Co-financed projects
IZERTIS participates in the AETHERIA project
The objective of the AETHERIA project - Digital Identity and Intelligent Analysis Platform for Sectoral Data Spaces - is to have a platform that allows any citizen to transform their medical data - regardless of the format, physical or digital - into HL7 FHIR, store it in a secure digital wallet, and share it in a verifiable and private way with hospitals or research centres.
IZERTIS participates in the STELLAR project
The objective of the STELLAR project - Surface TExturing with Laser for Large Areas with Riblets - is to address existing needs such as providing a clean, flexible, environmentally friendly, and energy-efficient surface profiling. To this end, laser technology will be used for the mass production of Riblets, which reduce drag on technical surfaces in multiple applications and sectors.
IZERTIS participates in the GRAPERTE project
The GRAPERTE project “Innovative transformation of the wine route towards a more digitalised and sustainable sector” aims to promote innovation and digitalisation throughout the wine sector by fostering sustainable, competitive, and resilient agri-food production, with funding from the PERTE Agri-food aid lines within the framework of the Recovery, Transformation and Resilience Plan (Next Generation funds).
IZERTIS participates in the CONSUMe project
The European Commission is seeking a climate-neutral economy by 2050, with an emphasis on decarbonisation and the use of renewable energy. "Energy communities" play a key role in this transition, empowering citizens, small businesses and local authorities to generate and consume their own renewable energy, turning them into "energy prosumers".
IZERTIS participates in the GENSEO project
For companies in the rural tourism sector, generating high-quality, relevant digital content is essential to achieve good search engine positioning and increase visibility among potential clients, which is key to their survival. However, generating this content requires a high dedication of resources, which is often beyond the reach of small businesses.
IZERTIS participates in the Q-CARE project
The objective of the Q-CARE project “Quantum computing and AI to revolutionise excellence and digitalisation in the health sector” is the application of Advanced Artificial Intelligence (AAI), quantum computing and quantum-inspired technologies for the identification of new chemical compounds, reconstruction of phylogenetic trees and optimisation of healthcare processes, diagnosis and treatment of chronic diseases.
IZERTIS participates in the FoodCarbon project
La industria agroalimentaria es una de las mayores responsables de las emisiones de gases efecto invernadero a nivel mundial. Por lo tanto, cualquier acción en este sector de aplicación, tendrá un potencial exponencial a nivel de descarbonización de los procesos productivos.
IZERTIS participates in the UTERIAM project
The development of three-dimensional (3D) tissue models that allow the study of the physiology and pathology of different biological structures, without the need to use animal models or invasive procedures to obtain samples, represents great progress in the study of multiple diseases, including cancer.
IZERTIS participates in the PRAVIA project
The PRAVIA project “Industrial competitiveness based on corporate knowledge management through Artificial Intelligence” falls within a context of digital transformation impacting various industrial sectors, where the adoption of emerging technologies such as artificial intelligence (AI) and data analysis is helping to optimise operational and decision-making processes.
IZERTIS participates in the TAPIA project
The TAPIA project “Digital passport for regulatory compliance in the industry” is presented as an opportunity for the incorporation of distributed ledger and digital identity technologies, specifically through the implementation of the Digital Product Passport (DPP) on blockchain, with the objective of digitalising and tracing the information generated throughout a product’s manufacturing process, ensuring its transparency, accuracy, and security.
Izertis participates in the ORGANAIDES project
ORGANAIDES: Industrial research for the generation of new approaches in the creation of tumour organoids supported by artificial intelligence (AI) protocols.
Izertis participates in the INTRUST4ALL project
INTRUST4ALL: Industrial trust for all
IZERTIS SA, the MORE_SYMMETRY project, file number 020/C720/0094956, has as its main objective the design and implementation of a system that allows monitoring the progression of variables measuring the evolution of COVID-19, in order to notify healthcare personnel in advance if they start to worsen.
The project has been subsidised under the 2020 call for grants for technological development based on artificial intelligence and other enabling digital technologies within the strategic action for the digital economy and society of the national R&D&I programme oriented to societal challenges and the national programme for business leadership in R&D&I.
IZERTIS SA, the IDENTFY project, file number 2021/C005/00150739, has as its main objective research for the design, development, and validation of components for digital wallets, biometric solutions, and decentralised digital identity monitoring and verifiable credentials.
The project has been subsidised under the 2021 call for grants for research and development projects in artificial intelligence and its integration into value chains.
Izertis participates in the PQC-BAAS project
Quantum computing, based on qubits or quantum bits, represents a paradigm shift from classical computing and enables enormous computational power using the properties of quantum mechanics and state superposition. This opens up new and incredible opportunities in science and business, but also new threats.
