Tag Archives: Libelium

Libelium IoT Contribution In New Book

Libelium has contributed to the book “Your consumption can change the world” written by Brenda Chavez, journalist and lawyer. Alicia Asín, Libelium CEO, has given her vision about worldwide market trends specially about the change that technology is making in all sectors putting people at the core of everything.

“The new industrial and technological revolution in all verticals of the market involves for the first time in history, not only companies or governments but also individuals“, has stated Alicia Asín. The idea of the book is to show that everyone can make a decision and that the act of any consumer influences a global way of production.

One of the IoT key sectors, and also for Libelium, are the Smart Cities. Alicia Asín has always warned about security issues but also highlights the great possibilities that wireless sensor networks provides in cities: “Urban mobility (bike-sharing, car-sharing, community or electrical cars, etc.), renewable energies or innovations such as smart grids or smart lighting that can cut down the electric bill adapting the weather needs”.

The IoT consists on connecting everything to the Internet to gather information, study it and also optimize this data. “We can reduce CO2 emissions, the time we spend searching for a car park, automate irrigation systems and also develop smart urban plans”, has pointed Alicia.

Discover the book trailer on Youtube. If you are interested in the book, visit this website.

Source: Libelium

Smart irrigation system to improve kiwi production in Italy

Italy is the second major kiwi producer after China with a saleable production around 448.000 tonnes last year. Both countries with New Zealand, Chile and Greece suppose the 93% of worldwide production by a research of the Centro Servizi Ortofrutticoli (CSO).

The CSO informed in 2015 that the grow surface for kiwi on the Mediterranean country was 24.440 ha, most of them in the regions of Lazio, Pedemont and Emilia Romagna.

Emilia Romagna Region (Italy)

Emilia Romagna Region (Italy)

FAMOSA is an Italian company that works on technology-based support for agriculture, offering solutions for crop monitoring and management. They have developed wireless sensor networks, based on Libelium technology, in a kiwi plantation with GPRS and Sigfox to develop accurate irrigation strategies for farmers.

Comparing GPRS to Sigfox

Kiwifruit is one of the most sensitive fruits in terms of quality which is given by size, sweetness and dry matter. In order to reach the best quality, the Rivista di Frutticoltura e di Ortofloricoltura considers that it is essential for farmers to develop a good irrigation strategy to attain marketable products and to reduce product losses.

Agriculture organizations are deploying cutting-edge technologies in their plantations to improve processes, to maintain high quality standards and to ease farmers daily works. “We have chosen Libelium Waspmote Plug & Sense! Sensor Platform for its wide range of sensors and the easy development of software for data acquisition and transmission”, has stated Massimo Noferini, CEO of FAMOSA.

Waspmote Plug & Sense! installed in kiwi plantation

Waspmote Plug & Sense! installed in kiwi plantation

For this project, the company has installed two different wireless sensors to monitor soil water status to plan irrigation in a kiwi orchard. Data has been recorded with the same system but information has been transmitted to the platform by two different wireless connection: GPRS and Sigfox. The main aim has been testing reliability and costs during 2016 kiwi growing season.

Two Waspmote Plug & Sense! Smart Agriculture have been deployed with watermark sensors in different depths to control soil moisture with fruit diameter sensor to measure the size of the fruit; and temperature and humidity sensors to monitor environmental conditions. One of the sensor platforms is connected to a GPRS shield and the other with Sigfox. The first one represents the classical widely used data communication network and the second one the rapidly diffusing LPWAN technologies.

The information collected by the sensors has been sent to esiFARM, FAMOSA’s platform, that includes both GPRS and Sigfox technologies. To manage GPRS stations however a server has had to be configured. In this case Meshlium IoT Gateway has been used embedding Meshlium Management System making data handling easier. Farmers can get valuable information to schedule irrigation timing to avoid stress conditions, which is fundamental on kiwi plants.

