The PHYSICS project aims to improve and extend the Function-as-a-service model paradigm. In order to achieve this goal it is not only necessary to develop and integrate different components with each other, but there is also a clear need to do it in an agile way with the involvement of several partners.
The requirements for data collections, sharing and processing introduce important considerations on the security and privacy aspects of data owners and their control over their data. While the needs for gathering, sharing, and processing data […]
An ontology is a formal description of domain knowledge that encompasses information about categories, entities, their relationships, and properties. This type of structured information representation follows the paradigm of semantic and linked data and allows […]
Function-as-a-service is an event-driven compute paradigm that allows to execute primarily stateless, and arbitrary code in heterogeneous cloud computing platforms[1][2][3]. PHYSICS is a research project that seeks to enhance this simple FaaS model, some of […]
FaaS is the most central technology in serverless architectures, which allows organisations to focus on code and not on infrastructure. During pandemics, data traffic increased a lot, and major cloud providers put the focus on […]
PHYSICS aims at enabling European Content Services Platform to enhance their offerings from baseline computing services to more advanced business and operational models such as the Function as a Service paradigm. To this end, it […]
The SmartFactoryKL e.V. technology initiative was established in 2005 in Kaiserslautern and now consists of more than 50 organizations from different fields of research. The initiative aims to bring together industrial and research partners within […]
CybeleTech is a French SME, established in 2011, that aims at developing the use of numerical technologies in agriculture. The core products of CybeleTech are based on numerical simulations of plant growth through dedicated biophysical […]
One of the key features of the PHYSICS platform will be the ability to serve a FaaS application in various infrastructures in a distributed manner. For instance, in the agriculture sector, IoT-based applications leverage data […]
