Cloud Orchestration with Azure and OpenStack – The Less Explored Hybrid Cloud
Leverage the benefits of open source, TOSCA orchestration on an Azure and OpenStack hybrid cloud deployment with Cloudify.
Support for FCO in Cloudify
This article was originally published on the DICE blog. Matej and Tadej Borovšak work at XLAB. The article is being re-published with the consent of the authors. Cloudify is an important component of the DICE deployment tool. It enables that the users can describe their applications in a human-readable text format YAML, using a TOSCA
Cloud Management Roundup – Orchestration vs PaaS vs CMP
Orchestration? PaaS, CMP? Feeling confused? Read the definitive breakdownn and comparison of cloud management platforms.
Cloudify 3.4 Has Dropped – Orchestrate All Clouds!
Team Cloudify is very excited to announce the Cloudify 3.4 GA release! This was definitely the most packed release of Cloudify ever and brings with it some major improvements, all of which culminates in support for hybrid environments, with any stack, and on any workload, and covering more than 90% of infrastructures and workloads
Achieving Hybrid Cloud Without Compromising On The Least Common Denominator
Survey says, that hybrid cloud, what once was perceived as virtually mission impossible, is becoming pretty much mainstream. According to this survey, and this survey, some users are currently running on as many as 6 clouds simultaneously on average per organization, with an even split between private and public clouds, both for real
How to Orchestrate VNFs in NFV and Deploy a Skype-like vIMS Application with Cloudify and Clearwater on a Multi-VIM Environment
What is a vIMS on boarding service? It is a virtual phone or even a mobile phone where users can connect to each other, similar to Skype. It is built on the following architecture. Bono, which receives the incoming connection, then sends it to Sprout which acts as the IP gateway with all of
Cloud Migration in the Enterprise
Cloud portability is the ability to move applications and data from one cloud computing environment to another with minimal disruption. There have been numerous attempts and approaches to deal with this challenge on various levels of the stack, such as nested virtualization, containers, API abstraction, PaaS, cloud orchestration, among others. The reality though, is