.

A user’s view of Opticits’ HAZUR situation room software interface

A user’s view of Opticits’ HAZUR situation room software interface


Urban planning is long term

For Francesc Canalias, General Manager at Sigma, the effectiveness of the Opticits system relies on data from Libelium sensor devices. “To bring urban resilience to La Garrotxa, we had a plan for the long term and needed a sensor network platform that was extremely flexible and adaptable, able to meet the dynamic requirements of various urban services that work as an ecosystem. Libelium’s Waspmote sensors and Meshlium gateway were easy to install and integrate with HAZUR, so they are the perfect fit in this regard.”

With the implementation of HAZUR and Libelium sensors, the territory of La Garrotxa can readily manage critical facets of its infrastructure and public services. The system installation has already led to greater cooperation between public and private interests within the region, who continue working together to identify threats and remedy areas of non-compliance.

“The Internet of Things represents an opportunity for industry and entrepreneurs to invent and innovate, to deploy technology that leads to a better quality of life. Spain is fertile ground for the Internet of Things because necessity, know-how and the means come together to solve problems,” said Alicia Asin, CEO and co-founder of Libelium.

Technological innovation may bring its greatest benefits in projects of social utility. In Barcelona and in La Garrotxa, city managers and IT project managers have created a new working dynamic by setting priorities that align communities as they strive to improve resilience for neighborhoods and for an entire region. Spain is developing an ecosystem comprised of technology enterprises, universities, private industry, municipalities, regional government stakeholders working together to benefit cities where we live and work.

Read more about our product lines in Waspmote, Plug & Sense! and Meshlium websites.

If you are interested in purchase information please contact the Commercial Department.

Water Quality Monitoring in Europe’s Largest Fluvial Aquarium

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The environmental degradation is a fact that is gaining increasing interest by today. Studies conducted recently show that marine pollution has accelerated markedly in the last three centuries. It has put a large number of marine species in danger of extinction, damaging the planet's biodiversity and our entire ecosystem.

The Fluvial Aquarium of Zaragoza

For most people the aquatic environment is a great unknown. Aquariums offer the possibility to study and enjoy these fascinating ecosystems without the need for long and expensive trips. Aquariums are a great educational tool that can raise public awareness about the need to preserve the lives and habitats of aquatic animals, and make people aware of the importance of biodiversity.

One of the objectives of a modern aquarium is to publicize the ecology of lakes, rivers, seas, and oceans, as well as their current environmental risk.

The Fluvial Aquarium of Zaragoza is the largest of its kind in Europe. It has more than 2.5 million litres of water in 70 aquariums and aqua-terrariums. It houses the largest freshwater tank in Europe, with 1.7 million litres of water and a depth of 9 meters, and contains species of freshwater fish from five continents.

Fluvial Aquarium of Zaragoza

Fluvial Aquarium of Zaragoza

The aquarium recreates the world's most important river ecosystems: the Nile (Africa), the Mekong (Asia), the Amazon (America), the Murray-Darling (Oceania) and the Ebro (Europe). It hosts over 100 species and 1,000 individuals, respecting their natural conditions.


The Project

The majority of animals that live in the aquarium are extremely sensitive to changes in environmental conditions. For the fish to thrive, thorough and regular monitoring of various physical and chemical parameters in the water is necessary.

In each system, a suitable range is defined for these key parameters. These are maintained within appropriate levels through filtration systems and regular water changes, biomass control, and maintenance of the systems.

Thanks to the collaboration between Libelium and the Aquarium of Zaragoza, measurements at the freshwater aquarium and a terrarium are taken several times per hour instead of once a day.

The main goal of the water-monitoring project is to automate the measurement of physical and chemical parameters in the tanks, improving the reliability and frequency of the data collected, and simplifying the tasks of the Aquarium of Zaragoza staff.

The Monitoring cycle works as follows:

Aquarium of Zaragoza Solution Diagram

Aquarium of Zaragoza Solution Diagram

  • Every five minutes, the Smart Water sensors installed by Libelium measure different air and water quality parameters in the aquarium and the terrarium.
  • Data is captured and digitized by Waspmote. Two different nodes located in the same zone send values to the Meshlium Internet Gateway via long-range 868MHz band.
  • Meshlium, Libelium's multiprotocol router, is used in this project to gather all the data from the sensor nodes and transmit them in the Cloud. In this project, Meshlium also stores all the data internally to build a data historic.
  • Aquarium technicians can access this data in real time to know the status of the aquariums and terrariums and correct any anomalies.

The diagram above shows the probes, the nodes, the sensor network and its connection to the Cloud.


The Piranhas Aquarium

In the freshwater aquarium, a recreation of the Amazon River, more than 20 piranhas (Pygocentrus nattereri) and 3 false piranhas or pacús (Colossoma macropomum) live in 13,300 L of water. The physico-chemical properties of this tank are soft and acid waters, typical of this great river.

The freshwater aquarium is home to more than 20 piranhas

The freshwater aquarium is home to more than 20 piranhas

The selected solution for the freshwater aquarium was Libelium Smart Water. It can be used to monitor different parameters related to water quality such as temperature, pH, Electroconductivity or Dissolved Oxygen in water, among others. Monitoring these parameters helps aquarium technicians ensure animal welfare.

"Changes in the optimal conditions of both types of aquatic environments can be detected now in minutes, ensuring the quickest reaction of the aquarium team. Waspmote Smart Water is the first water quality-sensing platform that connects to the Cloud for real-time water monitoring,” said David Gascón, Libelium CTO. "The wireless sensor network we have deployed in the Aquarium of Zaragoza simplifies remote water and air quality control."

Smart Water probes measure ORP, Electroconductivity, pH, Dissolved Oxygen, Temperature

Smart Water probes measure ORP, Electroconductivity, pH, Dissolved Oxygen, Temperature

The particular parameters analyzed in the piranhas’ aquarium include:

  • ORP (Oxidation Reduction Potential): Amount of electrons in water
  • EC (Electroconductivity): Amount of salts dissolved in water
  • pH (pH): Acidity of water
  • OD (Dissolved Oxygen): Amount of oxygen dissolved in water
  • WT (Temperature): Water temperature

The complete range of Smart Water sensors available for Waspmote and Plug & Sense! platforms include: pH, dissolved oxygen (DO), oxidation-reduction potential (ORP), conductivity (salinity), turbidity, temperature and dissolved ions (Na+, Ca+, F-, Cl-, Br-, I-, Cu2+, K+, Mg2+, NO3-).


The Anaconda Tank

In the terrarium, also located in the Amazon River area of the aquarium, live an Anaconda and seven different fish species offspring. Nearly 300 specimens from eight different species, living in harmony in 8,000 L of water. For this snake weighing over 25 kilograms and nearly 3 meters in length, a specific measurement of humidity, temperature and luminosity is required.

The Anaconda Tank

The Anaconda Tank

The solution chosen for this installation was Ambient Control. This specific Plug & Sense! model monitors basic environment parameters using temperature, humidity and luminosity sensors.

One of the main challenges we encountered during the Aquarium of Zaragoza project was to place the devices without disturbing the animals. A key point was to affect the animals’ environments as little as possible.

Placing the devices without disturbing the animals

Libelium collaborated closely with the Aquarium of Zaragoza technical staff to find the best location for Ambient Control in the terrarium.

Parameters analyzed in the Anaconda tank:

  • TH (Temperature and humidity): Temperature and humidity in the terrarium.
  • LUX (Luxes): Amount of light

"The advantages of the real time control system are endless compared to the traditional systems. Now we can monitor the entire Aquarium from a smartphone, and we are saving money every day," said Javier González, Aquarium of Zaragoza Technology Director. "Having a data measurement record is clearly an additional advantage. Now the data is stored automatically without any effort on our side."


Data Visualization

It is possible to check remotely in Meshlium all the data taken by the nodes. You can find in the screenshots below two examples of monitored data: Water Temperature and Conductivity. Clic to enlarge.

Meshlium Water Temperature Data

Meshlium Water Temperature Data

Meshlium Conductivity Data

Meshlium Conductivity Data

Conclusion

Biodiversity is fundamental to human existence on Earth and used in a sustainable way, is an unlimited supply of natural resources, providing many essential goods and services to society. It is closely connected also to the health and welfare of people, and is key to social and economic development.

It is the task of all of us to protect our environment, to act sustainably, to learn about and care for the species that make up our essential aquatic ecosystem.

For more technical information about Smart Water read the Smart Water Technical Guide.

For further information about our product lines go to Waspmote and Plug & Sense! website.

If you are interested in purchase information please contact the Commercial Department.

Libelium Sales Network Expands on Four Continents with New Distributors

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IoT sensor market demands local support for Smart Cities, agriculture, water quality, air pollution projects

SAN MATEO, Calif., TOKYO, and ZARAGOZA, Spain—February 17, 2015—Libelium has added seven new distributors to its network of Value-Added Resellers (VARs) in Asia, Europe, and the Americas, doubling the number of authorized distributors of its Waspmote sensor network devices worldwide in less than a year.

Libelium’s new distributors in Asia Pacific, Europe, North and South America will sell and install sensor network systems based on Waspmote sensor nodes and Meshlium gateways to meet increased demand for Internet of Things (IoT) technology in many areas. Sensor technology is deployed to reduce energy use, monitor environmental conditions and water quality, to improve infrastructure and urban resilience in Smart Cities, in agriculture, for environmental control, and industrial IoT projects.

Libelium’s distributor program includes systems integrators and VARs specialized in electronics, telecommunications, embedded systems, sensor deployment and wireless networks.

Check Libelium Distributor Network in http://www.libelium.com/contact/#distributors

"We work with our distributors as go-to-market partners to share the opportunity for expertise in wireless sensor networks. Customers of sensor network technology look to systems integrators to deliver technology solutions that fit their business needs," said Javier Martinez, Libelium Vice President, Business Development. “With our program, VARs have access to a range of development tools, training and information resources that allow them to increase revenue and accelerate adoption of Libelium’s sensor products and services.”

Libelium products are sold and deployed through a global distribution network. To locate or propose a distributor, please contact: commercial@libelium.com; telephone: +34-976-547-492.

