1108 results about "Cloud resources" patented technology

Consistent enterprise and cloud security profiles are enforced. A domain model describing cloud resource objects associated with an enterprise is defined. Further, a relationship map describing relationships between the objects of the domain model and roles of enterprise users described by local security profiles maintained by the enterprise is specified. The domain model and relationship map collectively form an access policy for the cloud resource objects. Network traffic is monitored to detect network traffic attempting to configure a cloud security profile describing permissions of an enterprise user with respect to cloud resource objects in a manner inconsistent with the access policy. Detected network traffic attempting to configure the cloud security profile in the manner inconsistent with access policy is remediated.

Embodiments relate to systems and methods for embedding a cloud-based resource request in a specification language wrapper. In embodiments, a set of applications and/or a set of appliances can be registered to be instantiated in a cloud-based network. Each application or appliance can have an associated set of specified resources with which the user wishes to instantiate those objects. For example, a user may specify a maximum latency for input/output of the application or appliance, a geographic location of the supporting cloud resources, a processor throughput, or other resource specification to instantiate the desired object. According to embodiments, the set of requested resources can be embedded in a specification language wrapper, such as an XML object. The specification language wrapper can be transmitted to a marketplace to seek the response of available clouds which can support the application or appliance according to the specifications contained in the specification language wrapper.

The present invention provides a solution (e.g., rules, techniques, etc.) for enabling the dynamic provisioning (e.g., movement) of Cloud-based jobs and resources. Such provisioning may be within a Cloud infrastructure, from Cloud to Cloud, from non-Cloud to Cloud, and from Cloud to non-Cloud. Each movement scenario is assigned a specific technique based on rules, profiles, SLA and/or other such criteria and agreements. Such dynamic adjustments may be especially advantageous in order to balance real-time workload to avoid over-provisioning, to manage Cloud performance, to attain a more efficient or cost-effective execution environment, to off-load a Cloud or specific Cloud resources for maintenance/service, and the like.

Embodiments of the present solution provide a cloud bridge to bring network transparency between the otherwise disparate networks of the datacenter and cloud service provider. For example, appliances may be deployed in the datacenter and on the edge of the cloud. These appliances may be configured or designed and constructed to communicate with each other and recognize and understand the local IP and/or public IP network information of the on-premise datacenter of the enterprise and the cloud datacenter. These appliances may manage the flow of network traffic between the on-premise and cloud datacenters in a manner to appear and act seamlessly and transparently as a single network spanning both the on-premise and cloud data centers.

A method to enable access to resources hosted in a compute cloud begins upon receiving a registration request to initiate a user's registration to use resources hosted in the compute cloud. During a registration process initiated by receipt of the registration request, a federated single sign-on (F-SSO) request is received. The F-SSO request includes an assertion (e.g., an HTTP-based SAML assertion) having authentication data (e.g., an SSH public key, a CIFS username, etc.) for use to enable direct user access to a resource hosted in the compute cloud. Upon validation of the assertion, the authentication data is deployed within the cloud to enable direct user access to the compute cloud resource using the authentication data. In this manner, the cloud provider provides authentication, single sign-on and lifecycle management for the user, despite the “air gap” between the HTTP protocol used for F-SSO and the non-HTTP protocol used for the user's direct access to the cloud resource.

A system and method of operation is disclosed describing migration, management, and operation of applications and servers from customer data centers to cloud computing platforms without modification to existing environments or user access procedures. A cloud isolation layer operates as a virtual layer on the cloud platform, enabling server operation in a virtual environment that appears the same as the prior local environment. A cloud software image and a local cloud gateway act to redirect existing addressing from the local environment to the cloud implementation through secure network and data paths. A local management application provides a control interface and maps and manages the local environment and utilized cloud resources.

A cloud-based test system is disclosed. The cloud-based test system utilizes several cloud systems for testing. Each cloud system includes several cloud servers for providing a cloud resource to simulate several virtual test machines. The cloud-based test system includes several slave servers and a main server. Each slave server corresponds to one of the cloud systems for controlling the corresponding virtual test machines. The main server receives a test instruction, which is utilized to execute a target test item for a target electrical device, from a client, and generates a test environment condition corresponding to the test instruction. The main server determines the virtual test machines for executing the target test item and the at least one server to control the virtual test machines. The main server transmits the test instruction and the corresponding test environment condition to the server slave servers for testing.

