In Pledger, a dedicated and deployed core component, the SLASC Bridge, is connecting and representing the SLA contractual terms on blockchain equivalents. Through the use of smart contracts, which are mainly software modules that are […]
The complexity and heterogeneity of distributed computing infrastructures pose significant challenges for management and service deployment. Heading to more complex environments, the development of intelligent and self-managed orchestration mechanisms is key to optimizing resource utilization […]
We are witnessing a wave of emerging cloud computing technologies and services that empower advanced applications from different vertical sectors, with diverse requirements. Also, there is a movement from top-down designed architectures, applying centralized resource […]
The default method for a user to interact with specific data on the ledger is determined by blockchain wallets. Wallets, in theory, provide a layer of well-defined data access based on the appropriate features that […]
In recent years, financial and insurance organization are producing large volumes of digital data from a variety of sources including traditional enterprise systems, e-banking and mobile-banking transaction processing systems, social media platforms, as well as […]
We are delighted to have the opportunity to participate in the #WFRM (Wildfire Risk Management) Clustering event. This fruitful union effort was held in order to share experiences, make a plan for common communication activities, […]
The Project The SecureGas project focused on the 140.000 km of the European gas network covering the entire value chain from production to distribution to the users, providing methodologies, tools and guidelines to secure existing […]
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 from sensors […]
H2020 PHYSICS is developing a novel FaaS (Function-as-a-Service) infrastructure for Serverless computing, which aims at unleashing the powerful of developers in implementing and deployingend-to-end FaaS workflows across multi-cloud environments. In this direction, PHYSICS built upon […]
PHYSICS aims at democratizing and easing the deployment of the FaaS paradigm, through offering developers with popular, easy-to-use tools and techniques for designing and implementing FaaS applications. It also aims at boosting the deployment of […]