Data access levels
First Claim
1. A method for securing and accessing a plurality of data levels, the method comprising:
- gathering, by a network device, a plurality of data for transmission across an unsecured zone;
identifying a potential security risk based on the unsecured zone;
determining to encrypt the plurality of data with more than one level of encryption based on the identified security risk;
encrypting, by a network device, a first section of data within the gathered plurality of data with a first level encryption key;
encrypting, by a network device, a second section of data within the gathered plurality of data with a second level encryption key, wherein the first section of data is a progressively encrypted section of data with the first level encryption key and the second level encryption key associated with accessing the first section of data, wherein the first level encryption key and the second level encryption key include a validity key that is associated with one or more roles of a multi-role recipient device, wherein the validity key allows the recipient device to perform multiple roles concurrently; and
transmitting, in a single transmission across the unsecured zone, a combined batch of data to a plurality of recipient devices and a validity key for the multi-role recipient device, wherein the combined batch of data includes the progressively encrypted first section of data, the encrypted second section of data, and an unencrypted section of data, wherein each of the plurality of recipient devices is configured to access different sections of the combined batch of data in the single transmission and the multi-role recipient device changes roles using the validity key and has access to each section of the combined batch of data.
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Accused Products
Abstract
A method, computer system, and a computer program product for securing and accessing a plurality of data levels is provided. The present invention may include gathering, by a network device, data. The present invention may also include encrypting, by a network device, a first section of data within the gathered data with a level 1 encryption key. The present invention may then include encrypting, by a network device, a second section of data within the gathered data with a level 2 encryption key. The present invention may further include transmitting, by a network device, the data to a recipient device. The present invention may also include decrypting, by the recipient device, the second section of data with the level 2 encryption key. The present invention may then include decrypting, by the recipient device, the first section of data with the level 1 encryption key.
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Citations
20 Claims
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1. A method for securing and accessing a plurality of data levels, the method comprising:
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gathering, by a network device, a plurality of data for transmission across an unsecured zone; identifying a potential security risk based on the unsecured zone; determining to encrypt the plurality of data with more than one level of encryption based on the identified security risk; encrypting, by a network device, a first section of data within the gathered plurality of data with a first level encryption key; encrypting, by a network device, a second section of data within the gathered plurality of data with a second level encryption key, wherein the first section of data is a progressively encrypted section of data with the first level encryption key and the second level encryption key associated with accessing the first section of data, wherein the first level encryption key and the second level encryption key include a validity key that is associated with one or more roles of a multi-role recipient device, wherein the validity key allows the recipient device to perform multiple roles concurrently; and transmitting, in a single transmission across the unsecured zone, a combined batch of data to a plurality of recipient devices and a validity key for the multi-role recipient device, wherein the combined batch of data includes the progressively encrypted first section of data, the encrypted second section of data, and an unencrypted section of data, wherein each of the plurality of recipient devices is configured to access different sections of the combined batch of data in the single transmission and the multi-role recipient device changes roles using the validity key and has access to each section of the combined batch of data. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A computer system for securing and accessing a plurality of data levels, comprising:
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one or more processors, one or more computer-readable memories, one or more computer-readable tangible storage medium, and program instructions stored on at least one of the one or more tangible storage medium for execution by at least one of the one or more processors via at least one of the one or more memories, wherein the computer system is capable of performing a method comprising; gathering, by a network device, a plurality of data for transmission across an unsecured zone; identifying a potential security risk based on the unsecured zone; determining to encrypt the plurality of data with more than one level of encryption based on the identified security risk; encrypting, by a network device, a first section of data within the gathered plurality of data with a first level encryption key; encrypting, by a network device, a second section of data within the gathered plurality of data with a second level encryption key, wherein the first section of data is a progressively encrypted section of data with the first level encryption key and the second level encryption key associated with accessing the first section of data, wherein the first level encryption key and the second level encryption key include a validity key that is associated with one or more roles of a multi-role recipient device, wherein the validity key allows the recipient device to perform multiple roles concurrently; and transmitting, in a single transmission across the unsecured zone, a combined batch of data to a plurality of recipient devices and a validity key for the multi-role recipient device, wherein the combined batch of data includes the progressively encrypted first section of data, the encrypted second section of data, and an unencrypted section of data, wherein each of the plurality of recipient devices is configured to access different sections of the combined batch of data in the single transmission and the multi-role recipient device changes roles using the validity key and has access to each section of the combined batch of data. - View Dependent Claims (9, 10, 11, 12, 13, 14)
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15. A computer program product for securing and accessing a plurality of data levels, comprising:
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one or more computer-readable storage medium and program instructions stored on at least one of the one or more tangible storage medium, the program instructions executable by a processor, the program instructions comprising; program instructions to gather, by a network device, a plurality of data for transmission across an unsecured zone; program instructions to identify a potential security risk based on the unsecured zone; program instructions to determine to encrypt the plurality of data with more than one level of encryption based on the identified security risk; program instructions to encrypt, by a network device, a first section of data within the gathered plurality of data with a first level encryption key; program instructions to encrypt, by a network device, a second section of data within the gathered plurality of data with a second level encryption key, wherein the first section of data is a progressively encrypted section of data with the first level encryption key and the second level encryption key associated with accessing the first section of data, wherein the first level encryption key and the second level encryption key include a validity key that is associated with one or more roles of a multi-role recipient device, wherein the validity key allows the recipient device to perform multiple roles concurrently; and program instructions to transmit, in a single transmission across the unsecured zone, a combined batch of data to a plurality of recipient devices and a validity key for the multi-role recipient device, wherein the combined batch of data includes the progressively encrypted first section of data, the encrypted second section of data, and an unencrypted section of data, wherein each of the plurality of recipient devices is configured to access different sections of the combined batch of data in the single transmission and the multi-role recipient device changes roles using the validity key and has access to each section of the combined batch of data. - View Dependent Claims (16, 17, 18, 19, 20)
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Specification