The present invention extends to methods, systems, and computer program products for using templates to configure cloud resources. Embodiments of the invention include encapsulating cloud configuration information in an importable/exportable node template. Node templates can also be used to bind groups of nodes to different cloud subscriptions and cloud service accounts. Accordingly, managing the configuration of cloud based resources can be facilitated through an interface at a (e.g., high performance) computing component. Templates can also specify a schedule for starting/stopping instance running within a resource cloud.

A non-transitory computer-readable storage medium has tangibly embodied thereon and accessible therefrom instructions interpretable by at least one data processing device. The instructions are configured for causing the at least one data processing device to perform a method comprising creating a resource group for providing cloud services, receiving a request to increase a quantity of the virtual machines of the resource group; and instantiating one or more additional virtual machines within the resource group in response to receiving the request. The resource group includes one or more virtual machines that all have virtual machine specifications of a particular configuration. Instantiating the one or more additional virtual machines includes providing each one of the one or more additional virtual machines with virtual machine specifications of the particular configuration.

A non-transitory computer-readable storage medium has tangibly embodied thereon and accessible therefrom instructions interpretable by at least one data processing device. The instructions are configured for causing the at least one data processing device to perform a method for provisioning cloud resources. The method comprises creating an instantiation of a cloud service resource; associating the cloud service resource with each one of a virtual data center, a cloud resource application, a cloud resource application environment, and a cloud resource architectural layer; and provisioning the cloud service resource with at least one instance of a virtual machine.

The present invention provides a solution to perform pricing and brokering of Cloud services. Illustrative pricing/charging plans include “pay as you go (subscription)” and “pay for what you use (dynamic)”. The present invention also provides a way to display a price next to service. In general, a broker agent (hereinafter referred to as “agent”) executes within the environment and queries available and acceptable Cloud resources from a plurality of providers. Based on resources, published rates, and rate projections, the broker schedules, reschedules, moves, and otherwise manages Cloud jobs based on job criteria and optimized execution cost.

A cloud computing system including a computing device configured to run virtual machine instances is disclosed. The computing device includes a hypervisor program for managing the virtual machine instances. A customer virtual machine instance is run by the hypervisor program on the computing device, and a grid virtual machine instance is run by the hypervisor program on the computing device. The grid virtual machine instance is configured to run only when a resource of the computing device is not being utilized by the customer virtual machine instance.

An approach that provides assigning and tracking inter-Cloud operational transactions within a Cloud computing environment in order to meter Cloud resource usage when processing a Cloud service request. In one embodiment, there is a Cloud usage and accounting tool, including a route management component configured to define and manage the physical implementation of delineation points between Clouds. The Cloud usage and accounting tool further includes a workflow control component configured to track inter-Cloud operational transactions as they pass through the delineation points.

The invention provides a software deployment system and a software deployment method based on workflow in a cloud computing environment. The software deployment system comprises a user interface layer, a system logic layer and a cloud resource layer, wherein the user interface layer is used for a user to describe a software deployment plan, define a dependence relation between software, inquiry the node state of a target machine, describe software attribute and monitor a software deployment process; the system logic layer is used for analyzing a soft deployment plan file submitted by the user and deploying a software packet on a remote cloud resource node according to the deployment plan of the user; and the cloud resource layer is used for deploying software. The system and the method have the advantages that automatic software deployment under a Windows operating system and a Linux operating system is supported; comprehensive and accurate verification of the software deployment is provided; on the basis of a workflow technology, automatic deployment dependent on the software is supported; multi-machine concurrent transmission and software packet deployment are supported; the deployment efficiency is improved; and automatic software inverse deployment is supported.

Provided are a computer program product, system, and method for monitoring resources in a cloud computing environment. A set of cloud resources is provisioned to a user of the cloud-computing environment. A set of private resources is provided for the user, each private resource being provisioned within the set of cloud resources of the user. Monitoring templates are exposed, each one for a corresponding type of a private resource to the user. A user subscription is received to at least one of the monitoring templates, wherein each of the subscribed monitoring templates is for one of the user private resources. A private monitoring agent is provided within the cloud resources of the user housing the private resource of the user to monitor the private resource according to the corresponding selected monitoring template.

A decision system for providing customized deployment architectures to users of a cloud computing environment. The decision system can identify one or more parameters for analyzing applications and processes running in a cloud, monitor the applications and processes executed in the cloud, and collect information such as usage of cloud resources, number and type of computing processes instantiated, software programs utilized by the computing processes. The decision system can then generate customized deployment architectures based on the collected information.

