Roadmap Timeline
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2029
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2022
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2024
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2025
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2026
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2027
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2029
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2030
High-Assurance Intelligent Infrastructures
2020-2025
Problem description
As small, connected devices evolve from being an Internet of Things (IoT) towards a true intelligent infrastructure (II), vulnerabilities in such devices become more and more critical.
Research aspect: Need to investigate possible threats to IIs, besides those affecting individual components; improve the security of OS and applications of IoT devices; provide orchestration framework supporting the security-by-design paradigm, including resilience and privacy protection.
Industrial demand: There is a huge market for IIs in a variety of domains, e.g., manufacturing, transportation, domotics, health & well-being, smart-cities. While the industry devoted to the manufacturing of hardware and software components for individual components (sensors, actuators, networking) is thriving, the full potential of IIs will be achieved only through the provisioning of a secure-by-design development framework for large-scale II.
Social aspect: IoT technology is already threatening the users’ privacy. As society will become more and more dependent on IIs, the availability of IIs is also bound to become a natural target for attackers. IIs are also likely to become a powerful attack vector (cf. Mirai attack). IIs will be widely accepted by society only if the security of their functioning will be ensured. Applied privacy-enhancing technologies as a part of a privacy-by-design framework will increase the trustworthy of IIs and IoT services and applications in society.
Industrial demand: There is a huge market for IIs in a variety of domains, e.g., manufacturing, transportation, domotics, health & well-being, smart-cities. While the industry devoted to the manufacturing of hardware and software components for individual components (sensors, actuators, networking) is thriving, the full potential of IIs will be achieved only through the provisioning of a secure-by-design development framework for large-scale II.
Social aspect: IoT technology is already threatening the users’ privacy. As society will become more and more dependent on IIs, the availability of IIs is also bound to become a natural target for attackers. IIs are also likely to become a powerful attack vector (cf. Mirai attack). IIs will be widely accepted by society only if the security of their functioning will be ensured. Applied privacy-enhancing technologies as a part of a privacy-by-design framework will increase the trustworthy of IIs and IoT services and applications in society.
Final goal: Secure-by-design development framework and toolkit supporting the design, development and verification of security-critical, large-scale distributed II systems.
Benefits for EU: Virtually all industry sectors in the EU would gain a competitive edge with this technology, as it would enable them to offer secure products to the market. Additionally, the products will be natively in line with privacy regulations and standards.
Domain (JRC Taxonomy): Security, Audit, and Certification; Cryptology, Data Security and Privacy; Identity and Access Management; Network and Distributed Systems; Software and Hardware Security Engineering; Theoretical Foundations; Trust Management, Assurance and Accountability
Sector (JRC Taxonomy): Energy; Government and Public Authorities; Health; Maritime; Tourism; Transportation; Smart Ecosystem; Supply Chain; Public Safety
Relation to emerging technologies: IoT; Mobile devices; Edge Computing
Benefits for EU: Virtually all industry sectors in the EU would gain a competitive edge with this technology, as it would enable them to offer secure products to the market. Additionally, the products will be natively in line with privacy regulations and standards.
Domain (JRC Taxonomy): Security, Audit, and Certification; Cryptology, Data Security and Privacy; Identity and Access Management; Network and Distributed Systems; Software and Hardware Security Engineering; Theoretical Foundations; Trust Management, Assurance and Accountability
Sector (JRC Taxonomy): Energy; Government and Public Authorities; Health; Maritime; Tourism; Transportation; Smart Ecosystem; Supply Chain; Public Safety
Relation to emerging technologies: IoT; Mobile devices; Edge Computing