Abstract: A system for transforming data packets into pixels is disclosed. The system encodes each data packet into a respective encoded value, where each encoded value represents a unique transformation of a respective data packet. The system identifies data patterns within the data packets, where each data pattern indicates a respective data packet type. The system compresses each group of data packets that share a data pattern into a compressed format. The system determines a set of pixel attributes for each encoded, compressed data packet based on data packet attributes. The set of pixel attributes include a pixel color, a pixel color intensity, and a pixel location. The system generates an image comprising pixels based on the sets of pixel attributes.

Abstract: A system for real-time monitoring of network pathways includes a memory for storing network node information and a processor configured to periodically receive information for each node associated with a plurality of network pathways. The information may include response time, geographic location, failure rate, and latency. The processor calculates a score that indicates each node's reliability. Each of the plurality of attributes is given a different weight during the calculation. The processor then calculates an aggregated network pathway score for each of the plurality of network pathways to indicate a particular pathway's reliability. The aggregated network pathway score is calculated based at least in part upon the score of each node associated with each of the plurality of network pathways. Once the aggregated network pathway score is calculated, a first network pathway is identified based at least in part upon the aggregated network pathway score.

Abstract: A system to manage images that are representative of network data packets in a decentralized file system based on image metadata stored in a blockchain network is disclosed. The system accesses an image that is generated based on data packets and generates a hash value for the image based on timestamp associated with the data packets and a compression level used to compress the data packets. The system generates a content identifier (CID) for the image based on the content of the data packets. The system generates metadata in a specific structured data format based on the generated hash value and the CID. The system associates the generated metadata to the image, communicates the metadata to a blockchain network for referencing the image, and communicates the image to a decentralized file system.

Abstract: A system is provided for user-initiated authentication of an electronic communication channel using a secure computing application token. In particular, the system may comprise a token generation application installed on an endpoint device of a user, where the application may be configured to perform authentication of communication channels based on receiving user input. Upon receiving a request to establish a secure communication channel from a remote device, the endpoint device may receive a voice sample from the user. Based on the attributes of the voice sample and of the application session, the endpoint device may generate an alphanumeric character string that may serve as a secure token to be verified against a second character string received from the remote device. If a match is detected, the endpoint device may authenticate and generate the communication channel.

Abstract: Systems, computer program products, and methods are described herein for detecting data leaks via a distributed data orchestration apparatus and transmitted fabricated data responses. The present disclosure is configured to: create a plurality of fabricated data accounts within a set of network servers, where the plurality of fabricated data accounts are connected to an account monitoring engine; collect a set of transmitted fabricated data responses from the plurality of fabricated data accounts; analyze the collected set of transmitted fabricated data responses via an orchestration apparatus; determine the root cause of the data leak associated with the plurality of fabricated data accounts via the orchestration apparatus; and locate a geographic source of the data leak associated with the plurality of fabricated data accounts via a breach engine, where the geographic source of the data leak is located through the root cause of the data leak.

Abstract: A system for real-time monitoring of network pathways includes a memory for storing network node information and a processor configured to periodically receive information for each node associated with a plurality of network pathways. The information may include response time, geographic location, failure rate, and latency. The processor calculates a score that indicates each node's reliability. Each of the plurality of attributes is given a different weight during the calculation. The processor then calculates an aggregated network pathway score for each of the plurality of network pathways to indicate a particular pathway's reliability. The aggregated network pathway score is calculated based at least in part upon the score of each node associated with each of the plurality of network pathways. Once the aggregated network pathway score is calculated, a first network pathway is identified based at least in part upon the aggregated network pathway score.

Abstract: Systems, computer program products, and methods are described herein for detecting data leaks via a distributed data orchestration apparatus and transmitted fabricated data responses. The present disclosure is configured to: create a plurality of fabricated data accounts within a set of network servers, where the plurality of fabricated data accounts are connected to an account monitoring engine; collect a set of transmitted fabricated data responses from the plurality of fabricated data accounts; analyze the collected set of transmitted fabricated data responses via an orchestration apparatus; determine the root cause of the data leak associated with the plurality of fabricated data accounts via the orchestration apparatus; and locate a geographic source of the data leak associated with the plurality of fabricated data accounts via a breach engine, where the geographic source of the data leak is located through the root cause of the data leak.

Abstract: A system is provided for user-initiated authentication of an electronic communication channel using a secure computing application token. In particular, the system may comprise a token generation application installed on an endpoint device of a user, where the application may be configured to perform authentication of communication channels based on receiving user input. Upon receiving a request to establish a secure communication channel from a remote device, the endpoint device may receive a voice sample from the user. Based on the attributes of the voice sample and of the application session, the endpoint device may generate an alphanumeric character string that may serve as a secure token to be verified against a second character string received from the remote device. If a match is detected, the endpoint device may authenticate and generate the communication channel.

Abstract: On a persistent storage device, a database of contracts is maintained. The database has at least one record for each of the contracts. The at least one record for each of the contracts includes at least one field comprising a corresponding contract end date. At a computer processor in communication with the persistent storage device, at least one user query is obtained. Responsive to the at least one user query, a signal is generated with the computer processor to cause a display device to display a histogram of the corresponding contract end date for at least one of the contracts.