Functioning diagram of the FAMOSA deployment

Functioning diagram of the FAMOSA deployment

FAMOSA has detected some differences between both technologies after the deployment:

    • GPRS:
      • A server is needed to host data that has to be maintained by the local services.
      • There must be GPRS/3G/4G coverage.
      • It is needed power consumption hardware because GPRS node requires a long-duration battery pack or external power supply. The hardware needs to stay awake for a long-time and requires a longer communication session.
      • It needs a SIM card that usually takes some days to be activated. Even if international SIM cards are available, there is a strong dependence to a contract which make connections liable to changes and reliability.
    • Sigfox:
      • It dumps data to a unique service which is accessible worldwide: data can be managed autonomously or by an intermediate service.
      • Coverage is already diffused in Italy so it is not available everywhere although it is rapidly growing worldwide.
      • It doesn’t need a handshake step with the network, while based on an acknowledge response.
      • Communication is very short and allows the device to stay dormant for a long time allowing a much longer duration to batteries.
      • Registration is quicker than GPRS, based on an annual fee.

Fruit diameter sensor

Fruit diameter sensor

The final user has not been aware nor suffered the difference between the communication through GPRS or Sigfox. Battery pack proved to have a life long enough to cover the season both in Sigfox and GPRS devices. In general, any field deployment should be as simple as possible and have a ready and reliable answer during installation tests.

Precision Farming to make smart irrigation decisions

Developing technological projects in rural areas may involve several difficulties because of the absence of physical communication infrastructures and the costs which are often unaffordable. However, wireless sensor networks suppose a great opportunity because of the low installation, maintenance and also operative costs.

esiFARM platform

esiFARM platform

FAMOSA is collaborating with farmers to introduce the IoT approach with esiFARM in their fields. The platform allows to collect information from the sensor platforms and other information sources such as georeferenced cameras pictures or multispectral analysis of satellite imagery. EsiFARM includes models to help farmers in decision and alerts (irrigation, pathogens and maturation).

“Farmers were impressed by the ease of the installation, which proved to be able to give real-time and comprehensive information in less than one hour of full installation”, has argued Massimo Noferini, CEO of FAMOSA. During 2016 season between March and October the decision support system has worked well and continuously. Farmers have been able to monitor without interruptions soil water status to have irrigation always under control.

Kiwi crops in Emilia Romagna

Kiwi crops in Emilia Romagna

The deployment of soil water status sensors at different depths has allowed to compare the effect of irrigation strategies. Farmers have had a prompt warning about any water stress condition to recover from a growth deficit. In this kiwi project, the irrigation system was activated by the farmer.

Source: Libelium

 

Predicting eruptions in the Masaya Volcano with wireless sensors

Volcanoes are one of the most unpredictable and impressive natural phenomenons. Worldwide researchers and scientists have always been trying to discover what happen inside volcanoes to predict future eruptions that will save lives. Their activity has provoked along years great disasters destroying entire settlements with lava flows and also endangering the environment or human health due to gas emanations or ash falls.

Some vulcanologists are currently focused on working with the latest technology to monitor in real-time everything that happens inside and outside the crater to predict eruptions. Qwake, a global brand that merges ground-breaking scientific expeditions with cutting edge technology to drive positive change, has trusted in Libelium technology to develop a wireless sensor network in the Mouth of Hell, Masaya volcano in Nicaragua.

Masaya volcano (Nicaragua)

Masaya volcano (Nicaragua)

Masaya is one of Latin American most active volcanoes. In fact, in 2008 during September, November and December the caldera threw ash and steam rising a height of 2.1 kilometers. At this time, there is a lava lake in one of the craters with 600 m2dimension that offers an unprecedented glimpse into the dynamic behavior of magma plumbing system including cascading as explosions, emission of lava jets, etc.

Real-time control at Masaya volcano with 80 sensors

Qwake team, with explorer and filmmaker Sam Cossman, Nicaragua government, Libelium and General Electric (GE) have worked in this project to bring the first volcano online. The expedition took place along July and August 2016. The team was looking for a wireless monitoring system able to collect, transmit and store data in real-time. For this reason, they chose Libelium to get information directly from the crater.

Sam Cossman at Masaya volcano

Sam Cossman at Masaya volcano

Our CTO, David Gascón, was a member of the expedition and experienced in first person the impressive landscape around Masaya volcano. “We are glad to contribute to a project that will help to save million of lives, not only in Nicaragua, but also in worlwide projects monitoring other volcanoes”, has argued David Gascón

David Gascón at the Mouth of Hell

David Gascón, Libelium CTO, at the Mouth of Hell

In order to access safely to Santiago Crater, the open air lava lake, Sam Cossman and his expedition team developed a zip line system to solve some previous challenges and efficiently descend personnel and gear there. It allowed to install the Waspmote Sensor Platforms next to the crater to get data in one the most extreme and challenging environments.

