System and method for policy driven protection of remote computing environments

A system, comprising:

• a plurality of sensors;
• a processing system including a processor in communication with the plurality of sensors;
• and
• a memory that stores executable instructions that, when executed by the processing system facilitate performance of operations, comprising:
• determining sensory information obtained by the plurality of sensors exposed to a predetermined environment, wherein the sensory information comprises a combination of more than one of position and mission status;
• evaluating a plurality of examination results, wherein each software agent of a plurality of software agents generates an examination result of the plurality of examination results of the predetermined environment based on a respective range of a plurality of sensory ranges;
• wherein a plurality of encryption key fragments are generated by the plurality of software agents based on the plurality of examination results;
• and
• generating a cryptographic session key based on the plurality of encryption key fragments, wherein decryption of encrypted sensitive information is obtained via the cryptographic session key, responsive to the plurality of examination results falling within the plurality of sensory ranges, to obtain a clear text version of the encrypted sensitive information, and wherein decryption of the encrypted sensitive information via the cryptographic session key is prevented, responsive to an examination result of the plurality of examination results falling outside of the plurality of sensory ranges.

A machine-readable storage medium, comprising executable instructions that when executed by a processing system including a processor, facilitate performance of operations, comprising:

• determining sensory information from a plurality of sensors exposed to a field environment, wherein the sensory information comprises a combination of more than one of position, and mission status;
• evaluating a plurality of examination results based on the sensory information, wherein each software agent of a plurality of software agents conducts an examination of the sensory information from a sensor of the plurality of sensors to obtain an examination result of the plurality of examination results of the field environment, wherein the examination of the sensory information from the sensor is based on a respective range of a plurality of sensory ranges, wherein each software agent of the plurality of software agents generates an encryption key fragment of a plurality of encryption key fragments in response to an examination result of the plurality of examination results of the field environment;
• and
• combining the plurality of encryption key fragments, to obtain a field-determined session key, wherein decryption of encrypted sensitive information is obtainable via the field-determined session key, responsive to the plurality of examination results falling within the plurality of sensory ranges, and wherein decryption of the encrypted sensitive information is prevented by way of the field-determined session key, responsive to an examination result of the plurality of examination results of the field environment falling outside of the plurality of sensory ranges.