Libelium Distributors / VARs

Asia

  • India: Intrinsic Solutions. Wireless sensor network integration, embedded systems for business organizations, R&D, government and agency customers. http://libelium.intrinsic.in
  • Japan: MBEL (Mitsui Electronics). Specialized in electronics integration, MBEL provides distribution and technical support for wireless M2M products and IoT technologies. www.mbel.co.jp/product/pc/put/libelium.html
  • China: PuTianTongDa Technologies (PUTD), a network equipment supplier and services company located in Beijing, serves customers in the areas of environmental protection, meteorological monitoring, petrochemical, power transmission, transportation and water conservation. www.putd.com
  • South Korea: Founded in 2012, IREXNET is active in three key business areas: network integration, solution integration, and IoT products. www.irexnet.co.kr

Australia/New Zealand

  • Australia: M2M Connectivity provides distribution and technical support for wireless M2M products and technologies including cellular (LTE/3G/GSM), satellite (Iridium/Inmarsat/Globalstar), industrial short-range wireless (Bluetooth, WLAN, ZigBee) and modems, modules and accessories. www.m2mconnectivity.com.au

Europe

  • Germany: EXP GmbH: EXP-Tech is one of the largest DIY online shops in Europe. www.exp-tech.de
  • SIDeA: SIDeA: Hardware and software system integrator focused on Smart Cities, green energy, Internet of Things, M2M, avionics and industrial automation. www.sidea.it
  • SolPA: SolPA is a leading provider of IT, electronics, and IoT smart environment solutions for public administration customers. www.solpa.it

North America:

  • Mexico: 5Hz Electronica: Development and manufacture of new technology products and interactive electronics. www.5hertz.com

South America:

  • Brazil: N1 Telecom. VAR and integrator specialized in telecommunications, networks, IoT solutions for enterprise customers. www.n1telecom.com.br
  • Colombia: Innova Tecnología S.A.S.. Electronic security monitoring specialist, for industrial and residential automation, “Smart Home,” security systems, fire detection, remote lighting control. www.innovatecnologia.com

Worldwide:

  • Cooking Hacks: The online DIY retail store Cooking Hacks serves developers, designers, engineers, inventors, and makers for projects with sensors, robotics, actuators, Arduino and Raspberry Pi. Creators of the Arduino Xbee shield, among other add-ons, Cooking Hacks began selling Waspmote OEM worldwide in September 2012. www.cooking-hacks.com

For more information about our solutions, distribution network and partnerships contact the Libelium Commercial Department.

Reading Beehives: Smart Sensor Technology Monitors Bee Health and Global Pollination

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Award-winning smart beehive project is a unique platform to monitor honey bees remotely and in real time, within the hive.

Honey bees have throughout history been a keystone species, pollinating an estimated 70 percent of all plants and underpinning some 30 percent of the global food supply. Because the viability of beehives is a critical predictor of the planet’s future health and agricultural sustainability, reports of a precipitous decline in the number of colonies around the world have stirred considerable alarm.

Monitoring Beehives Bees

Bees are a predictor of the planet’s future health

Researchers, environmentalists and public policy makers alike are focused on understanding this current ebb of productivity, which has been associated with several likely factors:

  • Global warming has accelerated the growth rates of damaging pathogens such as mites, viruses and fungi. It has also seriously upset the natural rhythms adapted to by bee populations over centuries of previously consistent seasonal weather patterns.
  • Pesticides used in crop production are ingested and transmitted back to hives via bees during pollination, resulting in the spread of damaging disease, weakening and very often the total collapse of colonies.
  • Increased atmospheric electromagnetic radiation associated with exponential growth in the numbers of cell phones and wireless communications towers is believed to interfere with the bee’s ability to navigate in flight.

Reading Beehives

Researchers understand that any meaningful response to these environmental changes and potentially related threats will first require analyzing conditions within bee colonies.

Saint Gobnait, the patron of beekeepers

Saint Gobnait, the patron of beekeepers

The challenge is, of course, that honey bees are extremely protective of their hives and virtually impossible to monitor at night or during inclement weather.

A group of biology, food business, and embedded systems engineering students at University College of Cork in Ireland recently took up the challenge, developing a unique platform through which they are able to monitor, collect and analyze activity within the colonies unobtrusively and on a unique scale.

It so happens that Saint Gobnait, the patron of beekeepers, who is originally from County Clare, Ireland, is depicted in a stained glass window in the Honan Chapel located near the University College Cork campus.

Dubbed “(2B) OR! (2B),” the UCC “smart beehive” project, which was awarded top honors in the IEEE/IBM Smarter Planet Challenge 2014, deploys big data, mobile technology, wireless sensor networks and cloud computing to record and upload encrypted data.


The Solution

The students used as their starting point Waspmote, a modular hardware sensor platform developed by Libelium that can connect any sensor network and wireless technology to any cloud platform. The UCC team integrated gas and hive condition sensors, ZigBee radios, 3G and GSM communications to look at the impact of carbon dioxide, oxygen, temperature, humidity, chemical pollutants and airborne dust levels on the honey bees.

Monitoring Beehives - Waspmote Smart Beehives

Waspmote Smart Beehives

Dr. Emanuel Popovici, the Director of Embedded Systems Group at UCC, called the winning project an exceptional nexus at which “long established technologies and beekeeping practices meet the latest advances in electronic technology.”

Data from initial observations of the project were captured in two scientific papers and three invention disclosures with smarter hive features and experiments currently being carried out at the UCC Embedded Systems Laboratory. A second deployment of the UCC “smart beehive” is planned to further study sensor combinations used in the first phase. All data will be made available.

Monitoring Beehives Team

Monitoring Beehives Team

PhD candidate Fiona Edwards Murphy spearheaded the group project, co-supervised by Dr. Popovici and Dr. Padraig Whelan, of the school of Biology, Earth and Environmental Sciences (BEES) at UCC.

“If the bee disappeared off the surface of the globe then man would only have four years of life left,” a quote often attributed to Albert Einstein once warned. “No more bees, no more pollination, no more plants, no more animals, no more man.” In 1901 the prominent Belgian writer Maurice Maeterlinck published “The Life of the Bee,” and helped to popularize the idea that the bee was a vital ecological linchpin. The work was originally written in French. Maeterlinck provocatively suggested that we owed our civilization to the bee, that readers might conclude that the extinction of the bee would lead to the collapse of civilization.

What neither Einstein nor anyone else could not predict was the use of smart technology to integrate beehive sensors and digest the data they collect. Such platforms have a critical role to play not only in ensuring pollination but, ultimately, in monitoring, understanding and managing precious global resources of all kinds.


Technology: Wireless sensor networks

Sending data to the Cloud using GSM - Remote Monitoring Beehives Diagram

Sending data to the Cloud using GSM - Remote Monitoring Beehives Diagram

For the engineering study, the group selected Libelium’s Waspmote wireless sensor platform because of the wide range of sensors available. Waspmote Plug & Sense! sensor nodes integrate more than 70 sensors, adapting to any wireless sensor scenario such as air and noise pollution, irrigation control, livestock tracking, vineyard monitoring, water quality, etc. With its waterproof enclosure, Waspmote Plug & Sense! is suitable for outdoor deployment, and sensor probes are easy to add or change. Another requirement for the honeybee project was the ability to harvest energy, and the Waspmotes installed are energy neutral with solar panels that allow the nodes to work autonomously for years, thanks to Waspmote’s extreme low power consumption. It was important that the sensor node fit inside the beehive, without impeding activity of the beekeeper and to avoid any interference with the bees.

Waspmote nodes installed in the beehives measure CO, CO2, O2, temperature, humidity, chemical pollutants (NO2, H2, NH3, Toluene, Isobutane) and airborne dust, all important indicators of the health of the bee colony within. One objective of monitoring is to send important real time information directly to the beekeeper; another is to collect data for analysis, and to build a database that enables partners in biology to study pests and diseases.

Waspmote Plug & Sense! Smart Environment model - Up to 6 sensor probes

Waspmote Plug & Sense! Smart Environment model - Up to 6 sensor probes

Technologies involved in the Monitoring Beehives (2B) OR! (2B) Project

Technologies involved in the Monitoring Beehives (2B) OR! (2B) Project

The sensor nodes communicate via Zigbee and form a network. A gateway node or Meshlium multiprotocol gateway receives the sensor data for transmission to the Internet – the Cloud—via Ethernet, Wi-Fi or 3G/GPRS, depending on available connectivity. The sensor data collected at the hive is readable on mobile devices, PCs, smartphones or tablets, and can be integrated into maps or geographic information systems (GIS), or easily imported into third-party applications or databases for analysis.

Monitoring Beehives Cloud Options

Monitoring Beehives Cloud Options

Wireless Sensor Networks (WSN) blend high connectivity, low power, and interoperability with electronic devices and diverse data systems.

Read more about our product lines in Waspmote, Plug & Sense! and Meshlium websites.

If you are interested in purchase information please contact the Commercial Department.

Smart Factory: Reducing Maintenance Costs and Ensuring Quality in the Manufacturing Process

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Polibol: Smart Factory solution with Waspmote and Microsoft Azure combines efficiency and regulatory compliance with sensor technology and Cloud access

Established in 1959, Polibol is a leader in the flexible packaging sector. With 150 employees and revenues of over 40 million Euros, Polibol has a worldwide reputation for technological innovation as a flexible packaging printer and convertor. The Polibol group operates two plants, one in Zaragoza and one in Madrid, in facilities of 18.000 m2. The company’s chief activity is the manufacture of printed coils and aluminum laminated plastics for use as flexible packaging for food and consumer products (personal care, detergents).

Polibol Zaragoza plant - Bird's-eye view

Polibol Zaragoza plant - Bird's-eye view

The Zaragoza plant specializes in technical packaging, with 50 percent exported to the Americas, Europe, and North Africa.

Polibol takes great pride in their customer portfolio, which includes the leading players of each of the markets they serve. The company sells and exports its products all over the world, and keeps production compliant with international regulatory authorities.

The factory floor of the Polibol plant with printing machines

The factory floor of the Polibol plant with printing machines


Solution overview

Polibol, as a manufacturing company, operates various production lines that incur a number of critical processes. In some cases, controlling the air temperature near machinery on the factory floor is essential; in others, gas must be monitored to keep compliance within authorized levels of concentration.

Printed plastic material on huge spools at the Polibol plant

Printed plastic material on huge spools at the Polibol plant

Packaging for the food industry is subject to demanding health legislation regarding food safety and hygiene, as well as compliance with international standards, such as ISO-22000, for which Polibol is certified. Compliance with FDA regulations means that it is crucial to maintain a high level of quality control throughout production. Another important consideration for Polibol is how best to optimize processes, to reduce costs while ensuring quality. Manufacturing controls require continuous measurement of environmental variables, making this ideal terrain for wireless sensor technology (WSN).


Customer case: machines, sensors and the Cloud

Libelium designed a specific application for Polibol using Waspmote Plug & Sense! and the Meshlium gateway to monitor critical processes, environmental variables throughout the factory, parameters that affect product quality and working conditions.

