GSC16-PLEN-24 - GSC-16 Halifax Canada 2011

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Transcript GSC16-PLEN-24 - GSC-16 Halifax Canada 2011

Document No:
GSC16-PLEN-24
Source:
ITU
Contact:
Bilel Jamoussi
GSC Session:
PLENARY
Agenda Item:
6.4
ITU-T Identity Management
Update
Bilel Jamoussi, Chief, SGD/TSB ITU
Abbie Barbir, Q10/17 Rapporteur
Halifax, 31 Oct – 3 Nov 2011
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Highlight of IdM Current Activities
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ITU-T Joint Coordination for IdM (JCA IdM) is now under SG 17
umbrella.
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JCA IdM has developed an inventory of major national, regional
and international Identity Management initiatives
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ITU-T works collaboratively with other key bodies including:
OASIS,ETSI; Kantara Initiative, OMA, NIST,ISO/IEC JTC 1/SC 27,
ISO/IEC JTC 1/SC 38, etc..
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ITU-T’s IdM focus work is on enhancing identity identification and
enrolment through the development of better authentication
assurance frameworks. Enhanced trust through open trust
Frameworks, Identity in the Cloud, identity based services for
mobile and finances and interoperability of diverse IdM capabilities
in telecommunications.
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The JCA-IdM analyzes IdM standardization items and coordinate
an associated roadmap
Halifax, 31 Oct – 3 Nov 2011
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Coordination and collaboration
ITU-T Joint coordination activity in
IdM JCA-IdM
Halifax, 31 Oct – 3 Nov 2011
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Highlight of IdM Current Activities
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Published ITU-T IdM Recommendation
• Y.2720, NGN identity management framework
• Supplement to Y.2704, Y.NGN Certificate Management
Certificate management
• Y.NGN IdM Use-cases (Technical Report)
• X.1250, Baseline capabilities for enhanced global identity
management trust and interoperability
• X.1251, A framework for user control of digital identity
• X. 1252 Baseline identity management terms and definitions
Recommendation in Advanced Stages
• X.1253 (X.idmsg), Security guidelines for identity management
systems, approved September 2011
• X.eaa/ISO 29115, Entity authentication assurance framework.
• Working with OASIS on synchronizing with SAML 2.0 and
XACML 3.0 and their equivalent ITU-T Recommendations
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Y.NGN trusted SP requirements, NGN Requirements and Use
Cases for Trusted Service Provider Identity
Halifax, 31 Oct – 3 Nov 2011
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Highlight of IdM Current Activities
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Draft Recommendation in progress
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Y.NGN-OAuth Support for OAuth in NGN
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Y.NGN-OOF, Framework for NGN Support and Use of OpenID and
OAuth
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Y.NGN-OpenID, Support for OpenID in NGN
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X.atag, Attribute aggregation framework
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X.authi, Guideline to implement the authentication integration of the
network layer and the service layer
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X.discovery. Discovery of identity management information
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X.giim, Mechanisms to support interoperability across different IdM
services
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X.idmcc, Requirement of IdM in cloud computing
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X.idmgen, Generic identity management framework
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X.idm-ifa, Framework architecture for interoperable identity management
systems
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X.mob-id, Baseline capabilities and mechanisms of identity management
for mobile applications and environment
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X.oitf, Open identity trust framework
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X.priva, Criteria for assessing the level of protection for personally
identifiable information in identity management
Halifax, 31 Oct – 3 Nov 2011
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Current Q10/17 IdM Focus
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Interoperability of identity management
– X.giim, Generic IdM interoperability mechanisms
– X.idm-ifa, Framework architecture for interoperable identity management
systems
– X.idm-cloud, identity in the cloud
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Trust of identity management
– X.authi, Authentication integration in IDM
– X.EVcert, Extended validation certificate
– X.eaa, Information technology – Security techniques – Entity authentication
assurance
– X. OITF, Open identity trust framework
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Discovery of of identity management information
– X.discovery, Discovery of identity management information
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Protection of personally identifiable information
– X.1275, Guidelines on protection of personally identifiable information in the
application of RFID technology
– X.priva, Criteria for assessing the level of protection for personally identifiable
information in identity management
Halifax, 31 Oct – 3 Nov 2011
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Challenges for IdM
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Trend is towards the support of strong authentication in online
transaction. A major challenge is how to enable the use of
strong authentication techniques and best practices in an
interoperable and secure fashion.
Identity Federations based on standardized trust model and
global interoperability of diverse identity management
schemas are major inhibitors to wide scale deployment of IdM
capabilities
Development of just in time secure cloud standards for identity
provisioning, de-provisioning and the control of fine grain
authorizations.
Enhance online trust, reducing fraud and identity theft while
protecting PII.
Halifax, 31 Oct – 3 Nov 2011
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Conclusions
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Identity based services is a key technology for cloud
based SaaS
Online transaction requires means for identification of all
parties involved in a transaction
There need for open interoperable trust frameworks for
IdM
Identity Management continue to be a key security
enabler for mobile and wireless interactions
Protection of Personally Identifiable Identifiers (PII) is a
required capability for IdM systems
Halifax, 31 Oct – 3 Nov 2011
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Q&A
Discussion
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Backup
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OID Resolution system
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Provides information associated with any object identified by an
OID:
• access information
• child node information
• OID-IRI canonical form
Joint work between ITU-T SG 17 and ISO/IEC JTC 1/SC 6 since
Oct. 2008 (draft Rec. ITU-T X.oid-res | ISO/IEC 29168)
Get an OID identifier arc assigned for identifying cybersecurity
organizations, information, and policies
Will specify:
• OID resolution architecture
• OID resolution protocol (probably based on DNS)
• operation of the OID resolution service
• security and trust of the OID resolution process
• etc.
Halifax, 31 Oct – 3 Nov 2011
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Object Identifiers (OIDs)
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One of many identification schemes
Basically very simple: A tree
Arcs are numbered and may have an associated
alphanumeric identifier (beginning with a lowercase)
Infinitely many arcs from each node (except at the root)
Objects are identified by the path (OID) from the root to a
node
A Registration Authority (RA) allocates arcs beneath its
node to subordinate RAs, and so on, to an infinite depth
The OID tree is a hierarchical structure of RAs
Standardized in the ITU-T X.660 | ISO/IEC 9834 series
(ITU-T SG 17 and ISO/IEC JTC 1/SC 6)
Originated in 1985, still in use!
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