Izertis participates in the KIBOT project
The KIBOT project: Research on the performance of a kiwi plantation using 4.0 technologies has as its main objective to investigate new variables related to the vegetative development of the kiwi plant that make it possible to estimate the yield of a kiwi plantation quickly, reliably, and at low cost, months before the fruit appears, to have enough time to take actions to increase it if it is not as expected, and to identify possible pests or diseases that could affect the plant before irreversible damage occurs.
Izertis participates in the IA-BION project
The general objective of the IA-BION project: Artificial Intelligence applied to bioprinting and the extraction of information from oncological cultures is the automation of the study of the behaviour of three-dimensional tumour cell cultures to identify patterns and new variables and relationships that contribute to understanding cancer behaviour and advancing global knowledge of the disease.
PHYSIO CSCI 2022 RESPIRATORY REHABILITATION DEVICE USING ELECTROSTIMULATION FOR PATIENTS WITH CERVICAL SPINAL CORD INJURY (CSCI) EXP 00144774 / IDI-20221018
The PHYSIO CSCI 2022 project aims to research, develop, and test with patients a system for respiratory rehabilitation using electrostimulation for patients with cervical spinal cord injury (CSCI). The project will be carried out by COCEMFE Toledo Servicios Múltiples, S.L., and IZERTIS, with the support of the technological innovation centre Tecnalia Research & Innovation, and the National Hospital for Paraplegics. The role of CTS, in addition to leading the project and ensuring its efficient management, will consist of textile research and development of the device.
Funded by CDTI:
EBSI-VECTOR - EBSI enabled VErifiable Credentials & Trusted Organisations Registries
The Digital Europe project «EBSI-VECTOR», which started on 1 June 2023 with a two-year duration, held its official Kick-Off Meeting on 5 July 2023. This project arises from the unique historical moment we are living, where digital transformation represents a step forward from the mere adoption of enabling technologies towards a process guided by a strategy of revisiting and redesigning existing ways of living, working, doing business, and managing public good.
Izertis participates in the NEURON-DONES project
The project “NEURON-DONES: Industrial research in critical technologies for the operation and maintenance of large scientific facilities applied to IFMIF-DONES to advance the path of fusion”, in which OROLIA, CUERVA, EMPRESARIOS AGRUPADOS, ENIGMEDIA, IZERTIS, NEGRATIN, PLAIN CONCEPTS and SENER AEROESPACIAL participate, file number MIG-20221067, has been subsidised by CDTI – Centre for the Development of Industrial Technology and Innovation – through the 2022 ‘CDTI Missions’ Programme call, and by the European Union – NextGenerationEU – Recovery, Transformation and Resilience Mechanism.
Izertis participates in the QAI project
The QAI project “Quantum Artificial Intelligence: Quantum Machine Learning in Finance” aims to meet technological knowledge and financial solution needs in areas such as Fraud Detection, Risk Analysis or Customer Segmentation, through research and development of a hybrid quantum-classical algorithmic architecture of Machine Learning models (QML), understood as Quantum Artificial Intelligence (QAI), focused on generating ideas from automatic pattern recognition.
Izertis participates in the N0WASTE project
The N0WASTE project, entitled “New technologies for the reduction and recovery of waste in perishable products for a sustainable Basque food sector”, in which ONDOAN, EROSKI, IZERTIS, LOINTEK, ORLOGA, PLASTIGAUR, SEGULA TECHNOLOGIAS, TECNIPESA and UDAPA participate, has been financed by SPRI under the HAZITEK 2022 programme.
Izertis participates in the STELA project
The main objective of the STELA project is the research and development of an intelligent manufacturing system for the processing of materials at sub-millimetric levels (micro-processing) using laser technology as a manufacturing tool, as well as its validation in three relevant applications in sectors with high industrial impact (automotive, water treatment and food).
Izertis participates in the NIBLO project
The main objective of the NIBLO project is to research solutions based on LiDAR (Light Detection And Ranging) technology, artificial intelligence and blockchain for application in traceability and in-plant logistics.
Izertis participates in the KAIROS project
KAIROS is a pilot innovation initiative, scheduled to end in 2025, whose objective is to research cutting-edge technologies to develop a solution for the efficient manufacturing of large composite parts for the naval sector with a high degree of automation, quality, and cost optimisation.
Izertis participates in the BaaSS project
The BaaSS project “Hardening of Blockchain systems: Blockchain as a Service’s Securization” has as its main objective the research into technologies to be implemented to guarantee information security within an ecosystem of Blockchain networks, including all types of networks using different implementations of the technology.
