Parallels IP Holdings Gmbh

Ingram Micro Inc.

Parallels Holdings, Ltd.

Cloudblue LLC

Parallels Software International, Inc.

Maxim Kuzkin

Alexander G Tormasov

Andrey A Omelyanchuk

Serguei M Beloussov

Stanislav S Protassov

Alexey Koryakin

Vladimir Grebenschikov

Nikolay Dobrovolskiy

Vladimir Zatsepin

Timur Nizametdinov

Evgeny Uspenskiy

Vladimir Grebenshikov

Michael Joseph Toutonghi

Alexander Grechishkin

Alexey G Kobets

Ilya Baimetov

Sergei Malykhin

David Wippich

Victor Kupriyanov

Kirill Korotaev

Elena Sidorova

Aleksandr Khaerov

Andrey Kostyukov

Stepan Anohin

Irina Kononenko

Natal'ya Salomatina

Alexader G Tormasov

Taylor Michael Giddens

Marc Serrat Bote, Sr

Dmitrii Fontanov

Alexander Khaerov

Technologies for creating and distributing integration connectors in cloud service brokerage systems include a developer portal computing device communicatively coupled to a connector hub of a marketplace computing. The developer portal computing device is configured to receive information from a developer via a developer UI portal of a developer portal computing device. Such information includes connector descriptor information for a connector associated with a cloud service and one or more resource types of the connector. The developer portal computing device is further configured to build, via a connector builder of the developer portal computing device, the connector as a function of the connector descriptor information and the one or more resource types, generate a connector package for the built connector, and transmit the generated connector package to a connector hub of a cloud service marketplace computing device, wherein the connector package is usable to create one or more instances of the connector. Additional embodiments are described herein.

Technologies for creating and distributing integration connectors in a cloud service brokerage system

The present disclosure relates to a system and method of digital product onboarding and distribution using a cloud service brokerage (CSB) infrastructure, whereby the method includes creating a product model at a vendor portal computing device, the product model based at least in part on a first product, storing the product model at a marketplace product catalog, exporting the product model to a third-party CSB platform, exporting the product model to an ordering system, configuring an application programming interface (API) to receive a request for integration of the first product, receiving, at the order system, the request for the first product, wherein the request includes a request product model payload, and fulfilling, at the order system, the request for the first product, based at least in part on a product attribute.

Method of digital product onboarding and distribution using the cloud service brokerage infrastructure

An Application Packaging Standard (APS) is a specification defining application's life cycle in a cloud. The application's life cycle includes packaging, delivering to the cloud, verification of package, integrating (and unpacking) into the cloud, distributing to clients, licensing, functionality, updates and deletion. The APS has its own Application Programming Interface (API) for accessing the APS functions from a program code or by http/https requests. The APS provides for efficient integration of SaaS web applications into the cloud.

Method and standard for integrating aplications into a cloud

A method for integrating cloud applications into a cloud service broker (CSB) platform using an automated, universal connector, the method includes receiving at a connector hub, a connector package for a software from an independent software vendor device, creating a connector instance for the connector package for integration with the CSB platform, the CSB platform further configured to provide licenses for the software, receiving at the cloud service broker computing device via a CSB platform interface, a subscription request for the software, the subscription request comprising an activity selected from a group consisting of a creation, change and deletion, transmitting to a universal connector device by a CSB platform controller, the subscription request, processing, at the universal connector device, the subscription request, notifying a customer relationship management (CRM) device, by the universal connector device, of the subscription request, storing the subscription request in a CRM database, obtaining approval by the universal connector device, for the subscription request, processing, at the universal connector device, the subscription request, upon receiving a request approval, and transmitting a subscription approval result to the CSB platform, the CSB platform displaying subscription approval result to a subscribe.

System and method for integrating cloud applications into a cloud service broker platform using an automated, universal connector package

A system and method for multi-tenant single sign-on (SSO) identity management with dynamic attribute retrieval, the system includes at least one service provider, at least one service provider plug-in, and a service automation platform. A method for multi-tenant SSO identity management with dynamic attribute retrieval, includes the steps of receiving a link to a service provider at an SSO dispatcher, the SSO dispatcher identifying a service, requesting at the SSO dispatcher, user attributes for the at least one service provider, assembling at a service provider handler implementation, a response query, retrieving identity provider credentials from the service automation platform, signing at the SSO dispatcher, a package for a user's authentication, and redirecting the package to the service provider.