The present disclosure outlines a system, method, and apparatus for the design of network services, including the automatic sourcing an aggregating of data on the available resources. In a further aspect, the present disclosure outlines a system, method, and apparatus for the allocation of cloud resources. In yet a further aspect, the present disclosure outlines a system, method, and apparatus for redirecting traffic through an alternative gateway.

The invention discloses a virtualized infrastructure platform for cloud data centers, which comprises a cloud management server, a cloud resource control server and a cloud security server, the whole life cycles of various computational resources of a cloud platform are monitored and managed by the cloud management server, the various resources of the physical layer of the cloud platform are scheduled, controlled and managed by the cloud resource control server, and the cloud security server is used for establishing a cloud computation security control system in a private cloud and a secure interaction system for the private cloud and a public cloud; the cloud management server is integrated with the cloud resource control server through REST interfaces, and the cloud security server is respectively connected with the cloud management server and the cloud resource control server. The virtualized infrastructure platform for cloud data centers can realize security gateway-based unified remote virtual machine control and management, providing administrators with a unified access entrance for the management of virtual resources, and moreover, by means of directory service, the virtualized infrastructure platform for cloud data centers checks the validity of user identities; and a user can use the Python language to extend the resource scheduling control function.

The invention relates to a resource allocation system in a private cloud environment. The system comprises a global policy controller, cloud application policy controllers and group policy controllers, wherein a resource manager interacts with a resource exploring proxy, receives index data, judges whether an alarm is generated for the index data or not according to alarm conditions, and if so, submits the alarm to a policy control network; the group policy controller first processes the alarm, generates a resource adjusting plan if the alarm can be processed, and reports the alarm to the cloud application policy controller if the alarm cannot be processed; the cloud application policy controller processes the received alarm, generates the resource adjusting plan if the alarm can be processed, and reports the alarm to the global policy controller if the alarm cannot be processed; the global policy controller processes the received alarm and generates the resource adjusting plan; the policy control network returns the resource adjusting plan to the resource manager; and the resource manager executes the resource adjusting plan. By constructing graded control policies and assisting coordination mechanisms among the control policies in different grades, the invention effectively improves the utilization rate of private cloud resource.

The invention provides an identity escrow and authentication cloud resource access control system and an identity escrow and authentication cloud resource access control method for multiple tenants. The system is characterized in that the cloud service business of a cloud service provider is divided into two parts of an identity authentication permission part and a cloud resource access control part, wherein the business of the identity authentication permission part is hosted by a credible third party TIdP of the cloud service, and the TIdP is in charge of governing hosted user information and group information of the tenant, completes the user identity authentication work of a hosting user and generates cross-domain security credential service containing identity recognition information; the cloud resource access control part is responsible for assigning corresponding permission for a group where the user is located, and analyzes the access request of the user and implements an access control decision according to the existing resource access control strategy when the user accesses to the cloud resource, so as to achieve safety access control over the cloud resource.

The invention discloses a multi-hierarchy load balancing cloud resource monitoring method. The multi-hierarchy load balancing cloud resource monitoring method includes the steps that a distributed type multi-layer monitoring framework is set up; the resource states of all monitoring nodes are analyzed, and all resource monitoring scripts are automatically generated according to cloud platform user designated requirements; cluster center nodes integrate active and passive mainframe discovery strategies to continuously monitor local area networks which the cluster center nodes are responsible for; a monitoring center node adjusts monitoring strategies such as transmission protocols according to the load states of all the cluster center nodes, the transmission expenditure of monitoring data is reduced through a fast-compression and bidirectional-transmission technology, and the cluster center nodes are switched in time when the monitoring center node breaks down; the monitoring center node conducts mining and analyzing on historical monitoring data of all resources regularly and conducts warning and deep monitoring in advance. According to the multi-hierarchy load balancing cloud resource monitoring method, new cluster nodes are automatically found according to the features of the large-scale distributed type cloud environment, a load balancing technology is used, a powerful fault-tolerant mechanism and a powerful event engine are adopted, and therefore the high reliability and safety of the cloud environment are ensured.

This disclosure relates to a resource management system of a computing network. The design of the resource management system is an edge-Internet of Things (IoT) framework based on blockchain and smart contracts. The resource management system integrates a permissioned blockchain to link the edge cloud resources with each account for an IoT device, resource usage, and behavior of the IoT device. The resource management system uses credit-based resource management to control the resource of the IoT device that can be obtained from the edge server. Smart contracts are used to regulate behavior of the IoT device and enforce policies.