Izertis participates in the VARKINSON project
The objective of the VARKINSON project is the development of a system for assisting in the diagnosis and monitoring of Parkinson’s disease based on computer vision and using indicators collected through the UPDRS (the globally accepted scale for the evaluation of Parkinson’s disease symptoms), with the objective of providing objective information in relevant areas.
European Regional Development Fund (ERDF)
A way to make Europe
Izertis participates in the ATOMORIS project
The objective of the project is to define procedures and develop platforms that enable cybersecurity to be considered and integrated throughout the lifecycle of industrial products and systems by using agile development methodologies, automation tools and advanced maintenance strategies.
Izertis receives support for the incorporation of university graduates for the development of R&D&I activities
IZERTIS has received funding for the incorporation of personnel for the development of R&D&I activities, specifically for the project “Development of a defect detection and anomaly prediction system on multiple materials based on computer vision, artificial intelligence, and IoT” within the framework of the Jovellanos programme.
Izertis participates in the MULTIHUB project
The Multimodal Charging Hub project for the promotion of urban transport electrification, MULTIHUB, in which IZERTIS participates, has received funding from the budget of the Department of Economic Development, Sustainability and Environment and from the Basque Country ERDF 2021-2027 Programme (file no.: ZE-2021/00034).
Izertis participates in the SecureWorld project
SecureWorld aims to address the challenges of Spanish companies operating in a data-driven economy, facing existing digital transformation and regulatory requirements. To this end, SecureWorld researches cybersecurity, privacy, and data governance technologies to safeguard the privacy and security of all actors in the data value chain, including end users.
Izertis participates in the TISSUE4SKIN project
The TISSUE4SKIN project “Development of 3D bioprinting processes for skin from surplus human tissues stored in tissue banks”, carried out by IZERTIS with the collaboration of Fundación IDONIAL as a subcontracted entity.
Izertis participates in the Q-CoS project
The Q-CoS project “Quantum Computing in an Adapted Conventional Computer Simulation”, developed by IZERTIS, has been co-financed by IDEPA under the grants programme aimed at the implementation of R&D projects in the Principality of Asturias.
Izertis participates in the ALIMES Project
The ALIMES project, in which our company participates, focuses on the personalisation of nutrition tailored to the needs of each individual in the senior segment (population over 65 years old). In fact, Asturias has one of the most aged populations in Spain.
Izertis coordinates the international MULTI-AI project
Izertis leads the consortium of the MULTI-AI project, in which the Romanian companies Beia Consult International SRL and PETAL S.A., the Belgian company Phoenix AI S.A., and the Belgian industrial research centre Sirris also participate.
Izertis leads the eHealth project
eHealth is a project led by IZERTIS that aims to apply digital technologies to prevent the onset of chronic diseases with higher prevalence in the region.
Izertis participates in the 4DPrintEN project
The main objective of the project is the development of a manufacturing process using 3D printing for low-consumption portable and intelligent devices capable of generating different voltages in response to external stimuli, with the aim of efficiently capturing and harvesting electrical energy.
Izertis participates in the AIGECO II project
The AIGECO II project “Smart aggregator of electrical generation and consumption with the active participation of the client” has been co-financed by the Department of Economic Development, Sustainability and Environment of the Deputy Ministry of Technology, Innovation and Competitiveness of the Basque Government within the HAZITEK programme.
Izertis leads the SSI 4.0 project
The main objective of the project is the research and experimental development of technologies to achieve a new scope of digitalisation, optimisation, and improvement of the industry, focusing on building trust relationships between the different actors and systems of the industrial ecosystem, as well as on managing the sovereignty, integrity, and confidentiality of the information exchanged between them (credentials, designs, production data, etc.).
Izertis receives support from FICYT to promote the internationalisation of R&D&I
Izertis has received support from the Foundation for the Promotion in Asturias of Applied Scientific Research and Technology (FICYT) to promote the internationalisation of R&D&I in 2020.
Izertis participates in the Neuroeye project
Early diagnosis of Alzheimer’s through the retina. The initiative, known as ‘Neuroeye’, investigates a non-invasive procedure to identify neurodegenerative lesions in the retina and cornea.
Izertis participates in the BioPrintIA project
The general objective of the BioPrintIA project is industrial research into a new treatment based on the generation of new cell-based, functionalised, and personalised bioimplants using innovative elements.
Izertis participates in the Segres project
The objective of SEGRES: “Developing an Industry 4.0 resilient to complex attacks through research in Artificial Immune Systems - SECurity and RESilience” is to generate disruptive innovations in the field of industrial cybersecurity.
Izertis participates in the Segres project
The objective of SEGRES: “Developing an Industry 4.0 resilient to complex attacks through research in Artificial Immune Systems - SECurity and RESilience” is to generate disruptive innovations in the field of industrial cybersecurity.
