Prototypes

cloudWatcher aims at monitoring customised health metrics (e.g., the availability of a cloud service and its performance, the status of the network, the performance of a VM’s disk) of multi-Cloud OpenStack systems, by providing configurable alerts associated with such measurements, and it is extensible to accommodate further metrics. Such an objective is pursued through a design that is based on a declarative and modular methodology for monitoring multiple datacentres (DCs).

declarative prototype to partition multi-component applications employing information-flow security methodologies in order to exploit the Separation Kernel (SK) technology.

Declarative prototype for FaaS applications orchestration onto Fog infrastructures.

Continuous reasoning for managing next-gen Cloud-IoT applications in continuity with the CI/CD pipeline.

Probabilistic SKnife is a declarative prototype to evaluate the expected cost of all the partionings of an application with their cost.

yRCA enables identifying the possible root causes for a (failure) event to happen in a service instance in a multi-service application, only based on the application logs.

Tool for data-aware service placement and data routing in the Cloud-IoT continuum.

Chaos Echo Service can be used to create applications to “chaos test” solutions for fault resiliency in multi-service applications (e.g., fault recovery, detection, or root cause analysis).

Solomon++ is a declarative open-source framework to represent hierarchical smart environments, user-set goals and customisable energy-aware mediation policies to reconcile contrasting (user and/or global) goals and relative actuator settings, encompassing multiple IoT systems considering also user roles and sustainability objectives.

A declarative solution for placing and configuring applications in Osmotic Computing settings.