Cybersecurity at the Edge: Difference between revisions
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(Created page with "{{DISPLAYTITLE:MEC - Cybersecurity at the Edge }} __NOTOC__ == ←''Edge Discovery events series'' == <br> === '''ETSI MEC meets vertical markets: ''' === === ''' Cybersecurity at the Edge : Opportunities and challenges toward 6G ''' === 500px|center|class=img-responsive|link=Cybersecurity_at_the_Edge === When ? === * '''Tuesday 10 December 2024''' – 15.30 – 18.30 CET * Remote: This will be in pres...") |
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=== When ? === | === When ? === | ||
* '''Tuesday 10 December 2024''' – 15.30 – 18.30 | * '''Tuesday 10 December 2024''' – 15.30 – 18.30 EET = UTC +2 | ||
* Remote: This will be in presence and remote. | * Remote: This will be in presence and remote. | ||
* Participation free of charge | * Participation free of charge | ||
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* This panel will provide a must-have overview on edge computing cybersecurity, with a special focus on automotive use cases. The speakers, as relevant international experts in the area, will provide a comprehensive view of the state-of-the-art, encompassing standards (e.g. 3GPP, ETSI, IETF), compliance, regulations (ENISA, ETSI, CEN, CENELEC), certification schemes (e.g. EUCC, EUCS, CRA, EU5G), and best practices from industry (e.g. GSMA, 5GAA), including trust management frameworks from research projects (e.g. CONNECT, VERGE, Hexa-X), also with a perspective on recent normative challenges related to adoption of AI. The final goal will be to provide a diverse set of points of view from industry and research, not only to demystify edge cybersecurity, but also to identify promising directions toward future 6G systems. | * This panel will provide a must-have overview on edge computing cybersecurity, with a special focus on automotive use cases. The speakers, as relevant international experts in the area, will provide a comprehensive view of the state-of-the-art, encompassing standards (e.g. 3GPP, ETSI, IETF), compliance, regulations (ENISA, ETSI, CEN, CENELEC), certification schemes (e.g. EUCC, EUCS, CRA, EU5G), and best practices from industry (e.g. GSMA, 5GAA), including trust management frameworks from research projects (e.g. CONNECT, VERGE, Hexa-X), also with a perspective on recent normative challenges related to adoption of AI. The final goal will be to provide a diverse set of points of view from industry and research, not only to demystify edge cybersecurity, but also to identify promising directions toward future 6G systems. | ||
=== Organizers === | |||
* Nurit Sprecher (Nokia, Head of Management, Virtualization and Application Enablement Standardization) | |||
* Dario Sabella (ETSI MEC Chair , xFlow Research Inc. , VP Technology and Standards) | |||
=== Speakers === | |||
* Dario Sabella (Chairman, ETSI MEC – Multi-access Edge Computing) | |||
* Riccardo Masucci (Director of Security and Technology Policy, Intel) | |||
* Claire Vishik (CTO, Stealth Startup, independent security expert) | |||
* Akis Kourtis (Researcher, National Centre for Scientific Research “Demokritos”) | |||
* Ioannis Krontiris (Senior Research Engineer, Huawei) | |||
* Marco Centenaro (Technical Expert, National Cybersecurity Agency of Italy) | |||
* Slawomir Gorniak (Senior Cybersecurity Expert at ENISA) | |||
* Eric Gauthier (GSMA FASG chair, Orange) | |||
=== | === Agenda === | ||
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# Welcome note, setting the scene: [//mecwiki.etsi.org/images/5G_Edge_for_Spatial_Computing_and_Gaming_-_Introduction_-_Nurit_Sprecher.pdf <u>'''unlocking 5G/6G Edge Value for Spatial Computing and Gaming Applications'''</u>] (10 minutes) | # Welcome note, setting the scene: [//mecwiki.etsi.org/images/5G_Edge_for_Spatial_Computing_and_Gaming_-_Introduction_-_Nurit_Sprecher.pdf <u>'''unlocking 5G/6G Edge Value for Spatial Computing and Gaming Applications'''</u>] (10 minutes) | ||
#* Nurit Sprecher, Nokia, ETSI MEC delegate, Spatial Computing and Gaming @ MEC Discovery Event Chair | #* Nurit Sprecher, Nokia, ETSI MEC delegate, Spatial Computing and Gaming @ MEC Discovery Event Chair | ||
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#* Nurit Sprecher, Nokia, ETSI MEC delegate, chair on the MEC discovery event | #* Nurit Sprecher, Nokia, ETSI MEC delegate, chair on the MEC discovery event | ||
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=== Session recording === | === Session recording === | ||
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__INDEX__ | __INDEX__ | ||
__NEWSECTIONLINK__ | __NEWSECTIONLINK__ | ||
Revision as of 12:23, 15 November 2024
←Edge Discovery events series
ETSI MEC meets vertical markets:
Cybersecurity at the Edge : Opportunities and challenges toward 6G
When ?
- Tuesday 10 December 2024 – 15.30 – 18.30 EET = UTC +2
- Remote: This will be in presence and remote.
- Participation free of charge
Abstract
- The edge is becoming a hybrid multi-cloud environment, federating communication and computing assets from operators, service providers and hyperscalers. This fundamental nature of the edge deployments has certainly a huge impact on security, as a user workload may execute in an environment involving multiple stakeholders.
- Additionally, security decisions are in principle very complex and depend on several factors, which need to be analyzed from an E2E perspective, also including terminals and IT infra at the edge. In particular, automotive sector is a key domain where MEC deployments are key to deliver services to customers, and where also there is an increased need for security (due also to the progressive introduction of automated and connected cars, where softwarization and introduction of AI is a ubiquitous phenomenon in all parts of the infrastructure). In that perspective, also AI systems and their related governance, will be a challenge also toward 6G systems, future technology infrastructure will be AI-native and edge-native by design.
- This panel will provide a must-have overview on edge computing cybersecurity, with a special focus on automotive use cases. The speakers, as relevant international experts in the area, will provide a comprehensive view of the state-of-the-art, encompassing standards (e.g. 3GPP, ETSI, IETF), compliance, regulations (ENISA, ETSI, CEN, CENELEC), certification schemes (e.g. EUCC, EUCS, CRA, EU5G), and best practices from industry (e.g. GSMA, 5GAA), including trust management frameworks from research projects (e.g. CONNECT, VERGE, Hexa-X), also with a perspective on recent normative challenges related to adoption of AI. The final goal will be to provide a diverse set of points of view from industry and research, not only to demystify edge cybersecurity, but also to identify promising directions toward future 6G systems.
Organizers
- Nurit Sprecher (Nokia, Head of Management, Virtualization and Application Enablement Standardization)
- Dario Sabella (ETSI MEC Chair , xFlow Research Inc. , VP Technology and Standards)
Speakers
- Dario Sabella (Chairman, ETSI MEC – Multi-access Edge Computing)
- Riccardo Masucci (Director of Security and Technology Policy, Intel)
- Claire Vishik (CTO, Stealth Startup, independent security expert)
- Akis Kourtis (Researcher, National Centre for Scientific Research “Demokritos”)
- Ioannis Krontiris (Senior Research Engineer, Huawei)
- Marco Centenaro (Technical Expert, National Cybersecurity Agency of Italy)
- Slawomir Gorniak (Senior Cybersecurity Expert at ENISA)
- Eric Gauthier (GSMA FASG chair, Orange)