Abstract: A computing infrastructure that includes one active site and one passive site. Each site includes a private cloud connected to a public cloud, at least one virtual machine, a replication module to replicate each protected virtual machine in the other site, and at least one site recovery manager module paired with the corresponding site recovery manager module in the other site. The at least one site recovery manager module is configured to synchronize disaster recovery configuration information including at least one group of protected virtual machines and at least one recovery plan via the pairing, and to execute each recovery plan in case of disaster. Each site also includes a cloud orchestrator configured to update disaster recovery configuration information in each site recovery manager module on request.

Abstract: A method for automatically maintaining an Infrastructure as Code of a resource space hosted on a cloud platform. The method includes detecting a specific label associated with the resource space after a relevant modification of the resource space. When the specific label is detected, then, filling a template with at least one monitoring metric, cloning a remote repository from an internet hosting service, writing the filled template into a local repository, pushing the local repository to the remote repository, and monitoring the resource space by deployment of the at least one monitoring metric upon detection of the push. Otherwise, when the specific label has been deleted, cloning the remote repository, deleting the filled template from the local repository, pushing the local repository to the remote repository, and canceling the monitoring upon deletion of the at least one monitoring metric.

Abstract: A method for the rapid, automatic, and adaptative deployment of a cloud environment that is secure, that adapts to different hardware architectures, network architectures, cloud services, technologies, and user needs, and that requires minimal user input. Configuration data may be generated for a collection of software components, which may include user inputs and randomly generated data. This data may be stored in a configuration database that is updated as deployment proceeds. Available hardware such as servers, storage, and networks may be discovered automatically and added to the configuration database. An initial software component may be deployed to coordinate subsequent steps, and then additional software components may be deployed in a sequence that considers dependencies. Software components may be organized into deployment groups. Users may select subsets of the components to deploy. The deployed cloud environment may be tested and validated automatically.

Abstract: A system for managing security on a cloud management platform portal (CMPP (1)), the system comprising a set of routines (scripts) which are executed on a computing device or processor allowing the cloud management platform portal to contact a cloud automation service (CAS (4)) so as to provision services to a customer, and a ServiceNow (2) (SNOW) application comprising at least one of a set of routines comprising at least one of certain specified network Standard Service Requests and/or network activity Standard Service Requests.

Abstract: A control interface for deployment of an application, the control interface running on a specific cloud provider and connected to a plurality of other control interfaces running on a plurality of cloud providers, wherein the control interface is connected to a cloud provider database storing a description of each cloud provider. The control interface includes a cloud driver specific to the cloud provider on which the control interface is running, the cloud driver allowing the control interface to instruct the cloud provider to deploy components of the application. The control interface includes means to receive an attribute file describing the application to deploy; means to select for each component of the application, based on the descriptions provided by the cloud provider database and the attribute file, a cloud provider suitable for the deployment; for each selected cloud provider, means to send to the corresponding control interface the component to deploy.

Abstract: A method, system, and computer-readable storage medium for creating and executing containerized applications in cloud computing are disclosed. For example, one method involves identifying a command. Such a command indicates an application to be executed by a compute node. The method also involves generating a job for transmission to the compute node. The job indicates a container. The compute node, upon receipt of the job, is configured to create an environment for such a container, execute the application within the container, and generate results of the execution of the application.

Abstract: The invention concerns a No-SQL repository dataBase (RepoDB (12B)) for handling multiple legacy environments and registering a wide variety of configurations (software and hardware, and cloud) by storing technical data to support the end-to-end (E2E) automation and authorization of standard service requests (SSR) and wherein a table stored in RepoDB (12B) is configured to hold data in No-SQL format and for providing managed services (standard service requests) in very complex environments using at least one other database (Oracle or Mysql or MS SQL or DB2) and for the automation of database SSR.

Abstract: A computing infrastructure (INF) comprising one active site (AS) and one passive site (PS), each including: a private cloud (PRC) connected to a public cloud (PC); at least one virtual machine (VM); a replication module (RM) to replicate each protected virtual machine (VM) in the other site (AS, PS); at least one site recovery manager module (SRM) paired with the corresponding site recovery manager module (SRM) in the other site (AS, PS), configured to synchronize disaster recovery configuration information including at least one group of protected virtual machines (VM) and at least one recovery plan via the pairing, and to execute each recovery plan in case of disaster; a cloud orchestrator (CO) configured to update disaster recovery configuration information in each site recovery manager module (SRM) on request.

Abstract: The invention relates to a control interface (CI) for the deployment of an application, said control interface (CI) running on a specific cloud provider (CP), said control interface (CI) being connected to a plurality of other control interfaces (CI) running on a plurality of cloud providers (CP), said control interface (CI) being further connected to a cloud provider database (CPD) storing a description of each cloud provider (CP) of the plurality of cloud providers (CPD), the control interface (CI) comprising: a cloud driver (DI) specific to the cloud provider (CP) on which the control interface (CI) is running, said cloud driver (DI) allowing the control interface (CI) to instruct the cloud provider (CP) to deploy one or more components of an application; means to receive, from a user (USR), an attribute file describing an application to deploy; means to select, for each components of the application, based on the descriptions provided by the cloud provider database (CPD) and the attribute file, a cloud pr

Abstract: A method, system, and computer-readable storage medium for a reconfigurable computing system are disclosed. One method involves configuring one or more computing resources (selected according to a workflow that specifies an application to be executed) of a computing node and executing, using the one or more computing resources, at least a portion of an application at the computing node. At least one of the one or more computing resources is a reconfigurable logic device, and the configuring, at least in part, configures the reconfigurable logic device according to a configuration script of the workflow. The executing comprises performing one or more operations. The one or more operations are performed by the reconfigurable logic device. The reconfigurable logic device is configured to perform the one or more operations by virtue of having been configured according to the configuration script.

Abstract: One method involves configuring one or more computing resources (selected according to a workflow that specifies an application to be executed) of a computing node and executing, using the one or more computing resources, at least a portion of an application al the computing node. At least one of the one or more computing resources is a reconfigurable logic device, and the configuring, at least in part, configures the reconfigurable logic device according to a configuration script of the workflow. The executing comprises performing one or more operations. The one or more operations are performed by the reconfigurable logic device. The reconfigurable logic device is configured to perform the one or more operations by virtue of having been configured according to the configuration script.

Abstract: A method, system, and computer-readable storage medium for creating and executing containerized applications in cloud computing are disclosed. For example, one method involves identifying a command. Such a command indicates an application to be executed by a compute node. The method also involves generating a job for transmission to the compute node. The job indicates a container. The compute node, upon receipt of the job, is configured to create an environment for such a container, execute the application within the container, and generate results of the execution of the application.

Abstract: Aurora Service broker for Cloud Foundry platform wherein the Aurora Service broker comprise an hardware and software arrangement to form an interface between the Cloud Foundry platform and Amazon Web Service (AWS) allowing the AWS Service available to applications through Cloud Foundry platform.

Abstract: Cloud Foundry platform system comprising at least: a Cloud controller, a Service Broker, a Service Backend constituted by several Service instances, each linked to at least one Application, in a Droplet Execution Agent pool (DEA pool), a Graphic User Interface (GUI) and a platform diagnostic coupled with probes providing information on the recourses status of the system wherein the hardware and software arrangement forming the Graphic User Interface comprising a set of personalized activated interface cellules which can be manipulated by the user, and each can generate after their activation a piece of specific instruction, each specific instructions will be combined by the Graphic User Interface and transited to the Cloud controller using a routine and according to the resources available determined by the platform diagnostic, in a command, which replace the regular command entered by the user in a Command Line Interface.