244 results about "Cloud deployment" patented technology

A system configured to facilitate selling hybrid cloud services comprises a plurality of user interface structures each coupled to an information processor. A first user interface structure is configured to request information characterizing deployment of an application within a current operational infrastructure. A second user interface structure is configured to display a recommended deployment infrastructure supporting migration of the application thereto. A third user interface structure is configured to display information characterizing migration of the application to the recommended deployment infrastructure. The information processor is configured to receive the current application deployment characterizing information from the first user interface structure, to determine the recommended deployment infrastructure using at least a portion of the current application deployment characterizing information, and to determine the information characterizing migration of the application to the recommended deployment infrastructure using at least a portion of the current application deployment.

The invention provides a software deployment method and a software deployment system of a virtual network function network element and relevant equipment. According to the method, firstly, a software updating message is sent to the virtual network function network element or a network element management system corresponding to the virtual network function network element through a VNFM (virtual network function manager), and further, the virtual network function network element or the network element management system carries out software updating on the virtual network function network element according to the software updating message, and returns a software updating notification message. The VNFM updates a software version corresponding to the virtual network function network element according to the software updating notification message, and the consistency of the software version information between the virtual network function network element and the VNFM is ensured. Compared with the prior art, the software deployment method of the virtual network function network element provided by the embodiment of the invention can be used in cloud deployment scenes and has better adaptability.

A decision system for providing ranked candidate cloud computing environments to customers for migration of subscribed services. The decision system can receive user usage history data and compare parameters of subscribed services on a host cloud to candidate clouds. Based on the comparison, a rank of candidate clouds for migration of the subscribed services can be determined and supplied to the customer.

A system configured to facilitate brokering hybrid cloud services selects information requests for characterizing an information technology application. The system responses to the information requests and determines a plurality of sets of the responses each used for deriving a value of a respective one of a plurality of factor functions. The system determines a plurality of assessment results each derived using values for of a respective set of the factor functions. Each one of the assessment results characterizes a respective aspect of deploying the information technology application within a cloud environment.

A cloud computing environment consists of a cloud deployment platform and a cloud management server configured to manage a plurality of virtual machines deployed in a cloud infrastructure. When a request to deploy an application to the cloud infrastructure is received by the cloud deployment platform, application deployment errors are monitored and tracked. A unique identifier is generated for each virtual machine, and requests to instantiate the virtual machines in the cloud infrastructure are then transmitted. A log containing error records that identify the occurrence of deployment errors is monitored based on the generated virtual machine identifiers, where the deployment errors are detected by the cloud deployment platform or the cloud management server. Based on the monitoring, error messages are generated by the cloud deployment platform.

In a method for cloud deployment, programmer input in a programming language is received, the programmer input including i) a built-in function corresponding to making electronic objects accessible on a network, and ii) a parameter indicating an electronic object. The programmer input is evaluated to cause the electronic object to be stored on a server and made accessible via a network coupled to the server.

The present invention extends to methods, systems, and computer program products for monitoring cloud-runtime operations. Embodiments of the invention include an infrastructure for initiating and monitoring (e.g., asynchronous) cloud-runtime operations. In some embodiments, cloud-runtime operations are included in a sequence of operations (e.g., in a workflow) for deploying or purging cloud based resources for a customer premise. Accordingly, monitored operations include creating cloud deployments, growing cloud deployments, shrinking cloud deployments, and deleting cloud deployments. Cloud deployments can be reliably deleted when a workflow is aborted, to prevent accrual of unexpected charges.

Embodiments relate to systems and methods for identifying service dependencies in a cloud deployment. In particular, a deployment module can receive usage data from a host cloud comprising data related to end user operation of a set of services in the host cloud as well as service dependencies among the set of services. In embodiments, the deployment module can determine candidate target clouds in which to deploy the set of services. Further, in embodiments, the deployment module can determine whether the candidate target clouds have a capacity to support the set of services, as well as whether services within the candidate target clouds are compatible based on the service dependencies.

The invention relates to the technical field of cloud deployment, and provides a management method and device based on a Kubernetes cluster and a computer readable storage medium. The method comprisesthe following steps: determining configuration information required by the Kubernetes cluster, opening a container service, creating a service cluster, and deploying an application container; whereinthe step of opening the container service comprises the step of creating a control cluster in a specified VPC, and the configuration information comprises configuration information of basic resources, configuration information of a cluster scale, configuration information of a cluster network and configuration information of Kubernetes applications. The technical problem of how to switch from cloud host deployment to containerized deployment is solved. By means of the technical scheme, only the service cluster needs to be created, containerized services can be deployed in the service cluster,a user does not need to master professional knowledge of Kubernetes, the learning cost of the user is reduced, and service management is facilitated.

This disclosure provides the ability for a cloud application to specify its security requirements, to ability to have those requirements evaluated, e.g., against a specific cloud deployment environment, and the ability to enable the application to control a cloud-based security assurance service to provision additional security technology in the cloud to support deployment (or re-deployment elsewhere) of the application if the environment does not have the necessary topology and security resources deployed. To this end, the application queries the service by passing a set of application-based security rights. If the security capabilities provided by the security assurance service are sufficient or better than the application's security rights, the application functions normally. If, however, the security environment established by the security assurance service is insufficient for the application, the application is afforded one or more remediation options, e.g., issuing a request to upgrade the security environment, or the like.

Correlations between patterns of events generated by various separate components within a cloud deployment are statistically determined. The determinations of the correlations can be based on dependencies between the components as indicated by a system topology graph including the components. The patterns correlated can be patterns of events from event streams generated by monitoring systems that monitor the components. The events in the event streams can represent changes over time in component state, behavior, or problem occurrence. Because the quantity of components within such a cloud deployment can be enormous, the quantity of events generated by the monitoring systems over a significant period of time can be voluminous.

