Challenge: Monitoring ambient conditions and smartphone detection to plan smart urban
Libelium and Ericsson have joined efforts to check the environmental status of the water standards, the air quality and the noise levels measured in several zones of Tilburg city (NL) to be visualized on a public website. Read more
Challenge: Monitoring air quality outside the airport fence and determining aircraft location on the airfield.
Libelium and Ex Machina have worked together to deploy a sensors network in Athens International Airport that enhances its environmental monitoring capabilities by augmenting existing air quality monitoring outside the airport fence and helping determine the location of the aircraft on the airfield. Read more
Challenge: Measuring environmental impact of tourists activity in the main harbor in Mallorca to apply sustainability strategies enabling the island to reach acknowledgment as smart and sustainable touristic destination.
Turning Palma de Mallorca into a smart tourist destination by improving the quality of its environment is the main aim of the project in which Libelium and Mallorcawifi.com have been working together. To do so, a wide Waspmote Plug and Sense Smart Cities sensors network has been deployed all around Mallorca harbor to measure the impact of its activity. Read more
Challenge: Minimizing the impact on mussels' beds during dredging operations with a remote environmental monitoring system
Aridea Solutions, an engineering company located in West Virginia, has trusted Libelium technology to assist in the development of the WIZARD (Water Intrinsic Zoological Ambient Research Device) Platform. The American company worked in October 2016 on a project for the US Army Corps of Engineers at Robert C. Byrd Locks and Dam to control mussels' ambient and environmental conditions. The aim was to protect them when working in local rivers and streams. Read more.
Challenge: Monitoring pedestrians, bicyclists and vehicles to create flow and density maps to help Dordrecht municipality to rebuild the city
Public authorities are worried about the impact that the increase of people could have in the urban planning of metropolis. The Internet of Things is enabling the detection of the most regular routes; volume of cars, bicycles or pedestrians and most crowded streets passing times. Dimitrios Kyritsis, Surveying & Geomatics Engineer from TU Delft, has developed a research project in the city of Dordrecht (The Netherlands) based on the IoT Gateway Meshlium to monitor pedestrians, bicyclists and vehicles. Read more.
Challenge: Monitoring the incoming and outgoing traffic in a service station to know the behavior of customers
Libelium has developed an Internet of Things project with a gas station holding from Zaragoza (Spain), called Zoilo Ríos, to monitor the traffic of vehicles in one of the most important service areas of the city. The aim of the project is to measure the incoming and outgoing traffic of the establishment by the detection of the Bluetooth devices of the cars. Read more.
Challenge: Monitoring patients with risk of suffering arterial hypertension to identify the symptoms of preeclampsia and prevent the disease
The Dominican Republic is one of the Latin-American countries with major rate of maternal and neonatal deaths. Libelium has taken part in a project close to Infectología's Dominican Foundation to bring over the sanitary attention to groups of patients in risk with MySignals. The aim has been monitoring patients with risk of suffering arterial hypertension to identify the symptoms of preeclampsia in the patients in several sanitary centers as the Hospital Maternidad Los Minas, in Santo Domingo, and the Hospital Dr. Jaime Mota in Barahona. Read more
Challenge: Solving small communities wastewater treatment needs in a cost effective, energy efficient and environmental friendly manner.
iMETland is a EU Horizon 2020 research project which aim is unleashing the small community economies potential through innovative wastewater treatments technologies, creating a virtuous circle connecting water, energy, ICT, land resources and safeguarding the environment. Libelium technology has been part of this initiative to control water quality and environmental conditions. Read more .
Challenge: Developing a Living IoT Lab at Libelium headquarters to control water quality, ambient conditions and environmental parameters inside and outside the building
Libelium believes in a world completely connected to gather data from anything located anywhere to enable citizens and organizations to make decisions based on valuable information. With the aim to show customers, partners and visitors the wide range of IoT applications, Libelium has deployed a Living Lab in its headquarters in Zaragoza (Spain). The installation has been carried out during 4th quarter of 2016 by Libelium technical departments. Read more.
Challenge: Supporting one of the largest European Shopping and Business Centres towards sustainable development and creating a better environment for local people, visitors and businesses
Libelium and SmartIS City Ltd have developed a project to improve BTC City environmental and social commitment. It is one of the largest shopping and business centres in Europe located in Ljubljana, the 2016 European Green Capital. BTC Company wants to follow its Green Mission strategy, which is oriented towards sustainable development and creating a better environment for local people, visitors and businesses. Read more.
