by Josef Spillner
Ever since the inception of cloud computing as a widespread phenomenon over a decade ago, the issue of API and data structure variety across providers has become a major hurdle to multi-cloud applications. Even in the most recent services such as Function-as-a-Service (FaaS) offerings to build so-called serverless applications, the issue repeats itself with each provider pushing for their own management interfaces and accepted function definitions.
Yessica Bogado and Walter Benítez from Itaipu Technology Park, currently visiting the Service Prototyping Lab at Zurich University of Applied Sciences, are among the active researchers who tackle such practical problems from the perspective of engineering software applications based on microservices. In the park’s distributed systems and parallel computing research team led by Fabio López Pires, they are witnessing first hand the increasing issues of local software and service providers to keep up with cloud trends. Appropriate tooling can therefore help to alleviate the issues. This blog post describes one such tool, the FaaS converter, which has emerged from their applied research. Continue reading
by Josef Spillner
One of the desirable properties which users expect in a modern cloud-hosted application is portability. Users want to migrate portable applications between private and public clouds or between different cloud regions. With container images as portable application implementations and emerging sophisticated container runtimes, this should be an easy task. But when a containerised application starts to become more complex, a container platform or an orchestration tool needs to be deployed. This add specifics blueprints and together with the persistent data makes the migration of the application tough. This means that the application is not in a condition to be moved as easily between clouds or even between the orchestration tools or container platforms, losing the desirable portability property. With the idea in mind that the next generation of Cloud-Native Applications must be deployable to different cloud providers as the requirements change, we are proud to announce the first proof of concept release of os2os, a tool to migrate cloud-native applications between OpenShift installations. While our research on application migration is not limited to this single container platform, we see it as one of the more popular and technically interesting ones.