Location of the expedition camp at Santiago Crater

Location of the expedition camp at Santiago Crater

The Sensor Platforms deployed in Masaya volcano were Waspmote Plug & Sense! Smart Environment PRO and Waspmote Plug&Sense! Ambient Control as data repeaters. Sensors connected to Waspmote Plug & Sense! Smart Environment were more than 80 and measured CO2, H2S, temperature, humidity and atmospheric pressure.

The he expedition team with all the sensors deployed in Masaya volcano

The expedition team with all the sensors deployed in Masaya volcano

The encapsuled sensor platforms were vacuum-sealed to be protect against the heat inside the crater and also in areas next to the volcano. There were around 150 degrees Farenheit (about 65 Celsius degrees) where most of the sensors will be placed, although parts of the active volcano reach 800 to 1,000 degrees Farenheit (between 426 and 537 Celsius degrees).

Waspmote Plug & Sense! Smart Environment PRO sent information directly to Meshlium Gateway and in some cases to Waspmote Plug&Sense! Ambient Control when there was low signal acting as repeater stations. This data was sent through XBee900HP. The IoT Gateway collected data and sent the information through 3G to GE database were after was visualized in Predix, a cloud-based software platform GE developed for the Industrial Internet.

Deployment at Masaya volcano

Deployment at Masaya volcano

One of the explorers from Qwake, Hugo Nordell, explained the benefits of using Libelium technology in Masaya volcano project: “Our team was able to quickly setup and ensure that data was captured correctly. This allowed us to focus on solving actual problems related to deploying the sensors inside the crater and bringing the Masaya volcano online, rather than having to deal with connectivity and underlying data transfer”.

Public service by saving lives and opening data

The main aim of the project has been building a digital early warning system to predict volcano eruptions. This information will be used by researchers and data scientists to build a family of “digital twins” to simulate digitally what is happening inside the cater.

Waspmote Plug & Sense! installed next to Santiago Crater and Meshlium out of Masaya volcano

Waspmote Plug & Sense! installed next to Santiago Crater and Meshlium out of Masaya volcano

The vulcanologist who has participated in Qwake project, Guillermo Caravantes, has been widely researching about Masaya. He has explained that it represents “a real danger” for inhabitants from villages next to the volcano. “We could potentially have millions of lives at risk. It could happen at any time and the problem is that we are not able to predict when this could happen or what sorts of signs from the volcano”, asserted Guillermo Caravantes, vulcanologist from Qwake.

The ultimate goal of the project is providing a public service by giving access to the general population and decision makers enabling them to experience an active volcano in real-time. The predictive analytic tools built on the cloud-based platform uses a combination of data gathered over more than 20 years of fieldwork at Masaya and also information gathered by the sensors connected to Waspmote Plug & Sense! Sensor Platforms installed in this project. All this data will help to anticipate volcanic crisis, and act as a pioneering, first-of-its-kind Early Warning System. After this project, the expedition believes that there is potential for huge applications in worldwide volcanoes.

To discover more about Masaya volcano expedition and the wireless sensor network development view our photo gallery.

 

Source: Libelium

Telit Announces New IoT Cloud Connector for Libelium Waspmote IoT Ecosystem

Internet-of-Things-1920xx

Combination of Libelium IoT hardware and Telit IoT services reduces time-to-market for IoT deployments.

Telit, a global enabler of the Internet of Things (IoT), have announced a new integration agreement with Libelium, a leader in the design and manufacturing of wireless sensor network hardware. With this collaboration, users can now connect sensors to the cloud in 3 easy steps:

  1. Pick from Libelium’s portfolio of over 110 different Waspmote Plug and Sense!Sensors.
  2. Use Meshlium IoT gateways and the embedded Telit Cloud Connector to receive sensor data and forward it to the internet via Ethernet or 4G/3G/GPRS protocols.
  3. Create a free Telit IoT Portal account. Users can develop mobile and web-based apps or integrate any back-office databases or analytics systems with data collected from the Libelium WaspMote IoT Ecosystem.