Challenge: Deploying wireless sensor networks with Sigfox and GPRS connection in a kiwi plantation to develop a smart irrigation system
FAMOSA has developed wireless sensor networks, based on Libelium technology, in a kiwi plantation with GPRS and Sigfox to develop accurate irrigation strategies for farmers. Kiwifruit is one of the most sensitive fruits in terms of quality which is given by size, sweetness and dry matter. In order to reach the best quality, it is essential for farmers to develop a good irrigation strategy to attain marketable products and reduce product losses. Read more.
Challenge: Monitoring weather conditions and road temperature to make better informed gritting salt decisions to save money and reduce carbon footprint
Mayflower Smart Control has developed an IoT project to find a solution to the use of excessive and unnecessary gritting of roads during cold weather in different locations of the Winchester area (Hampshire, UK). Mayflower Smart Control has trusted in Waspmote Plug & Sense! Sensor Platform to develop a pioneering project that will enable highways maintenance teams to make better informed gritting decisions based on local weather conditions. Read more.
Challenge: Developing a wireless sensor network to control in real time crops conditions to improve yields and reduce human error
Wireless sensor networks have opened a wide range in terms of possibilities for farmers and agricultural management organizations. Getting real-time information from different water, soil or air parameters of any field allows taking smart and strategic decisions to save resources and optimize yields.Agnov8 trusted in Libelium technology to develop an IoT project to control crops conditions and improve yields. Agnov8 has trusted in Libelium technology for a a large environmental sustainability project of Cameron’s Nursery wholesale plant grower located in Arcadia, New South Wales, Australia. Read more
Challenge: Developing a wireless sensor network to monitor in real-time the Mouth of Hell to save human lives and provide open data
Volcanoes' eruptions are one of the most unpredictable and impressive natural phenomenons. 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. With more than 80 sensors deployed, the main aim of the project has been building a digital early warning system to predict volcano eruptions. 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. Read more
Challenge: Improving water efficiency and safety in living areas with a smart management system
The project called iWesla, which stands for Improving Water Efficiency and Safety in Living Areas, is a CPSLabs funded by the European Union´s Horizon 2020 research and innovation program. The consortium is formed by A-CING, Indra, Novelti and the Universidad Politecnica de Madrid (UPM). The wireless sensor networks developed in iWesla are based on Waspmote Sensor Platform. Read more.
Challenge: Developing a portable system based on sensor networks to monitor air quality, meet regulation standards and reduce gas emissions and pollution.
Public authorities in cities have deployed static stations to monitor air quality data for a set of pollutant with specific, and high cost, sensing technologies. These stations provide highly accurate data but their cost limits the quantity of deployments, leaving large gaps in coverage. CENSIS, the innovation center of excellence for Sensor and Imaging Systems (SIS) technologies, has developed a low-cost system with Libelium Waspmote Sensor Platform in Glasgow (UK) that can be deployed flexibly and rapidly in mobile configurations to complement static stations providing more capilarity to Smart Cities projects. Read more
Challenge: Providing maximum yield in medical marijuana crops and high quality results to deliver the best quality product in the industry.
SensorInsight, an American company that provides Industrial Internet of Things complete solutions, has been working for a medical marijuana operator with Libelium Waspmote Sensor Platform to develop a wireless sensor network to produce the highest quality of marijuana through the management and analysis of the entire medicinal marijuana growing process. Read more
Challenge: Ensuring quality in the management and operation of airport infrastructures by monitors key performance indicators
Worlwide airports have become indoor cities where passengers spend so many time before and after taking their flights. In modern airports can be found hotels, restaurants, luxury shops and leisure centres but what makes passengers experience truly comfortable is reducing waiting times, enhancing conditions and also improving processes in the terminals. Ikusi is a technology company specialised in applications to provide greater intelligence and efficiency in infrastructure security, road and rail mobility, airports and cities; with Libelium Waspmote Sensor Platform, the Spanish company has developed a wireless sensor network to ensure quality in management and operation under the concession model in Santiago de Chile airport. Read more
Challenge: Measure water, soil and environmental parameters and manage conditions and needs of green areas in real-time
Intelkia, a Spanish start-up focused on projects related to the Internet of Things, has developed a Smart Garden solution based on Libelium Waspmote sensor platform to optimize the use of resources in a sustainable way and save costs to their customers. The city of Ontinyent in Valencia has been the first municipality in Spain to take advantage of wireless sensor networks technology applied to green areas projects. Read more.