With Libelium sensor network technology, Polibol monitors air temperature around printing machines and in pipes, light intensity on the final products, and CO2 concentration in the workers' area and in real time, using a PC, tablet, or smartphone and an Internet connection.

The integration of Libelium sensor technology with Microsoft Azure Cloud platform allows data from Libelium's sensor nodes to transmit directly to the Cloud, for analysis and use by Polibol in a number of applications.

The sensor solution helps Polibol in four key areas

The sensor solution helps Polibol in four key areas


How it works: sensors in the factory

In the Polibol factory, the printing process is performed on printing machine units that print color on color to form the final image. In the body of each printing unit, a mixture of colored ink and solvents keep the ink liquid and the coil impregnated. The product then travels through a drying tunnel to remove the solvent, leaving the dry pigment. At this point in the process, it is crucial to control the drying temperature, because if the ink is not completely dry, the next printing unit will blur and smear the ink, ruining the impression and resulting in complete rejection of the production. Printing is high speed, more than 200 meters per minute. In addition, temperature also affects to the elasticity of the materials (polyethylene, polypropylene, polyester, polyamide, PVC and aluminum) during the manufacturing processes, which make cause ink is not properly applied.

Monitoring temperature inside pipes with Waspmote Plug & Sense!

Monitoring temperature inside pipes with Waspmote Plug & Sense!

Waspmote Plug & Sense!

Waspmote Plug & Sense!

Likewise, temperature influences the laminating process as well. Laminating consists of pressing together up to three layers of aluminum or plastic material to obtain a sum of properties essential to each final product component: strength, impermeability, visual impact, sealing, etc. Between each layer of material and each layer of adhesive, the drying temperature must be monitored to prevent delamination of the final product.

Temperature control also requires a high sampling rate and high rate of accuracy in the readings. Because of all the above, costs of maintenance of these printing and laminating machines may be high. Ensuring a right temperature control not only reduces the rejection of products but lowers the maintenance costs.

Humidity sensors are necessary because humidity influences the flexibility of some plastics with a high hygroscopic co-efficient, such as polyamides and water-soluble synthetic polymers. Humidity can alter the behavior of the printing inks and affect the final image quality.

Temperature and Humidity monitoring using Waspmote Plug & Sense!

Temperature and Humidity monitoring using Waspmote Plug & Sense!

Light sensors are needed to maintain a constant luminosity, and are calibrated for color analysis, since color looks different depending on ambient light.

Sensors that can capture Volatile Organic Compound (VOC) readings are very important. In the process of printing and laminating, different types of solvents are used that volatilize during the drying process. Legislation has established regulations to ensure that any solvents that may be retained in the ink or adhesive that come in contact with food remain below minimum levels of tolerance. Environmental rules state that evaporated VOCs from the solvents must be captured, recycled or destroyed in a controlled manner, to keep them from polluting the atmosphere. Sensors measure VOCs and ensure compliance.

Evaporated VOCs are destroyed in Polibol incinerator plant

Evaporated VOCs are destroyed in Polibol incinerator plant

Finally, Noise sensors monitor working conditions in the factory.


Hardware is easy

The hardware configuration for Polibol consists of four types of Waspmote Plug & Sense! sensor devices and a Meshlium multiprotocol Internet gateway.

The Waspmote Plug & Sense! nodes used in this project are modular and can monitor and measure a wide range of factors: up to seven initial parameters.

  • Smart Agriculture: Temperature (x2)
  • Smart Environment: CO2, VOC
  • Ambient Control: Temperature, Humidity, Luminosity (Luxes accuracy)
  • Smart Cities: Microphone (dBA)

Each Waspmote Plug & Sense! node contains the appropriate sensors and electronics needed to control them, and are formatted from the factory to adapt to each specific use. The encapsulated nodes also contain:

  • Battery
  • Communications module: 802.15.4
  • 220V charger/adapter
Waspmote Module Sensors Smart Factory Aspect
Smart Agriculture Temperature PT1000 Production process: air temperature in pipes of printing machines
Smart Environment CO2, VOC Worker conditions
Environmental rules compliance
Ambient Control Luxes Accuracy, Temperature+Humidity Product quality and conservation
Smart Cities Microphone Worker conditions

The different sensors and parameters measured depending on the Plug & Sense! used

Waspmote Plug & Sense! houses a battery in its enclosure to allow the system to measure and transmit data even without a connected power supply. The battery capacity is 6600mAh: this means that application autonomy can range from several days to several weeks without recharging the battery, depending on sampling frequency (time between measurements). The Waspmote Plug & Sense! nodes can operate under battery power or on the grid to continuously recharge the battery.

Plug & Sense! Smart Cities with microphone to measure noise level

Plug & Sense! Smart Cities with microphone to measure noise level


Meshlium gateway to the Cloud

Meshlium is a multiprotocol gateway and can be configured with different communication protocols such as Wi-Fi, Ethernet and 802.15.4, enabling the system to receive sensor data from the nodes, parse it and store it in a local database.

The use of 802.15.4 communication technology allows sensor data to be stored or read as it is measured, so that users can visualize data “live,” in real time. By introducing an IP address in a browser all the Smart Factory information can be visualized on the Meshlium Web interface.

Smart Factory Meshlium gateway communicates with the Cloud

Smart Factory Meshlium gateway communicates with the Cloud


Software is pre-configured – data is accessible anywhere, anytime

Each Waspmote Plug & Sense! node is programmed and tested in Libelium laboratories so that, once in position, it can start monitoring when the “ON” switch is pushed.

Waspmote Plug & Sense! monitors its corresponding parameters at different intervals because not all processes have the same priority or critical level. After each measurement, data is transmitted to Meshlium using 802.15.4; other info such as battery level is sent, to provide robustness to the solution.

Using Microsoft Azure allows Polibol to start sending data immediately without the need to configure their own server system. From the outset, the sensor data is available for download and local analysis, or it can be transferred to another server. Once the data is synchronized with the Azure platform, it can be accessed from anywhere.

Smart Factory Application Dashboard

Smart Factory Application Dashboard

Meshlium synchronizes with Microsoft Azure platform every 60 seconds thanks to a Meshlium plugin that allows transmission of a local database directly to Azure.

According to Rafael Asin of Polibol: “For us, the main advantages of using Microsoft Azure are its plug and play installation, immediate data availability, and ubiquitous access.”


Waspmote low power and high performance

Waspmote sensor nodes offer four power modes—on, sleep, deep sleep and hibernation. In the hibernate mode, it consumes 0.7µA resulting in outstanding battery performance. The device can keep running for up to three years without recharging the battery After each measurement, Waspmote sleeps. This sleep feature, together with the ultra low power sensors integrated within the Waspmote platform, extends the lifetime of the solution and makes it easy to install and maintain. Some Waspmote nodes can remain in place for months and years.

“The autonomy of each Waspmote Plug & Sense! will vary depending on the sampling frequency. When the nodes are connected to the grid, the energy balance is positive. When there is no current, the nodes can continue working for hours and even for days,” said David Remón, a Libelium engineer.

Whether producing modern machines, high performance products or their components, smart sensor and Cloud-based technology is available for industrial automation to help manufacturers achieve top line growth by increasing productivity and minimizing risk in manufacturing processes.

Libelium technology integrates easily with Cloud platforms such as Axeda, Esri, Sentilo, Telefónica, Thingworx, and the Microsoft Azure platform.

Libelium's Cloud Partners

Libelium's Cloud Partners


Read more about our product lines in Waspmote and Plug & Sense! websites.

If you are interested in purchase information please contact the Commercial Department.


Libelium Sensors Connect with Microsoft Azure Cloud Platform

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SAN MATEO, Calif., BARCELONA and ZARAGOZA, Spain—March 2, 2015—At Mobile World Congress today, Libelium and Microsoft (MSFT) announced that Microsoft Azure Cloud integrates with Waspmote wireless sensors, to speed time-to-market for Smart Cities and Internet of Things (IoT) projects with scalable Cloud infrastructure.

McKinsey Global Institute forecasts the economic potential of the IoT to value from $2.7 trillion to $6.2 trillion annually by 2025. Sensor networks based on Waspmote sensor nodes and Meshlium Internet gateways power projects in the industrial IoT, smart agriculture, energy monitoring, and for environmental and industrial control. Businesses use Microsoft Azure to build and manage applications and services through a global network of datacenters.

For Libelium customers, Microsoft Azure provides a scalable infrastructure for data, virtual machines, server and frontend applications. With sensor technology to measure energy use, monitor environmental conditions, water quality, businesses can reduce costs and increase productivity. A customer integration of Libelium and Microsoft Azure demonstrates a complete industrial IoT solution in a Smart Factory, from sensor integration on the factory floor to business processes and data visualization in real time.

How it works: Smart Factory Case Study: Reducing Maintenance Costs and Ensuring Quality in the Manufacturing Process.

“Interoperability is vital to our development partners and customers as sensor-based IoT projects deploy at scale,” said Javier Martinez, Libelium Vice President, Business Development. “Our IoT ecosystem includes the best Cloud platforms in the market, and we make it easy for our partners to derive business value from wireless sensor networks with Internet of Things and contextual data.”

Connecting Sensors to the Cloud

Libelium Sensors Connect with Microsoft Azure Cloud Platform

Read more about Connecting Sensors to the Cloud.

For more Technical information go to Waspmote, Plug & Sense! and Meshlium Gateways website.

For more information about our Cloud solutions and partnerships contact the Libelium Commercial Department.

Smart Farming: Monitoring Horses and Equine Facility Management with Waspmote

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Remote sensing in agriculture is not new, it dates back decades. But recent technological advances in smart sensors and wireless networks are bringing new levels of monitoring into raising livestock. In particular, deploying sensor networks to remotely monitor horses, indoors or outdoors, can help prevent illness and reduce costs in equine management. For Spanish technology startup EOIT, remote sensing presents a new business opportunity featuring horses, stables and equine management.

The world horse industry plays a part in national, state and local economies in Europe, North America, and South America. The equine sector is diverse, involving agriculture, business, sport, gaming, recreation, medicine, and generating specialized skills and general employment across the board. Breeding, competition and leisure activities involving horses are important business concerns, and while horses are no longer used for primary transport they remain important assets.

Since 1500 Spanish horses made their way into the ancestry of many breeds founded in North and South America

Since 1500 Spanish horses made their way into the ancestry of many breeds founded in North and South America

In the EU, at least 6.4 million people practice equine sports -- two percent of the population of member countries. The region counts over 4.4 million horses, or about 12 horses per thousand habitants. In Spain, horses have long played a vital role in building cities and extending empires. Iberian sport horses figure among the most talented, popular breeds and today train and compete in elite events all over the world.


