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INESC TEC
INESC TEC
INESC TEC
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InterConnect

INESC TEC

About the Project

Interoperable Solutions Connecting Smart Homes, Buildings and Grids

The underlying concept of InterConnect is the Semantic Interoperability, which is the ability that digital systems have to exchange data with unambiguous, shared and agreed meaning, a steppingstone for the implementation of the Digital Single Market and enablement of cross domain data spaces. This is supported via ontologies, such as SAREF, and knowledge exchange mechanisms, allowing different providers and companies to offer competitive and cost-effective solutions whilst avoiding lock-ins or closed vertical technology implementations. The main innovation of the project is to deploy the concept of semantic interoperability into practice on a large scale, validating acceptance by key market stakeholders from domains for energy and smart buildings. To fulfil the objective of deploying semantic interoperability on a large scale, the first step was to define a reference architecture for the project, that resulted from a detailed state-of-the-art analysis of relevant IoT related reference architectures. The cross-domain semantic interoperability is the transversal and core innovation of the project upon which all the developments concerning the semantic interoperability are made, interpreted by the developed Semantic Interoperability Framework (SIF). Different semantic components are being used to support energy and non-energy services to be demonstrated in seven different pilots in Portugal, France, Belgium, the Netherlands, Germany, Italy, and Greece. InterConnect is aligned and actively contributes to EC initiatives, promoting the SIF to foster semantic interoperability as the needed game changer to unlock cross-domain data spaces. This work has been supported in several initiatives, with the architectural discussions that will lead to the integration within the European Data Spaces or GAIA-X initiative, particularly in terms of data sovereignty, creation of semantic knowledge capabilities in those associations and leveraging from the learned lessons from manufacturers associations and alliances in the Interconnect large scale pilots.
Acronym

InterConnect

Responsible

David Emanuel Rua

Status

Concluded

Starting Date

January 1, 2019

Ending Date

January 31, 2024

Effective End Date

January 31, 2024

Global Budget

€29,999,513.02

Funding

€3,224,949.96

Datasheet

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Associated Centres

Power and Energy Systems

INESC TEC’s main actor in the energy field is the Centre for Power and Energy Systems (CPES), which falls within the Cluster Energy Systems. We at CPES are internationally recognised for our expertise in the integration of renewable energy in power systems, distributed generation, storage, smart grids and areas traditionally associated with the planning and operation of power systems. The high level of expertise developed has allowed our experts at CPES to take on key roles in important EU projects as part of the successive framework programmes that led to notable scientific and technical advances with considerable impact on industry. This has led to contracts for development and consultancy with companies manufacturing equipment and with generation, transmission and distribution companies, regulators, government agencies and investors in Europe, South America, the United States of America and Africa. At CPES, we address the following main research areas: Decision Making, Optimisation and Computational Intelligence, Forecasting, Static and Dynamic analysis of Energy Grids, Reliability, Power Electronics.

Power and Energy Systems

High-Assurance Software

At the High-Assurance Software Laboratory (HASLab), we improve practice through theory, creating and implementing software that goes beyond mere functionality: we ensure it is correct, resilient, and secure against failures and attacks. Our team of researchers, scientists, and engineers has proven expertise in software engineering, developing methods and tools to design and integrate robust software; in distributed systems, exploring distribution and replication to ensure scalability and reliability; and in information security, addressing cybersecurity challenges and improving systems with advanced, secure cryptographic protocols, thus minimising vulnerabilities. With a multidisciplinary approach supported by solid theoretical principles, we develop innovative solutions for critical software, secure cloud infrastructures, and privacy-aware big data management, driving scientific advancement, innovation, and high-level consultancy. In addition, we complement our core expertise with work in human-computer interaction, programming languages, computational mathematics, and quantum computing - because we believe the future of trustworthy software is built on knowledge and innovation.

High-Assurance Software

Telecommunications and Multimedia

The Centre for Telecommunications and Multimedia (CTM) welcomes close to 200 members, including at least 100 integrated researchers who carry out scientific work in the fields of communications, Artificial Intelligence, and computer science and engineering. The Centre’s activities cover several Research and Development (R&D) domains: Communications and Electronics Radio Frequency Technologies Optoelectronics Microelectronics Wireless Communication Networks Computer Perception Computer Vision applied to Medical Imaging Computer Vision applied to Digital Media Computer Audio applied to Music With multidisciplinary teams that include dozens of PhDs, CTM is strongly committed to both European and national research projects, as well as consultancy projects with industry.

Telecommunications and Multimedia