Challenge: Providing an automated system for GHG emissions monitoring and reporting with the requirement of direct feedback of the city’s emissions reduction initiatives.
In the last years, it has become mandatory through several international regulations to reduce emissions that could impact in the environment and also inhabitants lives. The Norwegian University of Science and Technology (NTNU) has led this project based on wireless sensor networks with Libelium Waspmote Sensor Platform. The Smart City plan has been deployed in two Nordic municipalities as test beds: Trondheim (Norway) and Vejle (Denmark).Read more.
Challenge: Deploying a real-time monitoring system in a rural area in Italy to improve productivity by predicting corn crops yields and knowing water and fertilizer needs.
Omica is an Italian start-up focused on Smart Agriculture. Its mission is developing innovative products that integrate new disrupting technologies such as the Internet of Things. In collaboration with Libelium technology they have deployed a wireless sensor network to improve crops yields by identifying less productive zones and also monitoring crop water and fertilizer requirements during the growth period.Read more.
Challenge: Developing a wireless sensor network to manage shipping traffic in the Netherlands to control the amount of flow boats and optimize bridges opening and closing.
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. Read more.
Challenge: Developing a wireless sensor network in plantain crops in Colombia to promote sustainable farming and improve productivity.
Red Tecnoparque Colombia is part of the technical innovative program Sennova from SENA Regional Risaralda, the Colombian National Service for Learning. Focused on improving productivity, the organization has deployed a wireless sensors network with Libelium technology to monitor banana crops in Lembo, on Santa Rosa de Cabal region. Read more.
Challenge: Control water quality in Vietnamese fish farms to reduce the number of lost animals and improve farming conditions and product quality.
PHA Distribution, one of the leading IOT & ICT distributors in Vietnam market, has deployed a wireless sensor network in a Vietnamese fish farm, next to Mekong river, with Libelium’s Waspmote Plug & Sense! Sensor Platform. The aim of the project is to monitor in real-time different parameters to control water quality and prevent some diseases that could affect fish in order to improve the quality and quantity of the production. Read more.
Challenge: Controlling water flow and soil moisture in parks and gardens of Barcelona developing a Smart Irrigation system based on wireless sensor networks.
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. Read more.
Challenge: Modernize marinas by monitoring mooring berths, measuring the sea level & water quality and observing weather conditions
One of the major problems for captains of vessels, especially during summer, is the absence of marina's reservation mechanisms. The start-up SaMMY, rises up from this need detected in Greek ports and wants to modernize the operation of marinas with the installation of a sensor network with Libelium technology to monitor mooring berths and conditions of the sea and the environment. Read more.
Challenge: Increase tobacco crops quantity and quality and support decisions about agricultural operations by monitoring climatic conditions.
TeamDev, an Italian software company, has deployed Libelium’s Waspmote Plug & Sense! Sensor Platform to collect information localizing weather conditions to support farming management. New methodologies to monitor climatic conditions have been developed during the project in order to increase the quality of tobacco's crops. Read more.
Challenge: To be able to capture useful data to start predicting measurements and events that could help farmers and agronomists to save tieme and money with its farms.
The lack of freely available public data in matter of agriculture issues motivated Senseye, a software company from UK, to develop a Smart Agriculture project from the ground-up using Waspmote Plug & Sense! Sensor Platform fully equipped with Libelium sensors to support farming across the UK. Read more.
Challenge: Wireless sensor network to monitor traffic parameters, bringing real-time data. This system is designed to provide a powerful tool to adapt traffic planning to real demand with a high time saving.
Project developed in Málaga by a research group from Málaga University. The main aim is to save time in matter of traffic management in Smart Cities by means of a wireless sensor network based on Libelium Waspmote Sensor Platform. This project provides real-time data that can be shown in the SCADA interface Read more.
Challenge: Controlling air quality parameters and monitoring real-time weather changes to improve and strengthen the environmental, social and labour commitment of the mine.
Akara Resources is the leading gold producer in Thailand owning the largest and most important gold mine in the country: Chatree. The mine´s air quality will be monitored by Libelium’s Waspmote Plug & Sense! Sensor Platform in real-time and stored using EnviroSuite’s Air Quality Module. The archived data can be accessed for use in compliance reporting and back tracking for accountability. Read more.