WSN: Monitoring horses and equine farm management

Seeing opportunity in an underserved market, Asier Gonzalez Gomez and a fellow engineer co-founded EOIT, one of a cluster of new technology startups from a program sponsored by the Basque Provincial Council. EOIT, an acronym for “Eyes on Inspiring Technology,” is an entrepreneurial company that views wireless sensor networks as an opportunity for technology to improve agriculture, at a local level and internationally.


Harnessing technology with sensor nodes, connecting agriculture and technology for cost benefits and energy savings

EOIT developed Smart Horse – an integrated technology platform that uses wireless sensor networks to monitor horses’ health, to control the condition of barns and stables, and generate alerts in real time.  Smart Horse is part of a Smart Farm application that brings together sensor data collection, alerts, and data analysis for use with other information management systems.

An avid equestrian, Asier used his background in telephony, information technology (IT), to create an equine monitoring system for use in horse stables, to monitor horses’ condition and fitness from anywhere in the world.  Sensor nodes and wireless networks would provide surveillance automation for barns, outbuildings, and paddocks.

Smart Horse Schema: monitor horses’ health, control the condition of barns and stables and generate alerts in real time

Smart Horse Schema: monitor horses’ health, control the condition of barns and stables and generate alerts in real time

Smart Horse and Smart Farm are modular solutions, allowing EOIT to propose a complete operating system for equine farm management, to combine sensors with wireless communications. “I wanted to work with horses and saw a way to put electronics and telecommunications into play on IT projects that reach the equine market,” said Asier.


Waspmote: connecting sensors to the Cloud

Using Libelium’s Waspmote allowed EOIT to focus on the Smart Horse and Smart Farm applications, rather than spending time and money on trial-and-error design and hardware development. “We compared various solutions and narrowed down our choices. All of Libelium’s awards for their hardware meant that they were doing something really well,” said Asier.

Libelium Waspmote - Up to 70 Sensors available

Libelium Waspmote - Up to 70 Sensors available


Business advantage

Stable owners and equine facility operations are interested in horse monitoring and facility monitoring to save costs, save water and save energy. High technology and low power sensors add business value to the horse business, and to livestock industry in a number of ways.

Applied to horse management, Smart Horse offers a mix of applications for health care monitoring, sports training, asset tracking, as well as data collection and analysis.


Smart Horse - how it works


Technology platform

Smart Horse is based on Waspmote OEM and includes up to six calibrated sensors, to measure temperature, humidity, water flow, liquid levels, door and window open/close status. The sensor nodes collect, transmit and can store data. For Asier, the principal advantage of building EOIT’s product line on Waspmote was the fast time to market it afforded for the project. “Libelium technology is well documented, and Waspmote is based on Arduino pin-out so it was easy to learn and set up.”

Smart Mote in place inside the horse stable

Smart Mote in place inside the horse stable

Energy management was one of several chief requirements for the system: Waspmote nodes are ultra low power devices that can be installed anywhere in the horse facilities, indoors or outdoors. The modularity of Waspmote, in terms of sensor integration and radio connectivity, allowed EOIT to provide a final product to their customers in a short period, with sensor networks up and running quickly, and capable of sending alerts as needed.

For Horse Mote to identify any abnormal behavior, biometric sensors are placed on the horse’s body to monitor sweat, position/movement, pressure, heart rate. Libelium e-Health sensor platform is a good alternative for such biometric parameters monitoring projects, but EOIT decided not to use it in this particular case due to they needed specific sensors for big animals.

Horse mote sensors are worn by the horse without restricting movement

Horse mote sensors are worn by the horse without restricting movement

With Box Mote, environmental sensor nodes collect and transmit data from their position in the stall, in the barn, in the veterinary hospital.

The encapsulated sensors monitor temperature, humidity, water levels, status of doors and gates or other controls. The nodes connect wirelessly with an Internet gateway; values and results are easily read on an end-user application for real-time control of the sensing parameters.

Box Mote with solar panel collecting and transmitting data

Box Mote with solar panel collecting and transmitting data

 

REMOTE SENSING: Horse Mote, Box Mote, Farm Mote

Smart Horse is a modular system that addresses different aspects of equine and facility monitoring using Waspmote sensor nodes.

For horse owners, the Smart Horse system makes it easy to monitor the health and well being of the horses. A horse monitoring system can recognize signs of distress in horses, and connect through an Internet gateway to send alerts to a smartphone, to the Cloud, or any device connected to the Internet.

Horses and high technology

Horses and high technology

Caring for horses in stables and in pastures, Horse Mote monitors equine health for signs of illness such as colic, laminitis, or abnormal behavior, such as pacing, thrashing, casting… It can also monitor and detect signs of foaling in the case of broodmares, or keep a base line on the condition of any horse in the stable. Equine colic indicates severe abdominal pain originating in a part of a horse’s digestive system. Among domesticated horses, colic is the leading cause of premature death.  Clinical signs of colic usually require prompt treatment by a veterinarian.

Equine monitoring system in horse stables

Equine monitoring system in horse stables

 

EOIT’s Farm Mote monitors water level in tanks, weather conditions, and can harvest energy with its external solar panel. The sensor network includes data from any of the sensor nodes and is part of a modular management system adapted to the farmers’ needs and accessible from any device with Internet access. An alternative solution for water conditions monitoring is Libelium Smart Water: this wireless sensor platform allows to measure a dozen of the most relevant water quality parameters and send data to the Cloud for real-time water control.

Farm Mote monitoring water level in outside tank

Farm Mote monitoring water level in outside tank

 

With wireless sensor networks and high technology, Smart Horse is part of a commercially viable Smart Farm application that brings together sensor data collection, alerts, and data analysis for use with any other information management system on the farm or horse facility. Different electronic devices collect data through an array of sensors and transmit to the Internet wirelessly. Data is available to be accessed remotely: it is possible to monitor the entire facility from a smartphone.

Data can be remotely accessed using a smartphone

Data can be remotely accessed using a smartphone

The system generates alerts received on any Internet-connected device, such as a smartphone, tablet, or computer. Recorded information can be stored to compare against databases, to help track a condition, or evaluate treatment options, among many other applications.


EOIT and Smart Horse

Two intensive pilot projects are ongoing and allow the EOIT team and partners to refine the Smart Horse system in production conditions. One installation is in a veterinary hospital; another is in place on a horse farm, in the stables, barns and horse paddocks. Each deployment includes hardware and network installations based on sensor nodes that gather pertinent information 24/7. The sensor network solution includes monitoring tools, Cloud integration functionality, and can store and extend data to farm management. Systems are collecting sensor data such as temperature, humidity, opening / closing doors, water levels, etc.

Equine monitoring system in horse stables


Libelium's encapsulated solution: Waspmote Plug & Sense!

Waspmote can be included in projects in OEM or encapsulated versions. Libelium customers can choose to make his own solution using Waspmote as a part of it or use Waspmote encapsulated version (Plug & Sense!), as a turn-key solution.

Waspmote Plug & Sense! is a modular solution very easy to configure and deploy. Its sensor nodes integrate more than 70 sensors, adapting to any wireless sensor scenario such as air and noise pollution, irrigation control, livestock tracking, vineyard monitoring, water quality, etc. With its waterproof enclosure, Waspmote Plug & Sense! is suitable for outdoor deployment, and sensor probes are easy to add or change.

Waspmote Plug & Sense! Smart Environment model - Up to 6 sensor probes

Waspmote Plug & Sense! Smart Environment model - Up to 6 sensor probes

 

For further information about our product lines go to Waspmote and Plug & Sense! website.

If you are interested in purchase information please contact the Commercial Department.

In 2020 there will be over 50 billion connected devices… Will there be enough developers?

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In 2020 there will be over 50 billion connected devices... Will there be enough developers?

Over the next few years, a large number of job opportunities will open to developers in the IoT world. The main Certifying Agencies are positioning themselves around these new areas of knowledge.

Under this premise, Libelium starts to give IoT courses oriented to teachers, focusing on facilitating Waspmote deployment as a development tool for the IoT. This initiative joins Libelium's commitment with specialized training, as shown on our recent IoT Cloud Week for Cloud Partners and Distributors.

The first course will take place from May 5 to 7 at Libelium headquarters.

Waspmote Training Course

Training Session in Libelium Headquarters

Libelium offers its own solution for the Internet of Things: Waspmote. Waspmote is an open source wireless platform, it is designed to monitor your environment with multiple sensors and focused on low consumption modes.

For further information check our training programs or contact our Training Key Account Manager: d.bordonada@libelium.com

First Tests of Sigfox, LoRa WAN and Weightless with Waspmote and Plug & Sense! Sensor Lines

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One of the objectives of Libelium is to bring our customers as many connectivity options as possible when using our sensor lines. For this reason we are currently testing three new long range / low consumption wireless technologies in the continuous process of keeping our radio connectivity offer as wide as possible.

Our current portfolio already counts with more than 15 wireless technologies (802.15.4, ZigBee, 3G, Bluetooth 4.0, GPRS, WiFi, 6LoWPAN,...) and will be increased in the next months with LoRa WAN, Sigfox and Weightless to become the most complete offer of wireless options available in the market.

All LoRa WAN, Sigfox and Weightless wireless technologies present a change of paradigm in the way that sensor nodes communicate with the gateways. In this case, the idea is to have a network of base stations already present in the city so that only the deployment of the sensor nodes (end nodes) need be done. It is similar to using the 4G / 3G network infrastructure of mobile carriers, although no SIM card is needed at this time.

Customers won't need to spend money on the network infrastructure (gateways) although a charge for byte or packet sent will be applied. More info about the rates will be published as the new technologies become available.

Sigfox, LoRa WAN and Weightless First Tests

The only requirement to use this long range technology is a network of base stations already present in your city.

sigfox2

Sigfox

This is the most mature technology of the three, with a network of base stations that covers most of Europe.

LORA

LoRa WAN / LoRa MAC

This protocol is currently expanding its first networks of base stations in Europe together with the recent LoRa Alliance that includes many telecom operators.

Weightless

Weightless

This is the latest technology on the market. The final specification of the protocol is still in development, however Libelium is already working on the integration of the first pre-Weightless chips.

First exclusive kits available for clients

Libelium will be offering in the next months a few exclusive Developer Kits of Waspmote and Plug & Sense! platforms to customers who are interested in trying out these new technologies. If you want to be one of them please contact our Commercial Team as soon as possible as the first batch of modules is very limited.

New Particle Matter – Dust Sensor (PM1 / PM2.5 / PM10)

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What is particle pollution?