The Telit IoT Portal is a cloud-based IoT subscription service, powered by Telit’s deviceWISE IoT Platform. The Platform-as-a-Service (PaaS) features a low cost pay-as-you-go service plan that lets you get started without any upfront investment. Telit’s do-it-yourself cloud service enables instant access to all the necessary tools and resources for all Telit Services, and lets you create and manage your own IoT solutions from a single, intuitive web interface.

“Our collaboration with Libelium is all about making it easier than ever for companies to implement an end-to-end IoT Solution,” said John Keever, CTO and founder of Telit IoT Platforms. “We accomplish this by combining Libelium’s Meshlium Gateway technology with the Telit IoT Portal, creating a powerful combination of technologies to reduce the risk, time-to-market, complexity and cost of deploying complete end-to-end IoT solutions.”

The Meshlium Gateways act as a central access point for Libelium’s portfolio of wireless network sensors which are useful for collecting data in any scenario, including smart parking, air and noise pollution, irrigation control, vineyard monitoring, and more. The Meshlium Gateway also boasts impressive smartphone, cellular, and hands-free mobile phone detection, useful for gaining business intelligence through the measurement of people and cars with the goal of enhancing user experience in shopping areas and roads.

“Our Waspmote IoT ecosystem is designed for interoperability, giving developers access to the widest range of sensors, communication protocols, and cloud systems to build IoT applications quickly and safely,” said Alicia Asín, CEO at Libelium. “Telit is a valuable partner of this ecosystem designed to create a truly end-to-end IoT integration experience for the market.”

As a part of this new collaboration, Telit and Libelium will be offering a fully integrated sensor-to-cloud solution on Libelium’s click-and-buy online store, the IoT Marketplace. This combination of Telit IoT services and Libelium gateways and sensor devices placed together in an easy-to-use integration kit simplifies the IoT implementation process for enterprises both large and small. The development kit is currently available for purchase in European, American, Australian, and Brazilian versions.

Soure: Telit

 

Libelium IoT Platform Powers Smart Cities in US adding LoRaWAN and Sigfox

libelium

San Francisco and Colorado are the first North American regions with smart water and smart environment projects deployed with Libelium’s technology connected to LPWAN protocols.

Libelium continues powering the Internet of Things (IoT) development adding LoRaWANand Sigfox wireless connectivity for North America to Waspmote OEM and Waspmote Plug and Sense! sensor devices. San Francisco is one of the first cities to deploy this technology, where Libelium is already developing a Smart Water project with Sigfox and San Francisco County. In Colorado, Libelium technology is also enhancing new projects to monitor weather and environment conditions with LoRaWAN connectivity.

Libelium keeps offering the widest interoperability in the great array of connectivity choices for the IoT. The company is joining forces with LoRaWAN and Sigfox global network in response to strong demand for low-energy, long-range and cost efficient IoT connectivity in North America. In terms of network coverage, Semtech is partnering with Comcast to deploy LoRaWAN networks in 30 cities while Sigfox is expanding its network to 100 US cities.

Libelium Waspmote Plug & Sense! available in US LoraWAN and Sigfox

Libelium Waspmote Plug & Sense! available in US for LoraWAN and Sigfox

“We are successfully offering these protocols in their European version since 2015 and checking its viability for environment, pollution, water quality and smart parking applications. We strongly believe that making them available in their American version will speed up market adoption in the 900 MHz markets” states Alicia Asín, Libelium’s CEO.

Customers can make their choice of LPWAN preferred protocol for Waspmote Plug & Sense! in 900MHz or 868MHz bands -depending on geographic destination- when ordering except for Smart Parking model, where both radios (LoRaWAN / Sigfox) are always included. “We have managed to offer a dual radio in our Smart Parking node at a very competitive price, which increases our customers’ options, one of our design principles. They can compare the performance of both technologies in one installation, work in hybrid networks or change from one to another easily from the Cloud. We consider this kind of features crucial to keep a healthy and competitive IoT landscape” explains Asín.

