About The Project

iKaaS Project Updates

iKaaS receives Best Booth Award at EUCNC 2017.

14/ Jun/ 2017
EUCNC 2017

The iKaaS project did receive the "Best Booth Award" at the EUCNC 2017, held in Oulu, Finland from 12-15th of June. The exhibition comprised some 40 stalls, showing both commercial and research demos. The iKaaS booth was voted as the best demo at this years conference.

iKaaS will be present at EUCNC 2017, Oulu, Finland, June 13-15, 2017

13/ Jun/ 2017
Oulu, Finland

iKaaS will be present at EUCNC 2017, Oulu, Finland, June 13-15, 2017 with an exhibition booth that will demonstrate project results such as the power of the iKaaS platform, in terms of combining Local and Global Clouds to provide optimal service deployment, smart virtual object as a service and Knowledge as a Service for building innovative, cross-border, situation-aware applications. Aspects of iKaaS pilots and use cases will be showcased: a) Environmental health in Madrid; b) Community service in Tago - Nishi and (c) Assisted living in Smart City.

CloudWATCH2 final event to take place in 20th September in Amsterdam

20/ Sep/ 2017

CloudWATCH2 final event to take place in 20th September in Amsterdam http://www.cloudwatchhub.eu/summit

This is an excellent opportunity for stakeholders active in the cloud computing area, to learn more not only about technical advances in the area, but also about market opportunities as well as legal issues that need to be accounted for when rolling out cloud based services.

iKaaS Project

iKaaS set out to pave the way towards trouble free multi-cloud service provisioning, envisioning a scenario where users are not just consumers of services and resources but can also play the role of a provider of -in many case otherwise underutilized- resources.

During the project, significant work has taken place to deliver a secure, robust and scalable multi-cloud platform. Towards this end a set of use cases (5 in total) in the broader smart cities/homes area was identified, not only matching the interests and daily business of project partners, but also calling inherently for the joint consideration of IoT, Big Data and Cloud challenges. The ethical and privacy issues that may arise especially in a cross-border setup were also identified and appropriate processes and measures have been put in place.

Following a structured and joint consideration of IoT, Big Data and Cloud requirements, the architecture of the iKaaS platform together with the interfaces specification was developed. The architecture further decomposes the original idea of a multi-cloud environment onto a set of components and their needed functionalities for accommodating the whole lifecycle of a service rolled out using the iKaaS platform. The platform design also supports the notion of "Knowledge as a Service (KaaS)" allowing third parties to become both consumers as well as providers of data (raw or processed) and even functionalities of/to the platform.

The identified components and supported functionalities were further elaborated with their final specification and algorithmic implementation being delivered together with data model components of the unified iKaaS data model. The project also implemented the components (iKaaS toolbox) for use and manipulation in cloud infrastructures in formats widely supported to maximize further uptake and integration of components in iKaaS platform instantiations, which allowed for real-life use case validation.

The real-life validation confirmed that the use of Docker containers in conjunction with Kubernetes provides a lightweight yet powerful combination that can support services with diverse requirements in terms of performance, scalability, underlying technologies and algorithmic complexity.

As iKaaS has made its toolbox publicly available at https://gitlab.atosresearch.eu/ari/ikaas_pub and https://hub.docker.com/u/ikaas/, this can be used by stakeholders of similar nature to the iKaaS project partners to roll out services for their citizens (in the case of Public Administrations) or commercial customers (in case of Health Support Service Providers, Town Management Service Providers as well as Technology/Solutions Providers).

It is also worth noting that as many of the iKaaS developed components are very generic in nature, their applicability is not tight strictly to Smart City scenarios but might as well constitute a basis for cloud based deployments in other application domains (e.g. manufacturing, supply chain etc). More details on the use of the developed components can be found in the D4.5 deliverable (all publicly available deliverables can be found under the Impact/Deliverables section of the website).