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security in the openness

Changing the paradigm for security. EU policies. security. eEurope. science & technology. security in the openness. security in obscurity. Security and dependability in FP6. On-line privacy is a key requirement for mobile Information Society

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security in the openness

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  1. Changing the paradigm for security EU policies security eEurope science & technology security in the openness security in obscurity

  2. Security and dependability in FP6 • On-line privacy is a key requirement for mobile Information Society • There is a growing policy intereston technical developments on virtual identity, virtual persona, anonymity, etc. with related tensions and open questions • in IS the personal sphere of individualswould be more and more a technically open environment (AmI, instant networking, smart dust, etc.) • Privacy is a human right that we need to preserve and technologyshould work to avoid a privacy crisis • Security and dependability are key requirements for AmI - they embrace all the attributesand properties of “critical systems” • There is a growing policy intereston security and dependability of information infrastructuresand related interdependencies (economic security, protection of assets and IT investments, etc.) • The IST Advisory Grouphas identified dependabilityasan important topic for AmI - further reinforced after 9/11 • Focussing on dependabilityimplies stimulating an holistic reflection on our dependency on technology

  3. The need for a more integratedapproached in IST • The ISTAG report on Trust and security • To promote/support the migration to the AmI Space paradigm through ensuring rapid and effective communication within the Security community of latest understanding of requirements and options. • High-level advisory group • shaping the relevant programme and its content • being an enabler for the development of new markets • synergy from communication and cross-fertilisation among researchers • ERA dimension + international co-operation dimension

  4. Why an integrated approach to security in Information Society • ICT and applications are more and more pervasive to Society, leading to new types of and larger scale vulnerabilities • Economic and Societal interests go beyond technical security, as they relate to • business opportunities and growth: new business models, virtual enterprising, delocalised workforces, tailored services, digital asset management, economic value of knowledge, etc. • individual: privacy, confidentiality, intimacy, cyber-crime, protection of minors, ethics, etc. • society: new dependencies on volatile technologies, long lasting preservation of knowledge and culture, digital divide, etc. • governments’ recognition and power: interdependencies, critical infrastructures, national defence, social order, international governance, etc.

  5. Why an integrated approach to security in Information Society (2) • More and more intelligence and autonomy go in components/systems at lower and lower scale • large scale systems of casually networked and evolving embedded devices, • mobile codes in heterogeneous and mobile environments, • volatility of networks and service infrastructures • Security issues in the digital environment are global • geographical and jurisdictional boundaries disappeared • the ultimate basis for “trust” and the recognition of “powers” in the digital environments are changing - recognition of states is blurring, new and local “trusted third parties” emerge, etc. • easy, uncontrolled and unlimited access to potentially harmful technologies. • the scale of potential disruptions is global

  6. Example of potential co-ordinated actions in security Specific targeted research projects Securingmobileservices Personal trusteddevices Dependableinfra-structures Privacy National programmes & industrial investments NoE’s to generate knowledge and technologies SecuringContent Basic technologiese.g. crypto, biometrics,... IP’s to generate breakthroughs

  7. Building on Call 1 - S.O. 2.3.1.5 • 89 proposals - 21 IP, 9 NoE, 51 STREP, 8 Other. • Provisional results • 7 IPs on secure IPv6, secure personal devices, identity management, quantum crypto, biometrics, secure justice and secure travel documents; • 2 NoEs on advanced crypto and identity management; • 7 STREPs on secure justice, policy-based network protections, digital passport, smart cards, trust relations, biometrics and CIP. • Overall budget of ~76M€

  8. Constituency Building Derive Research DDSI WG-ALPINE Roadmaps Dependability policy support Active LossPrevention AMSD : Overall Dependability e-business embedded CIP privacy BVN Biometrics PAMPAS mobile privacy & security AMSD dependable embedded systems ACIP critical infrastruct. protection RAPID Privacy / Identity Mgmt RESET Smart Cards STORK Crypto Building on the Roadmap Projects

  9. WEB sites www.cordis.lu www.cordis.lu/ist www.cordis.lu/rtd2002 IST helpdesk Fax : +32 2 296 83 88 E-Mail : ist@cec.eu.int Instruments: http://www.cordis.lu/rtd2002/fp-activities/instruments.htm EoI: http://www.cordis.lu/fp6/eoi-instruments/ IRG Workshop on T&S http://www.cordis.lu/ist/events/workshops.htm ISTAG papers: ftp://ftp.cordis.lu/pub/ist/docs/istag_kk4402464encfull.pdf Roadmap projects: http://www.cordis.lu/ist/ka2/rmapsecurity.html T&S Workshops: http://www.cordis.lu/ist/ka2/rptspolicyconf.htm

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