With this update, Libelium IoT Sensor Platform is ready to use the 900-930 MHz band forthe U.S., Canada, Mexico, Singapore, etc. The platform currently includes FCC and IC certifications for the US and Canada.

Source: Libelium

Controlling shipping traffic in the Dutch canals with wireless sensors

dsc01528

In t the Netherlands there are many waterways, small inland harbors and canals that are used by citizens in their daily routines. Each city has a water infrastructure with high-density shipping traffic. For municipalities, provinces and other potential canal authorities such us Ministry of Infraestructure, it is essential to provide a system able to control the amount of boats that sails in an area an also automate the opening and closing systems of the bridges.

 

Vicrea is a dutch company specialized in Smart Integrated Information and Geographic Systems and Smart City solutions. The company has developed a wireless sensor network with Libelium technology to manage canals traffic in the Netherlands by controlling the flow of boats.

Innovative laser solution to detect ships

This solution arises with the objective to know the amount of ships that sails in the canals and also their direction to plan the water infrastructure. It has been already deployed in some of the most touristic and well-known cities from the Netherlands: Delft, The Hague, Leiden, Alphen aan den Rijn and Gouda.

There is a wide range of boats that sails on the canals: cargoboats, commercial passenger ships and recreational ones. Although it was known by public authorities and citizens that in specific times there was heavy traffic, there was not any knowledge and neither control to solve this problem. “Libelium helped us in an innovative and professional way to help our project to become a success”, affirms Erkan Efek, Business consultant & Architect GIS of Vicrea.

Vicrea deployment in a canal

Vicrea and Libelium have worked in developing a new and innovative laser solution that is able to monitor direction, distance and speed. This sensor allows to detect any ship that is crossing by a concrete point and also to know the direction towards the ship is sailing.

Vicrea deployment functioning diagram

Vicrea deployment functioning diagram

The shipping traffic data monitored by the sensors added to Waspmote Sensor Platformsis sent out through Zigbee to Meshlium. 868 Mhz wireless technology is used to connect the gateway with Vicrea Cloud Platform based on Microsoft Azure SQL Database. From there, data can be further distributed to a live monitor or can be stored for later analysis and prediction.

 

The solution developed between Libelium and Vicrea will help public institutions to manage the water infrastructure and also control other issues. With this deployment, there will be possible to know if the maintenance level of canals is at par with traffic density in a canal. Bridge opening and closing will be automated to improve cars and ships experiences and also to reduce waiting times. The platform will control if a boat is entering in a private or prohibit area.

This monitoring system will be working 24 hours a day, 7 days a week, to give public authorities a holistic view about what is happening in their water infrastructures. Erkan Efek, Business consultant & Architect GIS of Vicrea, has highlighted that “the solution incorporates cost-effective elements and eco-friendly parts. We use solar panels for our power supply and send data wirelessly”.

Vicrea platform to monitor shipping traffic

Vicrea platform to monitor shipping traffic

Sensors can be placed anywhere so each government can choose depending on the needs and the urban planning of each city. Knowing in real-time information about traffic congestion or predicting maintenance for bridges are just some of the improvements that councils can apply in their strategies for water infrastructures management.

The deployment has reached the goals that the companies settled since the beginning. Data related with passing ships and also frequency will be monitored with high accuracy, costs will be drastically reduced, about 80.000 euros each year per bridge, and the system will be working with no interruption.

Source: Libelium

Saving water with Smart Irrigation System in Barcelona

Councils and governments are conscious about the significance of improving public areas. Not only to reduce costs, but also to show their commitment with inhabitants and tourists that visit their cities. This is one of the main reasons why Smart Cities are more than a phenomena, actually they are a reality and the trend that every public institution wants to follow.

Barcelona, Spain

Barcelona, Spain

Barcelona is a great example in the Smart Cities field. With different projects to ease citizens lives, it has became one of the worldwide references of innovative and technological developments. With Barcelona Council and Starlab, Libelium has worked in a smart water project to control the irrigation system in Poblenou Park Centre.

Irrigation system management with only a click

Starlab, together with other companies, has deployed a remote control irrigation system for Barcelona that will help to reinforce its Smart City status. Starlab’s contribution to the service is by soil moisture monitoring with in situ probes that use Libelium technology . The deployment is based on sensors technology and consists in allowing remote control of the irrigation system to facilitate the management of the water network.