Particle pollution (also known as "particulate matter") in the air includes a mixture of solids and liquid droplets. Some particles are emitted directly; others are formed in the atmosphere when other pollutants react. Particles come in a wide range of sizes. Those less than 10 micrometers in diameter (PM10) are so small that they can get into the lungs, potentially causing serious health problems. Ten micrometers is smaller than the width of a single human hair.

Skyline of Jena, Germany, in dusty morning

Skyline of Jena, Germany, in dusty morning

The size of particles is directly linked to their potential for causing health problems. Small particles less than 10 micrometers in diameter pose the greatest problems, because they can affect the lungs and heart. Larger particles are of less concern, although they can irritate the eyes, nose, and throat.

  • Fine particles (PM2.5). Particles less than 2.5 micrometers in diameter are called "fine" particles. Sources of fine particles include all types of combustion, also motor vehicles, power plants, residential wood burning, forest fires, agricultural burning, and some industrial processes. PM2.5 contains more toxic heavy metals and hazardous organic pollutants and can go directly to the lungs. It is more easily attached to bacteria and viruses in the environment, so the particles have greater impact on ecology and human health.
  • Coarse dust particles. Particles between 2.5 and 10 micrometers in diameter are referred to as "coarse." Sources of coarse particles include crushing or grinding operations, and dust stirred up by vehicles traveling on roads.

How can particles affect your health?

Long-term exposure, is associated with problems such as reduced lung function and the development of chronic bronchitis and even premature death.

Short-term exposure to particles (hours or days) can aggravate lung disease, cause asthma attacks and acute bronchitis, and may also increase susceptibility to respiratory infections. In people with heart disease, short-term exposure is linked to heart attacks and arrhythmias. Healthy children and adults may experience temporary minor irritation when particle levels are elevated.

About the Libelium Particle Matter Sensor:

The new particle matter sensor uses light scattering theory and particle counting technology and can accurately detect the number of particles in its surroundings to provide useful reference data for environmental improvement. With the new dust sensor we can obtain information about particle size and density ranging from 1um to 10um (PM1 / PM2.5 / PM10).

  • Sampling interval: 200ms
  • Flow rate: 1L/min
  • Particle count rate: 20,000 particles/second

Plug & Sense! Smart Environment PRO with new particle matter - dust sensor (PM1 / PM2.5 / PM10)

Plug & Sense! Smart Environment PRO with new particle matter - dust sensor (PM1 / PM2.5 / PM10)

What about pollen particles?

Libelium is currently integrating a new particle sensor focused on the detection of pollen particles. These particles are in the range of 10um to 100um and need complementary technology tfor proper measurement. The pollen sensor detects the particle thorough the light scattering method, using one light emitter and two light receptors, and discriminates pollen from other particles with two factors: "scattered light intensity" and "degree of polarization".

With this capability, the node will be able to detect airborne particles and discriminate cedar pollen from road dust by checking scattered light intensity and polarization degree.

Plug & Sense! Smart Environment PRO with new particle matter - dust sensor (PM1 / PM2.5 / PM10)

Plug & Sense! Smart Environment PRO with new particle matter - dust sensor (PM1 / PM2.5 / PM10)

The Particle Matter - Dust Sensor have been included in the new Gases PRO Sensor Board (this board has a wider range of gas sensors available and highly increased accuracy), and is one of the key features of Libelium's new Smart Cities sensing solution, Smart Environment PRO.

For more Technical information go to Waspmote and Plug & Sense! website, and to the Gases PRO Technical Guide.

For more information about the new Particle Matter - Dust Sensor contact the Libelium Commercial Department.

New Calibrated Air Quality Sensors for Smart Cities

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Libelium released a new Gases PRO Sensor Board in May 2015. This platform features precision sensors to enable the implementation of urban monitoring, air quality, industrial, environmental or farming projects with high requirements in terms of accuracy, reliability, and measurement range. The new gas sensors line is available for both Waspmote OEM and Plug & Sense!.

Two different Sensor Boards are available to monitor and measure gas levels: Gases Sensor Board (Gases) and Gases PRO Sensor Board (Gases PRO).

New Gases PRO Sensor Board for Waspmote OEM

New Gases PRO Sensor Board for Waspmote OEM

Comparative Gases and Gases PRO Sensor Boards:

  • Number of sensors: Gases PRO integrates 16 different gas sensors. The original Gases board integrates 12. See the complete list of parameters in the tables below.
  • Increased accuracy: Gases PRO measures exact values of gas concentration in ppms. The Gases board shows a range of concentration low / medium / high. Details of the accuracy ranges figure in the tables below.
  • Precision sensors: A sensitive new particulate matter sensor—commonly known as dust sensor—is included in the Gases PRO board. This sensor allows the measurement of PM1, PM2.5, and PM10 particles and comes calibrated from the factory.

Should I choose Gases or Gases PRO?

Libelium has created different systems in terms of accuracy and pricing. The customer should consider Gases PRO if she needs maximum performance sensors for metering that require accurate ppm or percentage. If the project just needs to detect gas presence or gas levels, the standard Gases Sensor Board is sufficient.

The new Gases PRO Sensor Board can read up to 16 gas sensors; it also has a high-end sensor for three parameters: temperature, humidity and pressure.

Gases PRO [New Version]
Parameter Range Accuracy *
Temperature -40 to +85 ºC Calibrated
±1 ºC
(±0.5 ºC at 25 ºC)
Humidity 0 to 100% HR Calibrated
±3% RH (at 25 ºC, range 20 ~ 80% RH)
Pressure 30 to 110 kPa Calibrated
±0.1 kPa (range 0 ~ 65 ºC)
Carbon Monoxide
CO
0 to 1000 ppm Calibrated
±2 ppm
Carbon Dioxide
CO2
0 to 5000 ppm Calibrated
±50 ppm (range 0~2500 ppm)
±200 ppm (range 2500~5000 ppm)
Molecular Oxygen
O2
0 to 30% Calibrated
±25 ppm
Ozone
O3
0 to 5 ppm Calibrated
±0.005 ppm
Nitric Oxide
NO
0 to 250 ppm Calibrated
±0.5 ppm
Nitric Dioxide
NO2
0 to 20 ppm Calibrated
±0.1 ppm
Sulfur Dioxide
SO2
0 to 20 ppm Calibrated
±0.1 ppm
Ammonia
NH3
0 to 100 ppm Calibrated
±0.5 ppm
Methane and other combustible gases
CH4
0 to 100 % / LEL Calibrated
±0.15 % LEL
Molecular Hydrogen
H2
0 to 20000 Calibrated
±1 ppm
Hydrogen Sulfide
H2S
0 to 200 ppm Calibrated
±10 ppm
Hydrogen Chloride
HCl
0 to 50 ppm Calibrated
±1 ppm
Hydrogen Cyanide
HCN
0 to 50 ppm Calibrated
±0.2 ppm
Phosphine
PH3
0 to 20 ppm Calibrated
±0.1 ppm
Ethylene Oxide
ETO
0 to 100 ppm Calibrated
±1 ppm
Chlorine
Cl2
0 to 50 ppm Calibrated
±0.1 ppm
Particle Matter – Dust 0.5 to 16 μm
(16 steps) (includes PM1, PM2.5 and PM10)
Calibrated

* Accuracy values have been calculated at average conditions: 20ºC / 101300 Pa. Accuracy levels may differ with different temperature and pressure levels, aging and in presence of third type of gases which cause cross sensitivity. See each Gas Sensor documentation for more information.

Gases v2.0 [Old Version]
Parameter Range Accuracy *
Temperature 40 to +125 ºC Not calibrated
±2 ºC (range 0 ~ 70 ºC), ±4 ºC (range -40 ~ 125 ºC)
Humidity 0 to 100% HR Not calibrated
<±4% RH (at 25 ºC, range 30 ~ 80% RH),
<±6% RH (range 0 ~ 100% RH)
Pressure 15 to 115 kPa Not calibrated
<±1.5% V (range 0 ~ 85 ºC)
Carbon Monoxide
CO
30 to 1000 ppm Not calibrated
Carbon Dioxide
CO2
350 to 10000 ppm Not calibrated
Molecular Oxygen
O2
0 to 30% Not calibrated
Ozone
O3
0.010 to 1 ppm Not calibrated
Nitric Dioxide
NO2
0.05 to 5 ppm Not calibrated
Ammonia
NH3
10 to 100 ppm Not calibrated
Methane and other combustible gases
CH4
500 to 10000 ppm Not calibrated
Molecular Hydrogen
H2
500 to 10000 ppm Not calibrated
Hydrogen Sulfide
H2S
0.1 to 3 ppm Not calibrated
Isobutane
C4H10
50 to 5000 ppm Not calibrated
Ethanol
CH3CH2OH
1 to 30 ppm
50 to 5000 ppm
Not calibrated
Toluene
C6H5CH3
1 to 30 ppm Not calibrated
Volatile Organic Compounds 30 to 400 ppm Not calibrated
Hydrocarbons - Not calibrated

How are the Gases PRO sensors calibrated?

All the Gases PRO sensors are linear, so they behave according to a simple line like y = f(x) = m·x + c. On the other hand, the Gases Sensor Board sensors show a logarithmic response, which is harder to handle.

All the gas sensors for Gases PRO are calibrated by the sensor manufacturers, in laboratories. To obtain maximum accuracy, a two-point calibration process is performed on controlled concentrations of gas in vacuum chambers. Due to the linear nature of the sensors, these two points are enough to correct the two possible drifts in m (slope) and c (constant offset). Our sensor manufacturers provide a calibration certificate for each individual sensor, with two calibration parameters. Libelium stores these parameters in an EEPROM, a non-volatile memory chip inside each gas sensor. When the user performs a sensor reading, the software system designed by Libelium reads the sensor signal and the two parameters. These three values are processed by the system, and a temperature compensation calculation is applied. From this data we obtain the concentration value in ppms – the value we want to measure.

The new Temperature, Humidity and Pressure sensor for Gases PRO is calibrated in the factory. It comes with three calibration points for temperature, six points for humidity and nine points for pressure. These three parameters are automatically inter-compensated to obtain extreme accuracy.

Plug & Sense! Smart Environment PRO including new Gases PRO Sensor Board

Plug & Sense! Smart Environment PRO including new Gases PRO Sensor Board

Gases PRO Sensor Board is included in Libelium's new Smart Cities sensing solution, Plug & Sense! Smart Environment PRO. This board also allows to obtain information about particle size and density ranging from 1um to 10um (PM1 / PM2.5 / PM10) in its surroundings, using the new particulate matter sensor—commonly known as dust sensor.

