SMART Tags Driven Service Platform for Ecosystems of Connected Objects
Explore the H2020 Research and Innovation Framework Programme focusing on creating a service platform powered by SMART tags to enable connected object ecosystems. The project aims to develop connected mass-market products with unique identities that can report on their environment. The overall vision includes functional ink, printed NFC optical tags, crowd-sourced readers, and cloud IoT for the mass-market domain. Discover the research challenges and consortium involved in this innovative initiative.
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Presentation Transcript
H2020 research and innovation framework programme SMART TAGS DRIVEN SERVICE PLATFORM FOR ENABLING ECOSYSTEMS OF CONNECTED OBJECTS Dr Sr an Kr o
Concept overview Services
Overall objective Connected mass market products with unique identity that can report on their environment
Overall vision Functional ink and printed NFC Optical tags Crowd sourced readers Cloud IoT for mass-market domain
Research challenges Composition as a Service: - Objects linking (WoT, SDKs) - Service templates - Complex information Service Intelligence Consumer: - Contextual Information - QoS, QoI - Security and Privacy - Lower barriers - Incentive - Augmented Reality Smarter Objects: - Contextual Information - Object Identity Scale/Heterogeneity FunCODES FC - Scanners IoT / Connected Objects
Consortium Serbia: DunavNET, Univerexport UK: Fujitsu Laboratories of Europe, Univ. of Surrey, Evrything ltd., Unilever Finland: VTT, UPC Consulting ltd. Italy: Univ. of Padova Romania: Siemens srl. Sweden: Thin film Electronic AB Austria: Durst Phototechnik Dig. Technology GmbH France: P le des Industries du Commerce Spain: Lmental Sostenibilitat i Futur, S. Coop. Netherlands: Resonance Design Web: www.tagitsmart.eu Email: info@tagitsmart.eu
H2020 research and innovation framework programme srdjan.krco@dunavnet.eu