Before starting the project, each zone of the park was studied and analyzed in order to know their specific needs. TheSmartIrrigation system is controlled and monitored thanks to different soil moisture sensors which measure humidity and water flow in strategic points of the area.

Waspmote Sensor Platform  installed in the park

The deployed probes datalogger is based on Waspmote Sensor Platform with sensors probes from a third party. This fact gives an impression of the versatility of this device. It enables connection with a wide range of sensor probes that does not have to be from the same manufacturer.

In SmartIrrigation project soil moisture probes are located underground together with Waspmote Sensor Platform, which are put inside waterproof boxes that ensure highly durability. Besides, these devices are powered by a long-life battery with one year autonomy.

Smart Irrigation System

Smart Irrigation System

Data gathered by Waspmote Sensor Platform can be sent to a gateway or directly to the cloud. It can be done through several communication protocols, such us GPRS, 3G, 4G, LoRaWAN, LoRa, Sigfox, 868 MHz, 900MHz, ZigBee, 802.15.4, WiFi, RFID, NFC and Bluetooth 4.0. In this project, data is sent through ZigBee to Meshlium Gateway, also provided by Libelium, and from there to the cloud using 3G. All the Meshlium installed are located in the garderner huts to facilitate the communications.

The information collected in the Meshlium Gateway can be visualized in a platformwhich concentrates and allows knowing the state in each zone. Two departments of Barcelona Council, Urban Services and Computing, have worked with Wonderware to carry out the application which can be controlled with computers, smartphones and also tablets.

Visualizer developed by Barcelona Council and Wonderware

Visualizer developed by Barcelona Council and Wonderware

If your are enjoying nature, sitting on a bench or walking through Poblenou Park Centre, you will probably see some members of Barcelona Parks staff and Gardeners using tablets. This is not the way how they spend their break times, the tablets are their new work tools. The new irrigation management system allows an automatic control of the electronic valves that close or open the water flow.

Cutting down water and money

The Council of Barcelona led this project which is part of Barcelona Smart City project. Cristina Vila, Former General Manager of Water Cycle in the council, considered the deployment as a great success because “the system optimizes water consumption because it irrigates with the proper amount according to weather conditions and the plants’ needs“.

Thanks to this new management system the municipal water bill has been cut down near a 25% in the city. Moreover, this reduction is not just about money, the water usage has been reduced too. Barcelona is saving resources such us water with Internet of Things technology and contributing to enhance the environment too. For gardeners, their daily work tasks has been eased too. Controlling the irrigation system and detecting any incidents that may have occurred can nowadays be checked in real-time.

Source: Libelium

New Smart Parking by Libelium includes Double Radio with LoRaWAN and Sigfox

New Smart Parking by Libelium includes Double Radio with LoRaWAN and Sigfox.

New surface parking device-with LoRaWAN and Sigfox- features smaller size, higher accuracy and faster time of detection facilitating lower installation costs.

Today at Intertraffic, Libelium has presented the new version of Waspmote Plug&Sense! Smart Parking, the solution for Smart Cities that allows citizens to detect available parking spots.

The new device is easier and cheaper to deploy as it is mounted on the road surface. Unlike most market versions, it does not need to dig a hole in the ground for installation reducing installation time from 30 to 5 minutes and allowing to be replaced by another unit in case of maintenance in just 10 minutes.

The new device has a smaller size -reduced over 50%-, higher accuracy and reliability, and faster time of detection. Besides, temperature does not affect the behaviour of readings.

New Smart Parking diagram

New sensor system is fully compatible with LPWAN radio technologies –LoRaWANand Sigfox– to enable long range and low power consumption. It can be connected with both radios for the European 868 MHz band and for the 900-930 MHz band (US/Canada). One unique feature of the system is that it allows to use both radio technologies at the same time or change from one to another easily from the Cloud.

With the new sensor system, one base station can give service to thousands of devices around a range of several kilometers in urban environment. This fact provides lower costs of installation since the number of base stations can be dramatically reduced. Besides, the new sensor model has been optimized for really low-power operation, so the battery lifetime is extended up to 10 years easily.