Challenge: Monitoring weather and water conditions to know the atmospheric variables which reflect the behavior of nature in the National Park of Manú in Peru.
RFID Radical Solutions offers M2M wireless communications solutions for companies of different areas. The objective of this project is monitoring weather and water conditions in one of the most well-known nature reserves: National Park of Manú in Peru. In order to collect data, Waspmote Plug & Sense! Smart Environment and Agriculture have been installed in the zone. Read more.
Challenge: Showing municipality and private companies the Smart City Platform working in real time obtaining data through Waste Management sensor and Air Quality sensor.
IoTsense, a company which offers an horizontal platform for the development of Smart Cities, decided starting a project in Castellón de la Plana based in Libelium technology. Castellón Smart City project integrates 25 different kinds of sensors, “Watchmeter” IoTsens –Data Logger, Limnimeter, Waste level sensor, Meteorological station, soil moisture sensor or luminosity sensor, to measure and control data in order to obtain a global perspective. Read more.
Challenge: Demonstrate that Plug & Sense! Sensor Platform is able to monitor climate changes and tracking position in extreme conditions without suffering any damage or data loosing
On 5th March started one of the hardest and at the same time craziest amateur rallies in the world: the Panda Raid. In this edition, one member of Libelium Team took part with his 25 years old Fiat Panda. This vehicle was different to any other, because it was equipped with a Waspmote Plug & Sense! Sensor Platform. Read more.
Challenge: Developing an environmental impacts detection system in real time which lets measure water quality an other atmospheric parameters based on Libelium technology.
VisionTech4Life is an initiative promoted by companies and research centers to know and mitigate the environmental effects which implies any civil work. In this sense, Erabi has used Libelium Waspmote Plug & Sense! Sensor Platform devices in order to monitor environmental and water quality parameters in "Villaperez" water treatment plant, in Oviedo, Asturias. Read more
Challenge: Soil moisture control to prevent environmental impact in wastewater irrigation area for the largest meat industry in Australia
AJ Bush Meet Manufacturer is the Australia’s largest and longest established meat products businesses and has two large-scale meat rendering plants based in Australia in the cities of Queensland and New South Wales. Organic wastes from such facilities pose significant environmental management challenges. Read more
Challenge: Air and acoustic quality, water quality management, energy efficiency, traffic control, citizen interataction and tourism monitoring to imrpove city´s efficiency and the sustainability
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. Read more.
Challenge: Environmental control of air, noise and water in real time to increase citizens welfare and to prevent problems that can cause a negative impact on the tourism attraction
Getaria is a tourist destination of the Basque Coast in the North of Spain which has increased tourism volume in recent years. The council is searching for recognition as smart and sustainable tourism destination through an environment monitoring project linked to the public wireless network using our Waspmote Plug & Sense! Sensor Platform with our Smart Environment PRO, Smart City and Smart Water solutions. Read more.
Challenge: Monitoring weather conditions to control fruit fly pest in olives groves and creating a model to predict the diffusion of flies in Umbria, Italy
TeamDev developes software and methodologies in precision farming sector for decision support in agricultural management. The objective of this project is to monitor weather conditions to control fruit fly pest in olives groves using our Waspmote Plug & Sense! Smart Agriculture and collecting data to create a model which can predict the diffusion of flies. Read more.
Challenge: Environment monitorization using a wireless system based in Waspmote Plug & Sense! Smart Agriculture to get data in order to optimize strawberry crops in Emilia Romagna, Italy
Famosa, combine a wide expertise in sensors and technologies used for monitoring parameters and a knowledge in environmental, physiological and productive standards related to fruit and vegetable quality. In this project, they have developed a web service portal in order to collect data from wireless systems, using our Waspmote Plug & Sense! Smart Agriculture, to check environmental parameters. The aim is to get that users take advantage of these data and optimize their strawberry crops, increasing the quality and reducing the time to market. Read more.
Challenge: Monitorization of the the environment with Waspmote sensor technology and Cloud analytics in order to help Indonesian farmers improve cocoa production and face climate change.
Modern farming methods based on wireless sensor technology can boost productivity, create economies of scale, and help communities thrive. Singapore-based IoT solution provider BioMachines designed a wireless sensor network system integrating Waspmote Smart Agriculture sensors to measure environmental parameters in the cocoa fields of tropical Indonesia. Read more.
