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US 8,528,059 B1Granted
Apparatuses, methods and systems for a secure resource access and placement platform
AssigneeGoldman, Sachs & Co.
InventorsHarpreet Singh Labana, Yair Israel Kronenberg, Brian J. Saluzzo
Life of this patent
Estimating the term…
Abstract
The APPARATUSES, METHODS AND SYSTEMS FOR A SECURE RESOURCE ACCESS AND PLACEMENT PLATFORM (“SRAP PLATFORM”) provides a secure supporting infrastructure within a corporate network framework and applications based thereon for use and placement of corporate resources. A non-trusted device may be authorized to access and use corporate resources, and the corporate network server may manage the placement of resources via the SRAP PLATFORM.
Claims34
A multi-layered processor-implemented method for secure access to corporate resources, comprising:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing via a processor a uniquely identified Shell based on the received request, wherein the Shell comprises a plurality of Payload backups;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server,
- receiving a plurality of control policies from the corporate server via the secure connection, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
7 more elements
A multi-layered corporate resources secure access system, comprising:
- a memory;
- a processor disposed in communication with said memory, and configured to Issue a plurality of processing instructions stored in the memory, wherein the processor issues instructions to:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing a uniquely identified Shell based on the received request, wherein the uniquely identified Shell comprises at least the Payload and a Bubble;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server,
- receiving a plurality of control policies from the corporate server via the secure connection, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
9 more elements
A multi-layered processor-implemented method for secure access to corporate resources, comprising:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing via a processor a uniquely identified Shell based on the received request;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server, wherein the established secure connection comprises at least one In-Band channel and at least one Out-of-Band channel,
- receiving a plurality of control policies from the corporate server via the secure connection, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
7 more elements
A multi-layered processor-implemented method for secure access to corporate resources, comprising:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing via a processor a uniquely identified Shell based on the received request;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server, wherein the established secure connection to the corporate server has a relay point at a Transfer Plane entity,
- receiving a plurality of contra policies from the corporate server via the secure connection, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
7 more elements
A multi-layered processor-implemented method for secure access to corporate resources, comprising:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing via a processor a uniquely identified Shell based on the received request;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server,
- receiving a plurality of control policies from the corporate server via the secure connection, wherein the plurality of control policies are received in the form of a plurality of Manifests by the uniquely identified Shell, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
7 more elements
A multi-layered processor-implemented method for secure access to corporate resources, comprising:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing via a processor a uniquely identified Shell based on the received request;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server,
- receiving a plurality of control policies from the corporate server via an Out-of-Band channel of the secure connection, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
7 more elements
A multi-layered processor-implemented method for secure access to corporate resources, comprising:
- receiving a Payload specific request to access a plurality of corporate resources from at least one user;
- initializing via a processor a uniquely identified Shell based on the received request;
- receiving a set of user authentication credentials from the user;
- sending the set of user authentication credentials to a corporate server controlling the corporate resources;
- receiving an authentication decision from the corporate server;
- and
- if the authentication decision is affirmative,
- establishing a secure connection between the Shell and the corporate server,
- receiving a plurality of control policies from the corporate server via the secure connection, wherein receiving the plurality of control policies comprises monitoring and downloading updates by the Shell from a Transfer Plane entity via an Out-of-Band channel, and
- accessing the plurality of corporate resources via the established secure connection in compliance with the received control policies.
7 more elements
Dependencies are inferred from the claim text.