System and method for multi-tenant SSO with dynamic attribute retrieval

A system for provisioning applications using a Connectors Hub service is provided. At least one Service Automation module is connected to the single Connectors Hub service, which receives service APIs from a service cloud via an independent software vendor (ISV) connector. This architecture improves upon the conventional system, where a number of services are provisioned using multiple connectors located on each of the Service Automation modules. The Connectors Hub service includes a service module coupled to the statistics database. A service connector provides a service API from the ISV service cloud. This API can be directed to proxies within the Connectors Hub service, because the same service API can be used for the same service from different service providers. The proxies collect analytics data for each service provider and pass this data to the service module for generating bills for the providers based on service usage.

Provisioning applications using a connectors hub service

A method for provisioning application resources using semantic links is provided. Each application is divided into a set of separate resources corresponding to business logic linked to each other by semantic links. The application is configured based on user requirements. The provider assembles an application provisioning package, including creating a Virtual Environment (e.g., VM) on a customer site and launching an application instance on the VM based on required configuration determined by application resources and the semantic links required by these resources. A provisioning algorithm is implemented as a hierarchical tree. A root tree resource (object) is created. All relationships (semantic links) are determined. Existing linked objects are found and not yet existing ones are determined. The tree branch is created not further than one a link from a non-existent object. The leaf nodes of the tree are existing objects or objects that do not have the required links.

Method for provisioning domain model of applications resources using semantic analysis of links

Method for web-based management of resources. On a cloud computing system, for groups of user resources, defining commonly managed subgroups. Accessing cloud-based control procedures of one subgroup using a dedicated communication channel. Control procedures reside on a server, and are visible with a single specified domain ID unique for the subgroup. Multiple domain IDs are used in one communication session. On the client, isolated windows for each domain ID contain graphical representation of local applications, and where applications of one window share local data and are connected to control procedures using the same domain ID. Managing user resources through control procedures that are controlled by the applications. Only one of the isolated windows is activated at any one time on the user's computer.

Isolation of objects representng server resources in browser using iframes

Method and standard for integrating applications into a cloud

A system and method for implementing direct attachment of VMs, implemented on a computer system, to hardware devices attached to the computer system. Direct attachment architecture is implemented. The direct attachment is an exclusive dedication of a hardware device to a VM, where a particular hardware device is assigned to a particular VM. When the VM is not activated, the hardware device can be re-assigned to another VM. At system start up, hardware devices are masked from a host OS of a computer system and are automatically attached to the assigned VMs.

Hardware dedication for virtual machines and virtual environments

Patching host OS structures for hardware isolation of virtual machines

A system, method and computer program product for a system, method and computer program product for using a GPU of a host computer system for supporting functionality of a number of VMs implemented on the host computer system. The GPU usage by a VM includes e.g., sharing a video card with a VM hypervisor; executing applications controlled by the hypervisor; optimization of a snapshot memory consumption; CRC calculations for memory ballooning; on-the-fly disk data encryption; indexing disk data; efficient data compression for HDD; compression of the VM execution trace data and video traffic; computations for backup storage; AV scanning; firewall-related services; traffic encryption (IPSec); processing and restoration of disk transactions; optimization of incremental backups (creation and comparison of snapshots); traffic indexing and replay; isolating some applications on the GPU for virus protection; optimization of runtime compilers.

Use of GPU for support and acceleration of virtual machines and virtual environments

A method, system and computer program product for accessing remote devices is provided. The proposed method allows users to remotely access devices or tools controlled by a Virtual Environment (VE) implemented on a remote server. A user of a client machine or a mobile communications device can access a remote device controlled by a server or by local client of the server. The server can have a number of VEs implemented on it. Each of the VE can run a Guest OS that has guest device drivers installed on it. The VE receives the user request and passes on user commands to a device controlled by the guest device driver installed on the Guest OS of the VE.

Method and system for remote device access in virtual environment

A method for integration of dynamically scalable non-native windows into a host operating system (OS), including launching a Virtual Machine (VM) running a guest OS on a computer system with the host OS and a host desktop being displayed to a user; displaying a window of a non-native desktop on the host desktop; and scaling the window in response to user action, so that items displayed in the window are scaled with the same ratio, wherein the VM interfaces to a virtual adapter for its maintenance of the window, and wherein a resolution of the displayed window changes dynamically in response to the user action.

Seamless integration of non-native windows with dynamically scalable resolution into host operating system

Growing community of inventors

Moscow, Russia

Maxim Kuzkin