The new parking node has been certified with the CE/FCC/IC marks and provides a robust software which works out-of-the-box. Developers do not need to programme the nodes but specify the values of key parameters in the firmware such as working cycle or night mode to be ready to work. Remote management and bidirectional communication allows to change several parameters of the nodes from the Cloud. This means that thousands of nodes can be reprogrammed just setting the right values from our web browser in the management platform.

With Smart Parking, Libelium global Smart Cities solution covers gas and noise pollution levels, water quality control and waste management.

Source: Libelium

Coruña Smart City: creating an open innovation ecosystem

coruna

Smart Coruña is the innovation programme which began in 2011 and whose objective is to transform the beautiful city of La Coruña into a technology hub where new services, which improve the city´s efficiency and the sustainability, are implemented. Smart Coruña has positioned the city as a benchmark for new investments and new R&D developments and has contributed to the creation of new jobs stimulating the growth of the IT sector.

A Coruña, Galicia, Spain

A Coruña, Galicia, Spain

The project, 80% financed by European FEDER funds, provides a holistic view of the city and its services. It consists of 14 technological pilots including Libelium technology and the deployment of the Sofia2 Platform.

The urban services variety ranges from resource and environmental management to citizen and tourist services and its ultimate goal is to improve quality of life in La Coruña:

smart_cities_coruna

  • Air and acoustic quality: This system controls the air quality and noise level conditions throughout the city. Different Libelium Waspmote Plug & Sense! devices are used to measure air conditions and noise levels at strategic points in the city. The system enables the identification of the pollutant sources and allows the decision making process regarding the implementation of corrective plans when the environmental quality or noise levels recommend so.
  • Water quality Management: This area aims to remotely monitor the water supply and sewerage networks of the city, ensuring its effective distribution. It includes smart irrigation and different management systems to control water-flow, speed, rate and tubes conditions, any pressure changes due to leaks can be rapidly detected rapidly, minimising water losses. The system also has devices capable of measuring the physical and chemical characteristics of water in reservoirs, water treatment plants and city beaches. It ensures the quality of the drinking water supplied to the public is excellent and also warns about any possible anomalies.
  • Energy efficiency: Implementation of an energy efficiency tool to monitor and reduce energy consumption in 55 public buildings and a system which automates the processes of the Potable Water Treatment Plant reducing its energy consumption as well. The aim is to reduce the consumption of electricity and gas to the minimum. Both initiatives generate economic savings, enhance environmental care and have positioned La Coruña as a benchmark in the field of energy management.
  • Traffic control: the real-time traffic optimisation system collects information in order that citizens and managers can make better mobility decisions in real time. A series of cameras and devices have been installed in the monitored priority roads to determine and control the traffic situation. Likewise, a number of control cameras are installed at the access points of pedestrian areas. The smart parking system collects information about the free parking spaces, improving mobility as it helps citizens avoid wasting time looking for parking spaces. All the information is available to citizens and visitors through a web portal, a mobile app and dynamic information panels.
  • Citizen interaction and tourism: this vertical brings together electronic administration possibilities, bidirectional citizen communication and tourism services. The electronic administration system allows citizens not only to start any official procedure through the electronic channel, but also to keep track of the status of the inquiry and attach any necessary documentation. The interaction system allows citizens to receive information about the events of the city and also participate, propose and report openly about its functioning. The guided visits system with augmented reality offer an interactive experience of the city’s main attractions.

Sofia2 Platform visualizer

Libelium Sensor Platform with Sofia2 Platform visualizer for Smart Coruña project

In the scope of this project, a specific Portal was published in the City Council’s website aggregating all public information to be presented to the citizens. Lots of different visualizers are accessible across the website, from traffic information to rental bike availability.

Smart City Coruña Brain

Smart City Coruña Brain

Sofia2 is deployed in La Coruña, centralizing information from various different city services and giving solution to specific needs across the whole area of the city. The combination of the information from all these verticals in one unique platform has allowed to build complex and smart solutions where each vertical, instead of working independently, can take advantage of information from the rest of the solutions to provide a better use of resources.

Sofia2 is Indra’s IoT Interoperability Platform. It acts as the middleware and repository that allows real time interoperability of multiple systems and devices, offering a semantic platform to make real world information available to smart applications (Internet of Things).

