Abstract: Techniques for improved storage in a multi-cloud computing environment are provided. For example, a system manager for a storage system comprises a client interface layer configured to provide one or more application programing interfaces for one or more clients accessing the storage system, and a client interface layer handler configured to manage the one or more application programing interfaces of the client interface layer. Further, the system manager comprises a unified storage resource interface layer configured to provide a set of application programming interfaces to enable access for the one or more clients to a storage resource layer operatively coupled to the unified storage resource interface layer. The storage resource layer comprising one or more public cloud platform-based storage resources and a blockchain manager that coordinates access to one or more enterprise-level storage resources and one or more individually-owned storage resources.

Abstract: Techniques are provided for a multi-cloud operations center for function-based applications. One method comprises obtaining source code for a function of multiple functions of an application, where the function is hosted in a first cloud environment of multiple distinct cloud environments, generating adapted source code from the source code to migrate the function to a second cloud having a different cloud environment; and deploying the function to the second cloud having the different cloud environment using the adapted source code. The source code may be automatically updated for the at least one function for the multiple distinct cloud environments. The function may have a corresponding network address that identifies the function across multiple distinct cloud environments, and network address redirection is performed based on a given cloud environment on which the function is deployed.