dRural Gradiška

• SocIoTal will deliver services and application for the citizens depicted during co-creation workshops held in the City of Novi Sad and the City of Belgrade, Serbia
• Elevator supervisor pilot enables automatic monitoring of elevator’s traveled distance and automatic malfunction detection as well as possibility for alerts that will notify the user if service is required
• Mood of the city pilot will tell you how much the city is happy by building a happiness index – metric based on an environmental parameters extracted from the sensors deployed in the city and citizens’ feedback: mood detected from the phone’s camera and scientific questionnaire

• The pilot will demonstrate a new approach to delivery of public services through use of cloud computing
• It is set in the City of Novi Sad, Serbia and is funded by EU as one of five pilots across European cities  offering the same  type of services
• Novi Sad municipality has identified specific services to be implemented within this pilot which will together enable a first step for a family or business moving to (or around) Novi Sad
• An example of these services is a mash-up and visualization of information of interest, i.e. publicly available information: public infrastructure  general safety, capture areas of health centres, pre-schools and schools, population structure, energy efficiency of the buildings, average costs per apartment based on their specific circumstances etc.

• The pilot is set in the City of Novi Sad, Serbia and it is funded by EU as one of four pilots across European cities
• Pilot aims to demonstrate the mobile payment in public transport utilising the QR code, augmented reality (AR) and optical validation
• Pilot will provide a multimodal transport through integration of two transport means (busses and rental bikes) and it will demonstrate interoperability of the payment systems for different transport means
• Partners involved in realisation of this Pilot are DunavNET, JGSP Novi Sad and City of Novi Sad

You can download MobiWallet application from Google Play.

Addressing real end-user social and technical needs in a smart city. The experiment is deployed in Novi Sad in the framework of the OrganiCity platform.

Engaging developers, makers, students, and other citizens to provide additional services/datasets during workshops and hackathons
Datasets will be correlated to identified urban challenges (noise in the city, water quality, traffic, parking…)
Expected results: developers with viable business models will be able to deliver services that have social and economic benefits; at least 2 new services developed on top of OC platform by the community

Experiment duration: November 2017 – April 2018

“Citizens’ observatories” for air quality monitoring

To see live data measurements visit our WEB PORTAL

Project duration: September 2012 – 2016

Visit CITI-SENSE website

Creating a socially aware and citizen-centric Internet of Things!

Project duration: September 2013 – 2016

Secure and smarter cities data management

Project duration: September 2013 – 2016

Crowdsourced experimental environment

Project duration: October 2013 – 2016

Visit IoTLab website

Pilot installation of public services through use of cloud computing

Project duration: February 2014 – 2016

Mobility and transport digital wallet

Project duration: 2014 – 2016

Visit MobiWallet website

Promotion of smart energy usage and sustainable resources through creative games

Project duration: May 2014 – September 2015

Visit Finesce website

Crossroads of content, media, networks and creativity

• Merging of physical and virtual worlds through creative multiplayer games
• Development of AR based games through implementation of algorithms for object detection, localisation and tracking in real time
• Tools development for easy creation of games
• Development of games similar to Avatar with various missions and enabling interactions with real data on location, weather conditions, air pollution, etc.

Project duration: May 2014 – September 2015

Innovative service enabling food producers to improve crops production by optimizing irrigation process using the data from the field, current weather conditions and weather forecast to create an „irrigation“ recipe. The results are:

• efficient irrigation using IoT technologies
• Yields and crop quality improvement
• Rational water consumption
• Reduction of harmful effects on land

Project duration: Jun 2015 – February 2016

Visit irrigNET project

Design and piloting of smart city platform enabling active citizen participation and establishment of smart city service market.

• ICT-enabled Open and Collaborative Government
• Transformation from the current e-government approach into we-government
• Open Data, Open Services and Open Innovation tools

Project duration: February 2015 – 2018

Visite WeLive website

Entropy  integrates technologies that facilitate the deployment of innovative energy aware IT ecosystems for motivating end-users’ behavioral changes towards energy consumption reduction in buildings via:

• Internet of Things (IoT) for interconnecting numerous devices
• Advanced Data Modelling and Analysis techniques for realization of semantic models and knowledge extraction
• Recommendation and Gamification to increase end users’ awareness and adopt energy efficient lifestyles

Project duration: September 2015 – 2018

Visit ENTROPY website

Crowdsourcing-based solution enabling end-users to better protect their privacy.

• User-friendly tools for interacting with websites, smartphone applications and the Internet of Things
• Highly scalable privacy monitoring and protection solution
• Building a global knowledge database of identified privacy risks, together with online services to support companies and other stakeholders in becoming privacy-friendly
• Working in close interaction with standardization bodies

Project duration: 2015 – 2018

Visit Privacy Flag website

Aiming to enable mass market products to join IoT world by combining functional ink technology, printed NFC, crowd sourced secure scanners and cloud based data analytics. TagItSmart project is a part of  the IoT European Platforms Initiative (IoT-EPI).

• Functional ink will be used to print QR codes with embedded ability to sense temperature, humidity, elapsed time etc. which combined with printed NFC will give not only the unique identity to each item, but also ability to understand the environment and the context of the item throughout the product lifetime
• Smart phones and smart glasses based scanning, combined with appropriate incentives will facilitate involvement of consumers in the process giving them additional information and services related to the item they are using, while at the same time providing valuable information to the manufacturers about how their products are used

January 2016 – January 2019

Visit TagItSmart website

• Combining complementary RRI-SSH expertise encompassing social and economic sciences, communication, crowdsourcing, living labs, co-creative workshops, meetups, and personal data protection to actively engage end-users and citizens in the large scale pilots
• Developing toolkit for LSPs end-user engagement and adoption
• Providing direct support and making recommendations for tackling IoT adoption barriers, including educational needs and sustainability models for LSPs and future IoT pilots’ deployment in Europe

Project duration: 2017 – 2020

Visit U4IoT website

• Cloud-based machine learning and data analytics algorithms for detecting stress patterns enabling early prevention of chicken health hazards
• Integration with poultryNET, our poultry farm management solution to enable a comprehensive and holistic poultry farm management
• CHAT! is supported by H2020 DIATOMIC project

Project duration: 2018 – 2019

• Pilots are used to demonstrate and evaluate how innovations and extended capabilities benefit from the interoperability mechanisms employed
• The pilots have been organized into five major clusters: Arable Crops, Precision Farming, Fruit and Vegetables, Livestock and Supply Chain, involving 60 partners, 25 deployment sites, 6,000 farmers and over 38,000 devices and sensors
• Our focus within the project is on Disease prediction and supply chain transparency for Orchards/vineyards, Transparent supply chain in poultry industry and Optimal chicken farm management

Project duration: 2019 – 2022

Visit DEMETER website