Challenge: Deployment of wireless sensor networks in vineyards to constantly monitor multiple environmental parameters in order to avoid pests and optimize irrigation
Dolphin Engineering, a startup company based in Lugano, Switzerland, monitors vineyard conditions to prevent plant diseases using a wireless sensor network based on Libelium's Waspmote sensor platform. In Slovenia, Elmitel has developed a Cloud platform core, Elmitel Sensing, to create a Waspmote-based vineyard monitoring solution to cover all three parts of a sensor network: data acquisition, storage, and processing. Read more.
Challenge: Installation of an automated irrigation system with real time data control, capable of recording and adapting to environmental conditions inside the greenhouse
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. Read more.
Challenge: Using wireless sensor networks to monitor horses’ health, to control the condition of barns and stables, and generate alerts in real time
EOIT, an acronym for "Eyes on Inspiring Technology", is a young entrepreneurial company that views wireless sensor networks as an opportunity to improve agriculture, at a local level and internationally. EOIT developed Smart Horse using Libelium's Waspmote. It is an integrated technology platform that uses wireless sensor networks to monitor horses' health and the condition of barns and stables, and generate alerts in real time. Read more.
Challenge: Monitor critical processes, environmental variables throughout the factory, parameters that affect product quality and working conditions
Polibol is leader in the flexible packaging sector. Established in 1959, has won a world-wide reputation for technological leadership and innovative ideas as a flexible packaging printer and convertor. Libelium has designed a specific application for Polibol using Waspmote Plug & Sense! and Meshlium gateway to monitor critical processes. In some cases, controlling the air temperature near machinery on the factory floor is essential; in others, gas concentrations are monitored to keep compliance within authorized levels of concentration. Read more.
Challenge: Monitor honey bees remotely and in real time, within the hive
Award-winning smart beehive project is a unique platform to monitor honey bees remotely and in real time, within the hive. A group of biology, food business, and embedded systems engineering students at University College of Cork in Ireland has developed a unique platform through which they are able to monitor, collect and analyze activity within the colonies unobtrusively. Read more.
Challenge: Improve the measurement of the water parameters of a real aquatic environment in terms of reliability and frequency
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 technology solution selected is Libelium's Smart Water. The main goal of this 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. Read more.
Challenge: Enable data-driven urban planning on a regional scale, with Opticits HAZUR software and Waspmote Plug & Sense!
Cities around the world are now focused on urban resilience, or the ability to withstand and recover from physical, social, and economic challenges that result from natural disasters, the forces of climate change, congestion, or other man-made disturbances. With the implementation of HAZUR and Libelium sensors, the territory of La Garrotxa can readily manage critical facets of its infrastructure and public services. Libelium's Waspmote Plug & Sense! solution power three main application configurations, measuring parameters for forest fire prevention, river flood monitoring, and ambient control, such as air quality and greenhouse gases. Read more.
Challenge: Create a real-time cold chain monitoring system for a bakery and pastry company
Tahona Goyesca is a leading Aragonese company in the bakery and pastry sector that bakes and distributes cakes and pastries that require storage at proper temperature to reach their destination in peak condition. To control the temperature and make delivery more efficient in Tahona Goyesca’s fleet of refrigerated vehicles, Libelium has designed a Smart Tracking solution using Waspmote Plug & Sense! and the Meshlium gateway. With this 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. Read more.
Challenge: Creating a device to aid in the efficient detection of tachypnea, an indication of pneumonia in children, to reduce child mortality
Pneumonia is the number 1 killer of children worldwide with 2 million deaths each year. With a child dying every 20 seconds, pneumonia is a significant contributor to neonatal mortality in developing countries – more than AIDS, malaria and measles combined. The illness is treatable and preventable, but accurate early detection is key. To reduce child mortality due to Acute Respiratory Infection (ARI), the Smart Object Sensing Array invented by Guardit and licensed by Inspire Living Inc., contracted with the global NGO Project HOPE to create a device to aid in the efficient detection of tachypnea, an indication of pneumonia in children, based on Libelium’s e-Health Sensor Platform.
Challenge: Create the first Sensor Network in the Space controlled by Researchers from the Earth
With the successful space launch of ArduSat aboard a H-IIB rocket last Sunday 4th August 2013, the first open satellite platform that allows private citizens to design and run their own applications in space is now in the International Space Station (ISS).
Challenge: Fast design of a radiation detection sensor board for Waspmote in response to the accident in Fukushima.
