Edge Devices In Space Exploration For Real-time Satellite And Spacecraft Monitoring – The future Internet of Things and edge computing could revolutionize the way production and processes are organized and monitored across strategic value chains.

Along with artificial intelligence (AI) and big data, the Internet of Things (IoT) is at the heart of the digitization of the world economy. Data collected by sensors can be monitored and fed back to trigger action, gain insight, or react to another connected object hundreds of miles away. By moving processing to the edge, we can avoid unnecessary communication and storage costs while applying machine learning and AI to identify data patterns that affect physical processes or businesses.

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Considering the exponential growth of connected devices and systems, data processing and analytics are becoming the engine to digitize our economy, society and environment. As devices become increasingly smarter to collect, process and transmit data and enable real-time actions, IoT is at the heart of this digital transformation, combining devices, data, computing power and connectivity.

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IoT creates an intelligent environment with digital technology in the way we improve our lives. 41 billion IoT devices are expected to be deployed by 2025 (International Data Corporation). This leads to exponential growth of data and pushes computing operations and data analysis to the forefront.

Edge computing is based on multi-layer technology that enables management and automation of connected IoT devices. It is a logical evolution of the dominant cloud computing model, avoiding the transfer of mission-critical data to the cloud, supporting resilience, real-time operations and security, privacy and protection. At the same time, it reduces energy consumption and our carbon footprint. In edge computing, processing moves from a centralized point, close to (or even to) the IoT device: the ‘edge’ or perimeter of the network.

Research, innovation and deployment of the next generation of IoT will require strong edge computing capabilities to support Europe’s digital autonomy in future ICT systems. This is achieved by creating a computing continuum – from stacks of edge devices to the cloud – and involves building a smart platform powered by major European players.

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As a starting point for discussions on next-generation IoT strategy, the Next Generation Internet of Things (NGIoT) project held a workshop on cloud-to-edge-to-IoT in September 2020, which addressed the technology challenges and competitive impact. European stakeholders in light of their role in the data economy.

In March 2021, the Commission’s Fireside Chat workshop mobilized a small number of expert stakeholders from sectors such as aerospace, agriculture, automotive, construction machinery, home and industrial automation, with the aim of formulating a European strategy for IoT in the future and advanced computing, with a market window of 5 years.

A general consensus was also reached among competitors on the need for reliable IoT and edge computing platforms and orchestration mechanisms to support the next phase of digitalization. Industrial stakeholders welcomed the Commission’s initiative to provide R&I support under Horizon Europe, bringing together joint ventures for key digital technologies and smart grids and services; Partnerships in AI, Data and Robotics; and adoption-oriented initiatives in sector data spaces and new consortia.

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In April 2021, following the Fireside Conversation, the NGIoT and Edge Computing Strategy Forum – co-organized by the Commission with the EU-IoT project – brought together technology experts from various digital sectors and verticals to exchange views on priorities, challenges and opportunities. .

The forum also created a shared strategic vision for next-generation IoT and (remote) computing in Europe. It welcomed 30 speakers and 300 attendees in 14 plenary sessions on the concepts of system ecosystems and alliances, integration platforms, reliability and foresight, sparking insightful discussions throughout the event.

Horizon Europe: Following the success of Horizon 2020, Horizon Europe will contribute more than €150 million to R&I under its 2021-22 ‘Global Big Data and Computing Technologies: Cloud to Edge to IoT for Data’ European’ calls. Edge trends with the development and deployment of next generation computing components, systems and platforms. It enables the transition to computing continuum with strong capabilities at remote ends in an energy-efficient and reliable manner.

