Bienvenue ICT technical standardization – Focus on Cloud Computing Mr. Nicolas Domenjoud Responsable secteur « TIC & Normalisation » – ILNAS/OLN 04 February 2020
AGENDA I – ICT TECHNICAL STANDARDIZATION II – STANDARDS ANALYSIS SMART SECURE ICT III – FOCUS ON CLOUD COMPUTING TECHNICAL STANDARDIZATION 2
AGENDA I – ICT TECHNICAL STANDARDIZATION II – STANDARDS ANALYSIS SMART SECURE ICT III – FOCUS ON CLOUD COMPUTING TECHNICAL STANDARDIZATION 3
ICT TECHNICAL STANDARDIZATION National European International Level Level Level Vienna General Standardization Agreement Electro-technical Frankfurt Standardization Agreement * Telecommunications Standardization * ITU-T 4
ICT TECHNICAL STANDARDIZATION Presidency by ILNAS ILNAS & ANEC Direct involvement Luxembourg’s current involvement AG 1 - Communications AG 10 - Outreach Not involved INFORMATION TECHNOLOGY AG 2 - JTC 1 Emerging Technology and Innovation AG 11 - Digital Twin STANDARDS (JETI) AG 3 - Open Source Software AG 12 - Technical Corrigenda AG 13 - Use Cases for VR and WG 11 AG 4 - Quantum Computing Smart Cities AR based ICT Integration Systems WG 12 AG 6 - Autonomous and Data AG 14 - Systems Integration AGs WGs Rich Vehicles Facilitation (SIF) 3D Printing and Scanning AG 8 - Meta RA and RA for AG 15 - Standards and WG 13 Systems Integration Regulations Trustworthiness SCs AG 16 - Brain-computer AG 9 - Data Usage Interface (BCI) SC 2 SC 6 SC 7 SC17 SC 22 SC 23 SC 24 SC 25 SC 27 SC 28 SC 29 Coded Character Telecommunicati Software and Cards and Programming Digitally recorded Computer Interconnection Information Office equipment Coding of audio, Sets ons and Systems security devices languages, their media for graphics, image of information security, picture, information Engineering for personal environments information processing, and technology cybersecurity and multimedia and exchange identification and system interchange and environmental equipment privacy protection hypermedia between systems software storage data information interfaces representation SC 31 SC 32 SC 38 SC 39 SC 41 SC 42 SC 34 SC 35 SC 36 SC 37 SC 40 Automatic Data Cloud Computing Sustainability, IT Internet of Things Artificial Document User Information Biometrics IT Service identification and management and and Distributed & Data Centres and related Intelligence description interfaces technology Management data captures interchange Platforms technologies and for learning, and IT techniques processing education Governance languages and training 5
ICT TECHNICAL STANDARDIZATION - Evolution of the number of national standardization delegates in ISO/IEC JTC 1 Top representation in JTC 1: o 29 delegates in the IT security domain ( ) o 18 delegates in the IoT domain ( ) o 13 delegates in the Cloud Computing domain ( ) o 27 delegates in the AI / Big Data domains ( ) 01.2020 JTC 1/SC 27 JTC 1/SC 42 JTC 1/SC 41 01.2019 JTC 1/SC 38 JTC 1/SC 39 JTC 1/SC 7 01.2018 JTC 1/SC 40 JTC 1 JTC 1/SC 31 01.2017 JTC 1/WG 11 JTC 1/WG 13 JTC 1/AG 1 01.2016 JTC 1/AG 2 JTC 1/SC 17 JTC 1/SC 32 01.2015 JTC 1/SC 6 JTC 1/AG 7 JTC 1/JAG 01.2014 JTC 1/SC 34 JTC 1/SC 36 JTC 1/WG 10 01.2013 JTC 1/WG 7 JTC 1/WG 9 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 6 Registre national des délégués en normalisation ‐ Janvier 2020
ICT TECHNICAL STANDARDIZATION - 12 ETSI members in Luxembourg: 7
ICT TECHNICAL STANDARDIZATION ILNAS follows some technical areas of particular interest – Examples: - o ETSI/TC CYBER - Cyber Security Responsible for standardization in the area of Cyber Security o ETSI/TC ESI - Electronic Signatures and Infrastructures Responsible for standardization supporting technology Electronic Signatures and related services (e.g. registered electronic delivery, electronic seals) as well as trust service infrastructures supporting such services Supports regulatory requirements such as the eIDAS Regulation as well as general commercial requirements Standards used by the Digital Trust department of ILNAS to supervise trust service providers 8
AGENDA I – ICT TECHNICAL STANDARDIZATION II – STANDARDS ANALYSIS SMART SECURE ICT III – FOCUS ON CLOUD COMPUTING TECHNICAL STANDARDIZATION 9
CONTENT I - Context and objectives of the Standards Analysis Smart Secure ICT II - Results of the Standards Analysis III - Opportunities for the national market 10
