An IoT (Internet of Things) system applied to the oyster farms from the Loughs Agency in Derry to help monitor the environmental conditions while the oysters are growing. The system uses wireless technology to sense conditions such as water oxygen levels, chlorophyll, and temperature and send the data back to a remote database which can be accessed from anywhere by staff. This service is developed by Derry City & Strabane District Council and piloted in coordination with the Loughs Agency in Derry & Strabane (UK).

This service consists in a digital app to assist inspectors to manage the levels of oyster harvesting. It is an innovative service that simplifies the inspection process allowing the access to more accurate information, better traceability and improved reporting. This service is developed by Derry City & Strabane District Council and piloted in coordination with the Loughs Agency in Derry & Strabane (UK).

MES (Manufacturing Execution System) IT solution, for fish, shellfish, algae, processing Industries. An integrated system of software and hardware, designed for the control of production, quality, food safety, traceability, stock, picking and distribution. The system is planned to be piloted at Mytilimer, a French company that works with shellfish and demonstrates a complete industrial workflow of an oyster box of 1,4 Kg.

MES (Manufacturing Execution System) IT solution, for fish, shellfish, algae, processing Industries. An integrated system of software and hardware, designed for the control of production, quality, food safety, traceability, stock, picking and distribution. The system is piloted at NorteSea, a seafood company in the Norte region in Portugal.

ELOXIRAS is an innovative process for the treatment and reutilization of marine and brackish water to enhance the productivity and reduce the environmental impact of recirculating aquaculture systems (RAS).  This service is developed by Gobierno de Cantabria and piloted in an aquaculture company in Cantabria (ES).

The Region of Crete will focus activities for energy saving and carbon emission reduction in the Lissithi Plateau.  These actions include retrofit of 990 non-efficient public lighting luminares in the area with energy efficient LEDs.  They will address transport emissions by facilitating electric bikes for use by visitors to the area and by local citizens to commute between villages.  Information energy points will be provided in municipal school buildings to depict energy-usage visualisations to educate students about energy-saving.  Plateau residents may also attend training on energy-saving issues. 

These actions will implement energy efficiency activities including introduction of SMART lighting, sensors, remote monitoring and LEDs in the Savinjska region.  There will also be a 'positive energy challenge' where families compete to effectively reduce energy consumption in their domestic households.  Finally, a digital application will be developed to educate citizens on methods to reduce energy consumption and benefit from financial savings.

Tohmajärvi Municipal Council have procured a new education centre where they intend to implement innovative energy-saving solutions to help reach ambitious environmental targets. Contractors were instructed to aim for an energy performance class of A or B (on a scale of A–G).  This is in line with Action 2 where The Regional Government of North Karelia decided in October 2019 that North Karelia will apply for a membership in the HINKU Network as a region. The region has now met the criteria and this status was acheived in June 2020.

These Actions support improvement of energy efficiency and distribution of public lighting in order to ensure traffic safety, visual comfort, energy saving and reduced light pollution in the Iași Municipality.  This will be achieved with energy efficient LEDs and a remote management system.  The Iași Clinical Hospital for Recovery will also experience a major retrofit to increase the energy efficiency rating from Class D to Class B.  This is achieved by applying a knowledge transferred concept of deep renovation with innovative solutions for the building envelope, lighting, lifts and implementation of renewable energy use solutions. 

A series of activities to be conducted in five regional hospitals that will include installation of a Solar PV Plant for solar cooling and also a reduction in energy consumption with LED lighting.  Building envelopes will be adapted and construction of thermal insulation in polyurethane foam among other renovations to improve energy efficiency in this category of municipal building.