For more Technical information go to Waspmote and Plug & Sense! website, and to the Gases PRO Technical Guide.

If you are interested in purchase information please contact the Libelium Commercial Department.

Libelium Releases Smart Cities Sensor Platform for Precise Urban Monitoring

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SAN MATEO, Calif., ZARAGOZA, Spain—May 5, 2015—Libelium has released a new Smart Cities sensing platform, based on Waspmote Plug & Sense! sensor nodes, that integrates hardware and software design improvements developed in response to feedback from scores of Smart Cities projects over the last four years.

Increased urbanization is a market driver for the rapid growth of the global Smart Cities market, forecast by Frost & Sullivan to reach $1.56 trillion by 2020. Cities aim to give citizens a quality lifestyle in terms of economic growth, well being, and sustainability.

Libelium’s modular sensor solution enables cities to establish a platform to build future smart city applications and services, such as traffic management, environmental sensors, smart parking, water quality and conservation, noise pollution, and urban resilience.

Designed to meet sophisticated demands of municipalities, Libelium’s new Smart Cities sensing solution, based on Waspmote Plug & Sense!, reduces installation, integration, and maintenance costs, and offers flexibility and scalability for Smart City applications. The platform includes a new array of sensors for advanced Smart Cities deployments, is compliant with international standards for sensor accuracy and offers out of the box integration with existing Cloud solutions.

Libelium’s new Smart Cities sensing solution, Plug & Sense! Smart Environment PRO

Libelium’s new Smart Cities sensing solution, Plug & Sense! Smart Environment PRO

“City managers recognize they are in transition from digital cities to Smart Cities,” said Alicia Asin, Libelium co-founder and CEO. “Municipalities are far more educated now in terms of technology and infrastructure investment, and they prefer accurate readings over more nodes. They need information they can use across departments to amortize expensive equipment purchases like sonometers. ”

New Gases PRO Sensor Board for Waspmote OEM

New Gases PRO Sensor Board for Waspmote OEM

With Libelium Waspmote and Plug & Sense! sensors, municipalities can combine solutions from a variety of technology partners, including Cloud providers, data management solutions, network operators, or application developers.

New Smart Cities Precision Platform

Key Features Why it Matters
New particle matter - dust sensor (PM1 / PM2.5 / PM10) detects different types of particulate matter by size. New pollen sensor measurements range from 10 to 40um. For ambient monitoring more accuracy in monitoring gas concentration levels and the amount of PM2.5 and PM10 dust particles allows cities and government agencies to meet international Air Quality Index (AQI) compliance values, and better advise the public of air quality and health risk.
Calibrated gas sensors for Smart Cities sensing devices include CO, CO2 NO2 O2, O3, SO2, etc.; They are delivered calibrated from the factory. With calibration, the new gas sensors are fine-tuned to provide the exact value of gas concentration in ppm, instead of a less accurate range of values. Older versions of these gas sensors are much less sensitive.
Noise sensors for Smart Cities allow continuous reading in the 40-100dB range. Noise pollution from air and road traffic, industry, and construction is a prime factor that affects and harms citizens. Monitoring environmental sound levels in cities and urban environments is an important issue.
Light sensors for Smart Cities feature light intensity levels measured in luxes, for high accuracy in control and automation. Smart Lighting applications allow municipalities to save money and energy by dimming lights during low traffic hours, and to enhance security by lighting dark areas when people are present.
Waspmote Smart Cities sensor platform is ready for use in any Smart Cities application with sensors for gas, noise, light, temperature, humidity, and atmospheric pressure. Waspmote Plug & Sense can integrate up to 6 sensors per node, maximizing network infrastructure and reducing installation costs.
Sensor probes and SIM cards can be added or replaced without uninstalling. This is critical for maintenance operations. All gas sensors expire eventually, and taking the node back to the factory for replacement is not viable. Plug & Sense! sensor probes can be replaced as easily as changing a light bulb.

The two key features of this new Smart Cities sensing solution are the inclusion of the Calibrated Gases PRO Sensor Board (with a wider range of gas sensors available and highly increased accuracy) and the particulate matter sensor—commonly known as dust sensor (it allows the measurement of PM1, PM2.5, and PM10 particles).

Smart Environment PRO with new particle matter - dust sensor (PM1 / PM2.5 / PM10)

Smart Environment PRO with new particle matter - dust sensor (PM1 / PM2.5 / PM10)

For more Technical information go to Waspmote and Plug & Sense! website, and to the Gases PRO Technical Guide.

For more information about Smart Cities Sensor Platform contact the Libelium Commercial Department.


Libelium Launches New Division to Promote IoT Training at Universities

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SAN MATEO, Calif., ZARAGOZA, Spain—June 2, 2015—Libelium has launched a campaign to support Internet of Things (IoT) technical education on wireless sensor networks and electronics, with new hands-on tutorials for Arduino, Raspberry Pi, Waspmote and Intel Galileo, IoT kits, developer training and promotion, and IoT courses for teachers and universities.

Cooking Hacks, Libelium’s open hardware division, has transformed its website to feature over 20 new sensor and communication kits and 70 new tutorials. Now professors can easily create an IoT syllabus for lessons based on platform (Arduino, Raspberry Pi, Waspmote, Intel Galileo), skill to practice (sensors, wireless, robotics, soldering, etc.), application, and user level and find the right hardware and software materials—in one place.

IoT Student Kit

Libelium’s new IoT Student Kit

Gartner predicts 25 billion connected things by 2020, and a VisionMobile report reckons 4.5 million developers are needed to realize the applications, but there is an ever growing gap between education and industry needs that makes it difficult for companies to find the right talent. “To realize the potential of the IoT market means investing in technology and in education, for more developers – not just more sensors,” said Alicia Asin, Libelium co-founder and CEO. “With Libelium and Cooking Hacks, we are empowering developers to innovate, to be entrepreneurs and build businesses from their ideas. The IoT is a huge opportunity and we aim to increase the speed of innovation and the speed of adoption, at the same time.”

Libelium already offers training courses for professors, with Waspmote as a development tool for the IoT and a curriculum based on standards of the IoT ecosystem, sensor networks, Cloud platforms, hardware and software integration. Available exclusively for the education market, Libelium has designed an IoT Student Kit with sensors and 802.15.4 / ZigBee communication at a reduced price. The campaign will include the IoT Spartans challenge (www.iot-spartans.com), an initiative to rank the best IoT developers, to launch in Q4.

For more Technical information go to Waspmote and Plug & Sense! website, or visit Cooking Hacks website.

For more information about our products contact the Libelium Commercial Department.

Libelium Launches New Out-of-the-Box Demo Kits

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If you are exploring IoT possibilities with a pilot project, setting up a demo to engage with potential customers or just comparing technology options, time is the most important factor.

We have created five different demo kits addressing the most dynamic IoT verticals and one evaluator kit to ensure you get started in as fast as possible. The vertical kits are factory programmed, include a visualization plugin in Meshlium (only available in demo kits) and five hours of technical consultancy so that you can have a working demo just by powering on the devices.

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.

It is possible to store data both in Meshlium internal database and in an external one, synchronizing Meshlium with a company management platform or ERP. All the data can be easily exported in different formats such as CSV, TXT, Excel, etc.

Meshlium Visualizer Plugin

Compare different parameters using line charts

Meshlium Visualizer Plugin

Geolocate nodes and data measured in visual maps

Smart Cities Demo Kit

The Smart Cities Demo Kit allows real time monitoring of key parameters in cities, such as sound and light to make noise urban maps, or to develop adaptive lighting systems.

Kit Plug & Sense Smart Cities

Smart Cities Demo Kit

Weather control and air quality applications can be carried out thanks to humidity and temperature sensors and pollution detectors (CO2, NO2, CO, O3). Trash collection routes might be optimized with the ultrasound detection of rubbish levels in containers.

Related case study: Smart City project in Serbia for environmental monitoring by Public Transportation.

Smart Agriculture Demo Kit

The Smart Agriculture Demo Kit enables monitoring of environmental parameters in agriculture, vineyards, greenhouses or golf courses.

Soil moisture and temperature, humidity, leaf wetness and atmospheric pressure sensors allow to control the amount of sugar in grapes to enhance wine quality, as well as to control micro-climate conditions to maximize the production of fruits and vegetables in green houses.

Kit Plug & Sense Smart Agriculture

Smart Agriculture Demo Kit

The three levels of depth of the soil moisture sensor are helpful to reduce waste of water by selective irrigation in dry zones. On the other hand, controlling humidity and temperature levels in hay, straw, etc. can prevent fungus and other microbial contaminants.

Related case study: Smart Agriculture project in Galicia to monitor vineyards with Waspmote.

Smart Parking Demo Kit

The Smart Parking Demo Kit enables detection of free parking spots. It is designed to be buried in parking spaces and to detect the arrival and departure of vehicles with an electromagnetic field sensor.

Kit Plug & Sense Smart Parking

Smart Parking Demo Kit

It includes PVC casings for mechanical impact and ingress protection. The use of PVC ensures that radio communication is not hindered.

Related case study: Smart Parking and environmental monitoring in one of the world’s largest WSN.

Smart Environment Demo Kit

The Smart Environment Demo Kit allows to monitor temperature and humidity, as well as measuring levels of CO, CO2 and O3. This kit can be used to control air pollution from cars and toxic gases generated in factories and farms (CO and CO2). These same gases can be monitored to ensure workers and goods safety inside chemical plants, and to reduce the presence of ozone in the drying meat process in food factories.

Kit Plug & Sense Smart Environment

Smart Environment Demo Kit

A relevant application for this kit could be forest fire detection, just by controlling combustion gases and preemptive fire conditions in order to define alert zones.

Related case study: Smart Factory: Reducing Maintenance Costs and Ensuring Quality in the Manufacturing Process.

Smart Water Demo Kit

Smart Water Demo Kit is equipped with multiple sensors to improve and simplify remote water quality monitoring (pH, Dissolved Oxygen, Conductivity, etc). Using this kit swimming pool conditions can be remotely controlled, and cities can benefit by monitoring the quality of tap water.

Kit Plug & Sense Smart Water

Smart Water Demo Kit

Chemical leakages and pollution levels in rivers and in the sea can also be prevented by real time measurement of pH and conductivity levels.

Related case study: Water Quality Monitoring in Europe’s Largest Fluvial Aquarium.

Evaluator Kit

This kit is designed to compare different radio technologies or create customized demos. It contains the most demanded products in our catalogue, so that you do not need to spend lots of time configuring your order.

To ensure you start testing the products as soon as possible, we include 1 attendee place at Libelium training course where you will learn from installing the IDE to program Waspmote (more info about training courses here).

