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The project will develop an open testbed for a real-time data driven society of the future where people, organizations, infrastructure, and sensor systems work together to create a sustainable environment with high quality of life.
Sensative, together with Örebroporten, wants to explore and verify how much we can reduce a property's CO2 emissions and energy consumption with the help of our IoT platform, AI and a relatively low investment in 48 volts micro-grid networks with solar cells, batteries and 48 V lighting, heating systems, and more.
With this project, we focus on telecommunications for humans, in and around the home, and on human-machine interactions. In particular, we innovate and influence standardization and development of telecommunications to support new services with technology-based self-care for chronically ill elderly as a use case.
DAIS approach is to develop intelligent, secure and trustworthy systems for industrial applications to provide comprehensive cost and energy-efficient solutions of intelligent, end-to-end secure, trustworthy connectivity and interoperability to bring the Internet of Things and Artificial Intelligence together.
SIFIS-Home aims at providing a secure-by-design and consistent software framework for improving resilience of Interconnected Smart Home Systems at all stack levels
The goal of the Connected Ship project is to develop and implement a horizontal ship digitalization platform to connect the different digital automation systems and IoT sensor networks across different communication standards on board a ship
In the project we will choose the appropriate AI/ML framework and integrate it into Yggio together with the extension of the public API
The projects goal is to increase knowledge about how the urban energy system of the future can become more resource efficient, robust and contribute to less greenhouse gas emissions.
The project will, with the help pf Machine Learning and AI algorithms, identify common sensor problems for the most interesting sensors in agriculture, including sensors for temperature, humidity, precipitation and wind in weather stations, sensors for soil temperature and humidity, etc. 
An important part of the digitalization process is to connect critical infrastructures to the Internet. This creates a wide range of opportunities for security attacks with a huge potential impact, and thus makes our society vulnerable and unsafe.
The smart digital farm requires a new type of stable digital wireless infrastructure for services that are critical.
IoT Sensors, interconnected data sources and mobile data form the basis of the real-time smart city. The Smart Public Spaces project is a part of Future by Lund. Here we work with solutions for the future city which are based on real-time information where people, organizations, infrastructure and sensor systems work together to create a sustainable environment with a high quality of life.
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