Source: Libelium

Libelium Adds LoRaWAN for Full Compatibility with Smart Cities Networks

Waspmote sensors integrate new LPWAN radio module for large-scale IoT deployments worldwide

Libelium has released a new radio module bringing LoRa Wide Area Network (LoRaWAN) wireless connectivity to Waspmote Internet of Things (IoT) sensors for applications that require low-energy, long-range data transmission on a large scale.

Protocols known as Low Power Wide Area Networks (LPWAN) are accelerating smart city and IoT deployments in Europe, Asia, and North America. Semtech’s open LoRaWAN standard is the backbone for many IoT uses that require bidirectional data communication and geolocation information. Libelium LoRaWan sensors send information to base stations in the field, and have successfully completed tests on Kerlink LoRa base stations for 868 MHz bands operating in Europe, on the 900 MHz band for the U.S., and for the 433 MHz band connectivity used in China, Japan and Korea.

Waspmote Plug & Sense! features LoRaWAN Connectivity

Waspmote Plug & Sense! features LoRaWAN Connectivity

How it works:

“Waspmote sensor nodes are extremely energy efficient, intended for massive deployments in cities and the industrial IoT,” said David Gascón, Libelium CTO and co-founder. “Our sensor platform is a perfect fit for purpose-built LoRaWAN, designed to carry complex data that characterizes Smart Cities applications, and thereby enable connectivity for the billions of devices and sensors predicted for the IoT.”

Libelium’s LoRaWAN radio module is fully integrated with the Waspmote sensor platform and is also available as an upgrade for all existing Waspmote sensor devices. Waspmote Plug & Sense! devices offer easy network configuration for smart cities applications to monitor environmental factors, noise pollution, water quality, as well as parking, and smart lighting applications. Paired with Libelium’s LoRaWAN module, Waspmote Plug & Sense! received CE marking earlier this month, making it the first horizontal sensor platform certified for use in Europe.

Waspmote LoRaWAN Integration

Waspmote LoRaWAN Integration

Libelium is a member of the LoRa Alliance, and is building an ecosystem with partners providing LoRaWAN solutions that are compatible with Waspmote. In addition to Kerlink gateway compatibility as a turnkey solution, Waspmote LoRaWan sensors offer out-of-the-box connectivity with Actility, and network deployment and management capability with Loriot and Orbiwise backends. Please consult Libelium’s commercial department for further information.

Technical Characteristics – Waspmote + LoRaWAN Integration

Key Features Why it Matters
Libelium LoRaWAN radio module supports 868 MHz band (Europe); 433 MHz band (China, Japan, Korea), and will feature 900 MHz band support in 2016 (North America). Many Smart Cities and Industrial IoT applications require low bandwidth data transmission over distances, both indoors and outdoors, often in areas of high electromagnetic interference. Waspmote Plug & Sense! sensors and the Libelium LoRaWAN radio module received CE marking on the 868 MHz band, in November 2015. Certifications for the U.S. version are currently in progress.
Embedded radio module in Waspmote sensor nodes sends information directly to base stations. Fast response, and simple, immediate network setup to connect devices to the LoRaWAN IoT network.
Secure IP connection assured between devices, base stations, and Cloud servers. Accounts activated with strong, unique API keys. Secure authentication maintains data integrity and privacy of information transmitted by the sensor nodes, and also when data are stored on servers, gateways, and the Cloud.
Extensive documentation, tutorials and LoRaWAN developer kits are available for Waspmote OEM & Waspmote Plug and Sense! devices. Waspmote is a complete technology platform for the IoT, integrating any sensor, any communication protocol, and any Cloud system. Waspmote OEM is oriented to developers for prototyping, pilot projects and proofs of concept; The Waspmote Plug & Sense! sensor line is an out-of-the-box solution pre-configured for quick deployment of IoT, Smart Cities, and M2M services and applications.
Libelium LoRaWAN is also available for the OEM / DIY platforms Arduino and Raspberry Pi. Arduino and Raspberry Pi are key learning platforms for the IoT, widely available at low cost, and offering options for IT professionals to participate in the IoT and add IoT electronics

technology skills to their resumes.