Finally, we also include a 3 hour package of online technical consultancy, to solve quickly any doubt you may have when getting your hands on Waspmote. Both training courses and consultancy hours are given with Libelium R&D engineers.

Evaluator Kit

Evaluator Kit

For more Technical information go to Waspmote and Plug & Sense! website.

For more information about our products and to know all the components in every kit contact the Libelium Commercial Department.

Libelium Smart Water Sensor Platform Adds Ion Monitoring

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SAN MATEO, Calif., ZARAGOZA, Spain—June 9, 2015—At Sensors Expo today, Libelium announced the addition of ion selective sensor probes to the Waspmote Smart Water sensor platform, for increased sensitivity and accuracy in water quality monitoring.

The Waspmote Smart Water platform is an ultra low-power sensor node designed for use in rugged environments and deployment in Smart Cities in hard-to-access locations to detect changes and potential risk to public health in real time. Waspmote Smart Water is suitable for potable water monitoring, chemical leakage detection in rivers, remote measurement of swimming pools and spas, corrosion and limescale deposit, fish tank monitoring and seawater pollution levels.

Smart Water Ions Libelium

Libelium Smart Water Plug&Sense!

Smart Water nodes are ready to deploy out of the box and sensor probes can be recalibrated or changed in the field, with sensor calibration kits provided by Libelium. In terms of connectivity, Waspmote may use cellular (3G, GPRS, WCDMA) and long-range 802.15.4/ZigBee (868/900MHz) to send information to the Cloud. Unlike early bulky water quality analysis systems, these sensors can be left onsite for remote monitoring, powered by batteries that last for years.

"Hundreds of different chemicals can combine to harm our water, so water quality monitoring systems must be highly accurate, reliable and easy to calibrate," said David Gascón, CTO at Libelium. “Waspmote Smart Water is a solution that simplifies remote water quality monitoring and helps cities and factories manage water resources better.”

Demos showcasing Waspmote Smart Water are held in California at the American Water Works Association (AWWA) 2015 Annual Conference – in Anaheim, June 7-10, on the LoRa Alliance booth; and at Sensors Expo – in Long Beach, June 9-11, Libelium booth #229.

Waspmote Smart Water Technical Characteristics

Key Features Why it Matters
Sensor probes measure more than 12 chemical and physical water quality parameters such as pH, dissolved oxygen (DO), conductivity (salinity), oxidation-reduction potential (ORP), turbidity, temperature, etc. Pollutants can be detected and treated in real-time, to ensure good water quality over an entire water supply network. Extreme pH values may indicate chemical spills, treatment plant issues, or problems in supply pipes. Low levels of DO may indicate the presence of microorganisms due to urban/agricultural runoff or sewage spills. ORP measures how well water sanitization is working.
The new Ions are:
  • Fluoride (F-)
  • Calcium (Ca2+)
  • Nitrate (NO3-)
  • Chloride (Cl-)
  • Lead (Pb2+)
  • Iodide (I-)
  • Cupric (Cu2+)
  • Bromide (Br-)
  • Silver (Ag+)
  • Fluoroborate (BF4-)
Specific applications include:
  • Drinking water quality control: Calcium (Ca2+), Iodide (I-), Chloride (Cl-), Nitrate (NO3-), pH
  • Agriculture water monitoring: Calcium (Ca2+), Nitrate (NO3-), pH
  • Swimming pools: Bromide (Br-), Chloride (Cl-), Fluoride (F-), pH
  • Waste water treatment: Cupric (Cu2+), Silver (Ag+), Lead (Pb2+), Fluoroborate (BF4-), pH
Waspmote transmits sensor readings to the Cloud via 3G, GPRS, or WCDMA cellular connections; in the case of several nodes located in the same zone, Waspmote sends values to the Meshlium Internet Gateway via long range RF bands 868MHz and 900MHz. Sensor data is available in real time, even from sensor nodes situated in remote locations.
Battery powered, low power requirements. Because no wiring is necessary Waspmote installation takes just minutes and can provide remote monitoring for years.
CE / FCC /IC certification and quad-band connectivity (850/900/1900/2100MHz) Waspmote supports any cellular connection provider, and is ready for deployment in any country in the world

For more Technical information go to Waspmote and Plug & Sense! website, or read the Smart Water Ions Technical Guide.

For more information about our products contact the Libelium Commercial Department.

Smart Agriculture: Monitoring greenhouse conditions to develop new products in the food industry

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Flores en la mesa is an Aragonese company that grows and sells fresh edible flowers and crystallized flowers. These unusual products are based on plants that are carefully grown, free from chemicals, intended for human consumption. Crystallization is done by hand, slowly, to respect the anatomy of the flower and to preserve its shape and aroma. The process is artisanal and labor-intensive, for a high-end product intended for the gourmet market.

Flores en la mesa crystallized flowers

Flores en la mesa crystallized flowers

The plant nursery business is seasonal, with activities that vary according to light and plant lifecycles. Raising seedlings and flowers requires greenhouses to keep temperature, light exposure, and nourishment at levels that facilitate the plants’ growth and development. Energy costs can be important. As a startup entrepreneur, Laura was aware that sensors could help her in the daily tasks of raising flowers.

“With modern technology we give people a way to experience culinary traditions that are centuries old,” said Laura Carrera. “The edible flowers we grow are served in some of the most innovative restaurants in Spain. We also crystallize the flowers, a process where we dip them in egg white and cover them with a sugar coating. The flowers last more than nine months this way.” The Flores en la mesa team is composed of engineering graduates in food science and technology, with specialized training in nutrition and dietetics.

The edible flowers are grown in controlled environment greenhouses on site, some sown in soil according to precise cover calculations. Plants such as mini-pansies and chocolate mint seedlings are transplanted from planters to soil, while nasturtium and borage seeds are sown in place in raised beds. The company works with 25 different varieties of edible fresh flowers and has already carried out advanced research with orange blossoms (known as Flor de Azahar, or fleur d’oranger). Sensor networks can help automate and monitor many activities that involve growing the plants, preparing fresh flower trays, and collecting fresh flowers for the crystallization process that takes place in the workshop.

Flores en la Mesa Greenhouse

Flores en la Mesa Greenhouse

Sensors in the greenhouse

Flores en la mesa reserved an area and a greenhouse structure for its sensor installations. The system includes Waspmote Plug & Sense! Agriculture nodes installed in a greenhouse, to measure factors such as temperature, humidity, solar radiation, and luminosity over a large cultivated surface. The greenhouse measures 12×5 m – 60 m2, with two auxiliary plantations (interior and exterior). Some of nodes are equipped with solar panels to harvest energy, and communicate via XBee and 3G modules.

Greenhouse with flower pots

Greenhouse with flower pots

Irrigation control – frequency and automation

For Flores en la mesa, collaboration with Libelium to deploy wireless technology allowed the installation of an automated irrigation system with real time data control, capable of recording and adapting to environmental conditions inside the greenhouse. The variety of sensors monitors a wide-ranging range of parameters of interest. The system can check that the irrigation system is working properly, whether on automatic or manual modes, and avoid using the drip irrigation during freezing periods when plants and tubes could suffer damage.

Monitoring pH control can show the effects in the variation on flower color and growth. Water temperature and electrical conductivity levels help study the parameters appropriate for plant growth. The system allows data presentation in graphic format, to study the effect of seasonality in cultivated varieties and take action when the values reach inappropriate levels.

Smart Agriculture

Waspmote Plug & Sense! Smart Agriculture model

Preparing the materials

Flores en la mesa assembled the greenhouse and covered it with a plastic awning to make sure the structure was rigid and capable of withstanding the weather. The structure includes a water inlet and electricity outlet. Sensor nodes have direct access to power, with probes situated at various levels, from the ground to the greenhouse ceiling, in position to capture and measure the different parameters. Waspmote Plug & Sense! Agriculture boards are fully charged and programmed, from the factory. To connect them, Libelium created a XBee network with star topology. Two of the nodes send data periodically every 15 minutes to the central node. This node collects the data along with its own sensor data and sends it via 3G to a server. The data can be stored on Meshlium internal memory and visualized through its web interface. With Waspmote Plug & Sense!, sensor probes can be added or replaced without the need to uninstall or interrupt the network.

Flores en la mesa schema

Flores en la mesa schema

Installing Waspmote Plug & Sense!

Installing the sensor nodes was as easy as sticking the sensor probes in the ground to cover soil moisture and soil temperature sensors and turning the Waspmotes on.

Parameters measured:

  • Temperature – Ground + Ambient
  • Humidity – Ground + Ambient
  • Ultraviolet

Smart Agriculture Node

Smart Agriculture Node in Greenhouse with probe in soil near irrigation tubes

Sensors (per above parameters):

  • Soil temperature + Ambient temperature
  • Soil moisture  + Humidity
  • Solar radiation

Smart Agriculture Node setup

Smart Agriculture Node setup

The company’s ongoing study and analysis of the sensor data allow flexibility to experiment with planting and harvesting dates, and general cultivation cycles. Roses, for example, are susceptible to fungal infections. Nasturtium responds best in warm climates, but their optimal cycles are different in a more severe continental climate. “While there are many studies of food plants such as corn or wheat, there is not much research on ornamental and edible flowers. What we are learning in our work with sensors is valuable for our customers, and allows us to develop new products.” said Laura Carrera, Flores en la mesa.

Flores en la mesa final product

Flores en la mesa final product

Smart Agriculture IoT Vertical Kit

Libelium has prepared an IoT Vertical Kit so you can simply develop similar projects as fast as possible. The new Smart Agriculture IoT Vertical Kit is factory programmed, and enables monitoring of environmental parameters in agriculture, vineyards, greenhouses or golf courses.

It includes three Waspmote Plug & Sense! nodes that allow to easily measure soil temperature and moisture, as well as humidity, leaf wetness and atmospheric pressure.

Smart Agriculture IoT Vertical Kit

Smart Agriculture IoT Vertical Kit

The IoT Vertical Kit includes a visualization plugin in Meshlium where you can check data in real time, display a graphic with every measured parameter between two time periods or geolocate the nodes via GPS and compare different parameters in the same node. (See image below).

Meshlium Visualizer Plugin

Visualization Plugin in Meshlium

Find a detailed description about the hardware, sensors and information to program an application on the Agriculture Board Technical Guide.

Further reading and information

Read about a related case study with Waspmote and the Agriculture Sensor Board, integrating RFID technology in Smart Agriculture project in Galicia to monitor vineyards with Waspmote.

Read more about our product lines in Waspmote, Plug & Sense! and Meshlium websites.