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Under Destination 3 of Horizon Europe Group 4, the Commission has selected a set of projects to deliver value for next-generation meta-operational systems in key industrial and social applications such as buildings, vehicles, agriculture and energy, which require more. a lot Computing power at the limit in the coming years. 6 research and innovation measures – ICOS, FluiDOS, NEMO, NebulOus, eros and NEPHELE – and 3 coordination and support measures – OpenContinuum, Unlock-CEIum, and HiPEAC – with the aim of receiving 64 million euros from EU funding and building an advanced European IoT and ecosystem. A new web portal will support the emergence of such an open ecosystem by publishing open calls at eucloudgeiot.eu, specifically targeting medium-sized businesses, SMEs and start-ups. The group was announced during the European Future Platforms for IoT and Edge session at the June 2022 edition of Dublin IoT Week and will launch on 1 September, with Unlock-CEI and HiPEAC launching on 1 June and 1 December respectively.

Cluster 2: Among other program areas such as Culture, Creativity and Inclusive Society, IoT is considered a critical enabler to achieve the goals of the United Nations Sustainable Development Goals and the European Green Deal. For example, industrial digitalization provides opportunities for remote monitoring of air and water pollution, optimization of the way energy and natural resources are used, and responsible operations in the aforementioned vertical sectors.

Digital Europe: Together with Horizon Europe, the Commission’s Digital Europe (Digital) program brings data and cloud services to EU businesses, citizens and public administrations, aiming to create common European data spaces in the sectors of agriculture, mobility and various verticals. Complemented by powerful, reliable and energy-efficient cloud infrastructure. In April 2021, the Open DEI project published a position paper highlighting the importance of such data spaces in creating a future data economy through sovereign data sharing not only within sectors but across them.

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It will strengthen existing AI Test and Experiment Facilities (TEFs) in areas such as digital health and mobility and subsidize European Digital Innovation Centers to boost the digitalisation of SMEs and help European companies become more competitive in the digital age.

These new initiatives are building on the success of Horizon 2020. The Digitalization of European Industry (DEI) area prioritizes ecosystem building, platform interoperability, technology integration, standardization and validation through large-scale pilots and TEFs. It focuses on the following key areas: agriculture, energy, manufacturing, mobility, healthcare and smart communities.

The EU supports the development of industrial IoT platforms, essential for the integration of key digital technologies into real-world applications, processes, products and services. Complementing various policy initiatives, the Commission made available around €400 million through its Horizon 2020 program for platform-building and large-scale piloting efforts under the DEI focus area. Some of these projects have already been completed or are nearing completion, while others have just started and will run until 2023.

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The Commission launched the Alliance for IoT and Edge Computing Innovation (AIOTI) to support the creation of a European industry-driven IoT ecosystem. To better understand this ecosystem, a June 2019 study surveyed the landscape of physical and virtual clusters of enterprises, research institutes and academia working on the development and commercialization of IoT technologies and applications.

The Research and Advanced Technology Association for the Intelligent Embedded Systems Industry (ARTEMIS-IA) represents members of European industry, SMEs, universities and research institutes in electronic components and systems for the European Leadership Joint Undertaking (ECSEL-JU). ARTEMIS-IA promotes the research and innovation interests of its members to the Commission and to the governments of participating Member States.

The EU merges digital technology with green energy: highlights of the CINEA Energy Data Workshop in line with the Energy Digitalization Plan and REPowerEU goals.

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Today the Commission welcomes the submission of Alliance members on two key deliverables: updated new technology industrial strategy guidelines and cloud-based platform requirements for the aerospace, security and defense sector.

The Commission welcomes the political agreement reached this week between the European Parliament and the Council of the EU on the European Data Act proposed by the Commission in February 2022.

A landscape report on energy and flexibility data models and interoperability in the energy, mobility and buildings sectors

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This report provides an overview of current interoperability and data exchange standards that can accelerate optimal system integration of distributed renewable assets in a cost-effective manner.

The EU actively collaborates with industry, institutions and academia to unlock the potential of the Internet of Things in Europe and beyond.

The Commission has contracted several large-scale innovation pilots to help digitize the industry, including the health sector.

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In recent years, the Commission has set up several large-scale pilots (LSPs) to help boost the digitalization of industry in Europe and beyond.

The European Union’s Digital Decade policy program sets out our goals for digital transformation, targeting 10,000 climate-neutral edge nodes. That means cloud, edge and internet

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