The creation of the Radiation Sensor Board was motivated by the nuclear disaster in Fukushima after the unfortunate earthquake and tsunami that struck Japan in March 2011. We wanted to help authorities to measure the levels of radiation of the affected zones without compromising the life of the security and rescue teams. For this reason we designed in just 3 weeks a Geiger Counter sensor board for Waspmote, which could read the radiation levels automatically and send the information in real time using wireless technologies like ZigBee and 3G/GPRS to the control point without human intervention.
Challenge: Use the mesh capabilities of ZigBee and other adhoc protocols in a massive deployment of more than 1000 nodes located under the ground in order to enable the car detection in the streets of the city.
SmartSantander is an ambitious project leaded by Telefonica that proposes a unique in the world city-scale experimental research facility sufficiently large, open, flexible and horizontal to stimulate the development of new applications by researchers, companies and citizens. At the same time, the network must provide services to Santander inhabitants such as helping them to find free parking spots and monitoring pollution levels. In this case, Waspmote modularity and flexibility has allowed to incorporate a second communication radio enabling experimentation while ensuring high availability services.
Challenge: Monitoring temperature and vibration on industrial motors to warn when abnormal operation is detected
Inblay Technology, a Mexican company that designs, develops and deploys industrial enhancement systems, has created a platform to monitor industrial motors using Waspmote. This system is able to monitor temperature and vibration on industrial motors, warning when abnormal operation is detected. Waspmotes were installed on the industrial motors and sent the data directly to a management sever, helping to establish a faster and more efficient service.
Challenge: Create a statistical model to predict the appearence of plagues withing the vineyard with wireless sensor networks
Researchers from Grupo Austen, a Spanish company, have developed a system called 'Siega System' that allows to monitor in real-time a bunch of variables in order to create a whole Smart Agriculture system. This system is able to monitor different parameters such as ambient temperature and humidity, soil temperature and humidity or leaf wetness and has been deployed in Pontevedra, a city in the North of Spain.
Challenge: Create a hybrid sensor network between mobile and fixed nodes and integration of water quality specific sensors.
This project was developed by the Institute of Computer Technology in collaboration with the Polytechnic University of Valencia and Telefonica Cathedra in Valencia (Spain). The Smart Water System consist of a mobile wireless sensor network that can be fast deployed in a particular area to monitor water quality by measuring parameters such as PH, conductivity, oxydation reduction potential (redox), disolved oxygen (DO) and turbidity. In this case, modularity and horizontal architecture of Waspmote allowed the customers to easily integrate these new sensors.
Challenge: Real-time conditions controlling of vaccines and other medicines to control whether the cold chain has been broken or not
ARES system has been developed by DeltaZ, a Malaysian company focused on medical products, which has been deployed in several cities in Malaysia. The system is able to monitor several parameters (Oxygen, CO2, Vibration or Temperature among others) in different environments such as medical refrigerators, ultra low temperature freezers or LN2 tanks among others. More than 50 Waspmotes have been deployed in several hospitals in order to control and preserve medical drugs and vaccines.
Challenge: Deploy a mobile wireless sensor network with the sensor nodes located in vehicles.
The EkoBus system was developed in collaboration with Ericsson and deployed in the cities of Belgrade and Pancevo. Several Waspmotes were installed on public transportation vehicles to monitor a set of environmental parameters over a large area as well as to provide additional information for the end-user like the location of the buses and estimated arrival times to bus stops. The GPS and 3G/GPRS modules allowed the Waspmotes to work as autonomous sensor collectors.
Challenge: Use one single sensor network infrastructure to monitor 7 environmental parameters and provide multiple services.
This project has been developed by several companies and leaded by “Fundación CARTIF”. Its main goal was to achieve sustainable management of the traffic in the city of Salamanca by using two key-elements: a pervasive air-quality sensor network along with prediction models. The project required the measurement of 7 parameters: CO, NO2, O3, temperature, humidity, dust particles (PM-10) and noise. The flexibility of Waspmote allowed to integrate all of them in the same sensor node, making the most of each point of the the network deployed.
Challenge: Deployment of sensor networks in harsh outdoors environments.
SISVIA “Vigilancia y Seguimiento Ambiental” deployed a Wireless Sensor Network in Asturias (Spain) in order to detect forest fires by monitoring CO, CO2, humidity and temperature in 210 hectares. In a hard environment like this long range communication links along with low power consumption and solar panels as energy source were Waspmote’s most valuable features.Check the full list of our case studies:
