ProjectsOur current and past projects

FIESTA-IoT provides a Blueprint Experimental Infrastructure for Heterogeneous IoT Technologies

FIESTA-IoT is providing a meta-testbed IoT/cloud infrastructure to enable the submission of experiments over the interconnected/interoperable underlying testbeds. Hence, researchers and engineers will utilise a single entry point to all FIESTA-IoT EaaS services using a single set of credentials. They will be able to design and execute experiments across a virtualised infrastructure i.e. access the data and resources from multiple testbeds and IoT platforms using a common approach. FIESTA-IoT offers tools i) to design and execute experimental workflows, ii) dynamically discover IoT resources, and iii) access data in a testbed agnostic manner.

FIESTA-IoT provides IoT Experiment as a Service atop a middleware infrastructure that adapts and federates existing IoT platforms and testbeds. This entails the adaptation of the data of those testbeds to a common FIESTA-IoT ontology (i.e. compliance to common semantics), as well as the provision of a common standards based API for accessing the IoT services of the testbeds.

FIESTA Concept

Project lifetime: 02/2015 to 01/2018, University of Thessaly is participating as an Open Caller

Project's websitefiesta-iot.eu/

Current Projects

  • HELIX

    HELIX (funded by GSRT) is a convergence-building instrument for the coordination of research-oriented eInfrastructures in Greece. It is comprised of Read More
  • 5G-Picture

    The explosive growth of mobile internet traffic introduces the need to transform traditional closed, static and inelastic network infrastructures into Read More
  • Monroe

    Overview MONROE will build a dedicated infrastructure for measuring and experimenting in MBB and WiFi networks, comprising both fixed and Read More
  • FIESTA

    FIESTA-IoT provides a Blueprint Experimental Infrastructure for Heterogeneous IoT Technologies FIESTA-IoT is providing a meta-testbed IoT/cloud infrastructure to enable the Read More
  • 1
  • 2
  • 3
  • 4