CONTENT I - Context and objectives of the Standards Analysis Smart Secure ICT II - Results of the Standards Analysis III - Opportunities for the national market 11
I. Context and objectives of the Standards Analysis Smart Secure ICT A. Context 2010-2020 2020-2030 Pillar 1: Information and communication technologies (ICT) 1 Developing the interest and the involvement of the market 2 Promoting and reinforcing market participation 3 Supporting and strengthening the ICT IS ONE OF THE EaS and related research activities GROWTH SECTORS IDENTIFIED • https://portail-qualite.public.lu/fr/publications/normes-normalisation/avis-officiels/strategie-normative-2014-2020.html 12 • https://portail-qualite.public.lu/fr/publications/normes-normalisation/avis-officiels/politique-luxembourgeoise-pour-la-normalisation-technique-des-TIC-2015-2020.html • https://portail-qualite.public.lu/dam-assets/publications/normalisation/2020/strategie-normative-luxembourgeoise-2020-2030.pdf
I. Context and objectives of the Standards Analysis Smart Secure ICT A. Context 13 • https://hcpn.gouvernement.lu/dam-assets/fr/publications/brochure-livre/national-cybersecurity-strategy-3/national-cybersecurity-strategy-iii-en-.pdf
I. Context and objectives of the Standards Analysis Smart Secure ICT A. Context Relies on previous ILNAS Smart ICT publications Focuses on four Smart ICT areas , considering related Digital Trust challenges and developments from a standardization perspective Provides a monitoring of relevant technical committees and standards Introduces Fora and Consortia identified as relevant in the cybersecurity context Internet of Cloud Things Computing Artificial Intelligence Blockchain & Big Data DIGITAL TRUST 14
I. Context and objectives of the Standards Analysis Smart Secure ICT B. Objectives INFORM IDENTIFY ENCOURAGE DEVELOP “standards - related” about Smart ICT standardization the involvement standardization opportunities for the in the standardization skills and developments national market process collaborations For the benefit of all national stakeholders 15
I. Context and objectives of the Standards Analysis Smart Secure ICT C. Scope of the Standards Analysis - Introduction of Smart ICT technologies main characteristics - Identification and presentation of relevant standardization technical committees as well as identified Fora and Consortia in the context of cybersecurity - Introduction of basic components of Digital Trust for Smart ICT - Identification and presentation of standards published or in development in the selected Smart ICT areas as well as Digital Trust standards developments related to these areas - Identification and presentation of standardization opportunities offered to the national stakeholders in Luxembourg 16
CONTENT I - Context and objectives of the Standards Analysis Smart Secure ICT II - Results of the Standards Analysis III - Opportunities for the national market 17
II. Results of the Standards Analysis A. Smart (Secure) ICT overview - Smart ICT definition Smart ICT corresponds to a holistic approach of ICT development, integration and implementation, where a range of emerging or innovative tools and techniques are used to maintain, improve or develop products, services or processes with the global objective to strengthen different societal, social, environmental and economic needs. It includes, through related interconnected ecosystems, advanced ICT such as Cloud Computing, Big Data and Analytics, Internet of Things, Artificial Intelligence, Robotics, and new ways of gathering data, such as social media and crowdsourcing. - Introduction of fundamental concepts of Smart ICT and related Digital Trust aspects based on standards o Internet of Things : ISO/IEC 20924:2018, Definitions and vocabulary ( new ) ITU-T Y.4000/Y.2060 (06/2012), Overview of the Internet of things o Cloud Computing : ISO/IEC 17788:2014 | ITU-T Y.3500, Overview and vocabulary o Artificial Intelligence and Big Data : ISO/IEC 20546:2019, Big Data -- Definition and Vocabulary ( new ) ISO/IEC 22989, Artificial Intelligence -- Concepts and Terminology ( under development ) o Blockchain and Distributed Ledger Technologies : ISO 22739, Terminology and concepts ( under development ) o Basic Components of Digital Trust 18
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