The application relates to a device and a method for specifically and dynamically deploying and capturing malicious samples by using a honeypot. The device comprises a virtual honeypot, a central control system and a cloud deployment platform. The method comprises the following steps: capturing attack activities and attack features by using the virtual honeypot; uploading the captured attack features to the central control system by the honeypot; analyzing the uploaded attack features by the central control system; starting a high interaction honeypot of vulnerabilities corresponding to the attack features by the cloud deployment platform; and importing virtual honeypot traffic into the started high interaction honeypot, wherein the corresponding high interaction honeypot is infected. According to the device and the method, a low interaction honeypot cooperates with the high interaction honeypot based on a vulnerability service or system; the malicious samples are detected rapidly by using the low interaction honeypot; the high interaction honeypot based on the vulnerability service or system is deployed rapidly by the cloud deployment platform; and the high interaction honeypot based on the vulnerability service or system cooperates with the low interaction honeypot to realize capturing of the malicious samples.

The invention provides a private cloud deployment method. The method comprises steps: a container cluster environment is deployed according to acquired container cluster environment deployment information, a container mirror corresponding to OpenStack module service set for the node by a user is acquired from a container service mirror warehouse, and a corresponding container is started according to the acquired container mirror in the container cluster environment; a cluster node set by the user is received, and the cluster node is announced to deploy a specified operation system according to the specified operation system deployment information issued according to the node; and after the cluster node deploys the specified operation system, the cluster node is announced to deploy the container cluster environment according to the container cluster environment deployment information issued according to the node, and thus, after the cluster node deploys the container cluster environment, the corresponding container is started. Thus, a cluster mode and a container technology can be adopted for private cloud deployment, the stability and the expansibility for the private cloud deployment can be improved, and the private cloud deployment efficiency is improved.

Apparatuses, methods, and computer-readable media regard automatic symptom data collection in cloud deployment. The method includes detecting a failure, determining when to trigger symptom data collection for collecting information about the failure, and transmitting an indication of the triggering of the symptom data collection to a management function of the virtual network function.

A system for automatically deploying a cloud includes an interface, a deployment manager, a server manager, and a deployment task executor. The interface receives cloud deployment information which includes a cloud platform type, an operating system (OS) type, at least one server at which cloud to be deployed, and a node type subordinate to the cloud platform type of the at least one server. The deployment manager determines cloud components matching the node type subordinate to the cloud platform type as cloud components to be deployed at the at least one server. The server manager pushes an OS installation file and a configuration file matching the OS type for installation at least one server. The deployment task executor deploys the determined cloud components at the at least one server.

The invention discloses a low-frequency crawler identification method and device. The method comprises the following steps: computing a behavior feature vector of each user IP in preset time slot according to a network application log of each user IP, clustering the behavior feature vector of each user IP to acquire multiple clusters, judging out the cluster satisfying the corresponding inspectionrule, and determining each user IP in this cluster as the crawler. The device comprises a feature computing module, a clustering module, a rule determining module, and an identification module. Through the invention disclosed by the invention, the low-frequency crawler can be effectively identified, and the problem that the traditional security product cannot identity gang threat, low-frequency threat, relevancy threat and persistent threat can be solved; the public cloud or private cloud deployment is supported, the threat identification and blocking can be performed without changing networktopology and embedding any code; the butt-joint of custom blocking interface is supported, and the normal running of the original service cannot be influenced even if the deployment environment is completely switched off under the extreme case.

The invention provides an automatic discovery and automatic deployment method of a cloud host. The method comprises the following steps: a cloud deployment client monitors ARP broadcast information of a server in a local area network, analyzes an IP address of the server, logs in the server to obtain an MAC address of a server deployment network port, and writes the MAC address in a cloud deployment program, so that the cloud deployment program automatically deploy a corresponding cloud operation system and an installation package on a cloud deployment node according to the MAC address of the deployment network port, therefore the information of an administrator to manually record the information of the server is reduced, the installation of the operation system and the installation package is automatically accomplished, and the large-scale automatic discovery and automatic deployment of server bare computers are realized.

The invention provides a software cross-cloud deployment method, a deployment server and a storage medium. The method comprises the steps of obtaining a software deployment request, wherein the deployment request comprises a target transfer machine identifier, a target machine identifier, a to-be-deployed software installation package and a first check file corresponding to a target machine; sending a connection request to a target transfer machine, wherein the connection request comprises the first check file; receiving a connection response message returned by the target machine; and sendinga deployment instruction to the target transfer machine, wherein the deployment instruction comprises the to-be-deployed software installation package and the target machine identifier. Through the method, automatic deployment of a software installation task can be realized; cross-cloud batch task deployment is facilitated; the task deployment speed and efficiency are improved; and the technicalproblems of complex installation process and poor flexibility in the prior art are solved.

The invention provides heterogeneous network protocol standard knowledgeware, a cloud monitoring and management system and a method. The heterogeneous network protocol standard knowledgeware comprises a heterogeneous protocol library, a standard communication interface, a processor, a packaging unit and an embedded web release unit. The heterogeneous network protocol standard knowledgeware, the cloud monitoring and management system and the method have the advantages as follows: the heterogeneous network protocol standard knowledgeware is deployed for each network node, adopts a standardized input mode and is compatible with more types of intelligent devices; the heterogeneous network protocol standard knowledgeware adopts a standardized output mode, so as to bring convenience for cloud deployment; in addition, the heterogeneous network protocol standard knowledgeware adopts the heterogeneous protocol library and a multi-thread processing mechanism, so as to effectively reduce the processing speed of a cloud management server, improve the data acquisition and processing speed, and realize real-time monitoring for all intelligent devices.