If you are interested in purchase information please contact the Commercial Department.

Precision Agriculture: Predicting Vineyard Conditions, Preventing Disease

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Libelium will be at Agritechnica 2015, next November in Hannover, Germany: the world’s largest trade fair for agricultural machinery and equipment. You will find us in hall 15 stand 15-F43.
More info here.

In agriculture, information-based systems that were unimaginable a generation ago are improving crop and farm management today. Precision Agriculture, for instance, is one area where sensor technology brings new capabilities that solve age-old problems.

Node installation with solar panel

In the vineyard, devastating diseases and pests adversely affect wine grape production and cause enormous economic damages annually. Unfortunately, traditional treatments incur additional costs for growers and are largely inefficient.

Sensor technology, however, is changing that. Based on scientific observation, measurement, and response, wireless sensor networks enable many new opportunities and innovations in the field of Predictive systems.

With these, pest prevention and irrigation can be administered when necessary. The end result is improved management, better grape quality, and lower costs.

SMART VINEYARDS – Switzerland with PreDiVine – Predicting Diseases of Vine

Dolphin Engineering, hosted at the Startup Incubator of the University of Lugano in Switzerland, is active in precision agriculture. The young company offers services that monitor the microclimate conditions of crops to predict plant diseases.

Using a dedicated wireless sensor network based on Libelium’s Waspmote sensor platform and complex prediction algorithms, Dolphin Engineering’s PreDiVine system can predict the evolution of some of the most serious diseases, and also suggest “just-in-time” and targeted treatments needed to keep vineyards healthy and profitable. PreDiVine is the result of a Smart Vineyard R&D project spanning nearly three years and funded by the Commission of Technology and Innovation (CTI) of the Swiss Confederation.

M. Prevostini from Dolphin Engineering

Mauro Prevostini from Dolphin Engineering

Dolphin Engineering founders, Mauro Prevostini and Antonio Taddeo, selected Libelium’s Waspmote sensor platform because they were familiar with Arduino-based electronics. In fact, working on projects to train high school students preparing engineering careers at the University of Lugano, they discovered Libelium and Waspmote Smart Agriculture.

“We found the Libelium Waspmote platform ideal for our purposes because of its flexibility in programming the firmware and the possibility of adding sensors, based on our changing requirements,” said Mauro Prevostini. “The online code generator and the examples provided by Libelium were very helpful in developing the firmware to satisfy our needs.”

Self-adaptive management

In essence, PreDiVine is a Decision Support System (DSS) that monitors microclimate conditions in the vineyard to predict the spread of grapevine pests and diseases. Among the microclimate conditions it monitors are air temperature, humidity, leaf wetness and rainfall.

PreDiVine installed in grapevines

PreDiVine installed in grapevines

For continuous improvement of vineyard management policies and practices, the PreDiVine DSS presents a web-based Adaptive Management framework. The system is dynamic, learning from the outcomes of actual conditions and in-field activities and observations.

PreDiVine prediction dashboard

PreDiVine prediction dashboard

Farmers and growers can adapt their actions to the current situation in the field by means of a dialogue between the grower and the crop. PreDiVine generates and sends notification messages with predicted dates of phenological events, to enable and organize monitoring activities and allow the growers to prepare insecticide applications.

Vineyard disease control for three threats

  • The North American leafhopper insect — Scaphoideus titanus — is the vector for Flavescence dorée (FD), one of the most destructive bacterial diseases of grape vines, also known as yellows disease. In Switzerland, if an FD cluster occurs (i.e. more than five vines per 100m2 are affected), it is mandatory to notify the Cantonal Plant Protection Service.
  • Plasmopara viticola (Downy Mildew)
  • Oidium (Powdery Mildew)

These end-of-summer symptoms indicate diseased vines:

  • reddish to yellowish leaves which become brittle and roll tightly downwards
  • withering of blossom or grapes
  • immature shoots (green and rubbery appearance)

Diseased grapevine

Diseased grapevine

An initial installation of PreDiVine is located in the canton of Ticino in southern Switzerland, where severe outbreaks of Flavescence dorée have occurred and the control of the FD vector is mandatory. After the success in Ticino, PreDiVine has been validated in other wine growing regions, and is now deployed in the Romandie region of western Switzerland, in northern Italy (Veneto), and in France. The system has also been validated in Piemonte and Tuscany.

In these areas the wine growers can monitor the health of their vineyards continuously. Waspmote Smart Agriculture nodes monitor multiple environmental parameters, and transmit the sensor data to a data center equipped with sets of algorithms, where the system stores and elaborates the data and provides predictions as results. End users can read the results by accessing the PreDiVine system on a computer, a tablet, or a smartphone.

PreDiVine Vineyard Installation

PreDiVine Vineyard Installation

Looking ahead, Dolphin Engineering is working to extend the capabilities of the system, and has partnered with an important international consortium to provide risk predictions for other vineyard diseases like downy- and powdery mildew, both of which are now integrated in the PreDiVine DSS. Because the PreDiVine system combines scientific research with management activities, the company has also established important relationships with renowned international research institutions and universities, such as Agroscope, University of Lugano, University of Milan, University of Padova, and L’institut Français de la Vigne et du Vin. In the near-term, Dolphin Engineering is interested in integrating Waspmote with LoRa extreme long-range radio technology.

References:

Dolphin Engineering – www.dolphin-engineering.ch

Commission for Technology and Innovation (CTI) – www.kti.admin.ch

Agroscope: www.agroscope.admin.ch

Startup Incubator Lugano: www.cpstartup.ch

WAMS – an adaptive system for knowledge acquisition and decision support: the case of Scaphoideus titanuswww.dolphin-engineering.ch

SMART VINEYARDS: Waspmote Plug & Sense! in Slovenia with Elmitel eVineyard

In Slovenia, Elmitel specializes in wireless sensor networks and has developed new viticulture solutions based on Libelium Waspmote Plug & Sense! encapsulated sensor nodes. It so happens that the Elmitel team is a group of young engineers, who are also agronomists, sommeliers and wine growers.

Node installation with solar panels in Slovenia

Node installation with solar panels in Slovenia

When it comes to wine, the company is well situated in the heart of one of the world’s oldest historic wine producing regions. This proximity brought them closer to the problem of geographic diversity in farming and viticulture. It also influenced their approach of bringing modern “smart” sensor-and-Cloud technology within reach of non-technical users, including the farmers and vintners of traditional wine producing regions in 10 countries.

Geodiversity accounts for some of the diversity in wine

Rolling hills and green valleys: geodiversity accounts for some of the diversity in wine

Elmitel has developed a Cloud platform core, called Elmitel Sensing, to create a Waspmote-based vineyard monitoring solution to cover all three parts of a sensor network: data acquisition, storage, and processing. The solution adds a unique functionality to Waspmote Plug & Sense! nodes that simplifies deployment, and so reduces network setup costs, making it attractive for non-technical users and small growers.

The Elmitel Sensing Cloud platform allows custom applications on top of the measured data. One spin-off application for the viticulture market, called eVineyard, effectively combines Elmitel Sensing and Libelium technology for a complete Cloud-based solution for managing vineyards that incorporates the easy node deployment feature.

With the environmental data collected and measured by Waspmote Plug & Sense! nodes, including temperature and soil humidity, the Elmitel’s eViti application can advise growers as to the best time to spray the vineyard against different diseases that occur in their area.

Temperature graph in eViti

Temperature graph in eViti

Easy setup for a single Waspmote or multiple nodes

Getting up and running is easy. A Waspmote Plug & Sense! sensor user can connect to the computer via USB, follow a simple set of instructions, and the node is configured and ready to install. With Elmitel’s eVineyard and eViti solutions, this setup is done without the need for programming knowledge, or any installation of software development tools (IDE).

eVineyard generates, connects and compiles the sensor node code in the Cloud, and assists the user in uploading the software to the node via a simple setup wizard accessed from a laptop computer.

“Constant monitoring of vineyards is critical to ensure that disease doesn’t appear, If you can see it on the leaves, it is already too late,” said Matic Šerc, founder of Elmitel’s eVineyard.

The benefits for farmers are multiple, including savings of not only time and money, but also savings related to the environment. Using sensor technology means that toxic spraying must occur only when absolutely necessary. What’s more, eVineyard alerts farmers and vintners in case of dry soil and other conditions that may require attention or human intervention. Users can create maintenance and weather reports and also log in directly from the vineyard.

Because of the easy deployment of the sensor nodes, the cost of a smart viticulture solution is suitable for smaller vineyards and also for organic production. “That goes for any farmer who needs to spray their crops extensively and who could benefit from optimizing the crop spraying schedule,” said Matic Šerc. In certain cases, the return-on-investment (ROI) for a wine grower translates to 20-30 percent less spraying

Two sites, two approaches to precision agriculture

1. Irrigation control for young plants

Vineyard in Podgorci

Vineyard in Podgorci

Near Podgorci, the eVineyard system is deployed in a grapevine nursery where young plants require close monitoring with regard to watering to ensure they get off to a good start. Among its many indicators, the system is configured to send an alarm when the soil is getting dry and when watering schedules need revamping. Spray-timing predictions are also used as a means for treating the diseases of the vine.

2. New vineyard

Vineyard in Zvabovo

Vineyard in Zvabovo

In this location, eVineyard is installed in a recently planted vineyard that was formerly a cultivated field. The geographical diversity of this area creates a variety of climate conditions. The vineyard is near the woods, so the sensor nodes are used to guard against disease outbreak prediction and to provide optimal spray timing, according to the vineyard’s micro-location. Elmitel’s eViti vineyard decision support system is helping the grower avoid problems with Oidium, or powdery mildew, once present in the location in previous years.

References:

Wine growing regions of Slovenia.

Elmitel Sensing: sensing.elmitel.com

eVineyard and eViti: www.evineyardapp.com

For more information about Waspmote Plug and Sense! in vineyards, click here.

Waspmote Smart Agriculture is designed to monitor factors in vineyards to prevent the spread of disease, to enhance wine quality, to perform selective irrigation in fields, golf courses, and plant nurseries, and to control greenhouse conditions. Sensors include:

  • Soil moisture
  • Soil temperature
  • Leaf wetness
  • Solar radiation
  • Atmospheric pressure
  • Stem diameter
  • Anemometer
  • Wind vane
  • Pluviometer
  • Ambient temperature
  • Humidity

Find a detailed description about the hardware, sensors and information to program an application on the Agriculture Board Technical Guide.

Read more about Libelium sensor product lines in the WaspmotePlug & Sense! and Meshlium websites.

If you are interested in purchase information, please contact the Commercial Department.

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