Abstract: Systems, methods, and computer program products are provided for quantum computing (QC) detection. An example QC detection system includes QC detection data generation circuitry that generates QC detection data. The QC detection system also includes cryptographic circuitry that distorts the QC detection data via a first post-quantum cryptographic (PQC) technique and generates a pair of asymmetric cryptographic keys including a public cryptographic key and a private cryptographic key. The cryptographic circuitry further generates encrypted QC detection data based on the pair of asymmetric cryptographic keys and destroys the private cryptographic key. The QC detection system further includes data monitoring circuitry that monitors a set of data environments for electronic information related to the encrypted QC detection data.

Abstract: Method, system, and programs provide automatic anonymization of protected data items when a request is associated with authentication via a ticket. Ticket authentication includes sending a ticket to a recipient address. The ticket is included in a request for information. Responsive to receiving a request with a ticket, an example system may determine if the ticket is still valid and, if so, generate mock identifiers for any identifiers in information provided back to the requestor, replace the identifiers with their corresponding mock identifiers, as well as delete any protected information from the information provided back to the requestor. The system may store a mapping of the identifiers with their mock identifiers by session id. These mappings may be deleted after a predetermined time, so that the mapping is valid only for a particular session for a limited time.

Abstract: A method of providing a data disclosure to a requester can include: receiving a data subject request from a requester, the data subject request including a request for stored personal data; categorizing the element data into one of a plurality of tiers based on a sensitivity level of the element data; assigning an assigned tier to the element data and associated data values; determining a level of detail of the associated data values for each of the element data to provide based on the assigned tier; and providing a data disclosure report to the requester, wherein the data disclosure report includes the level of detail of data values for each of the element data based on the assigned tier.

Abstract: Systems, apparatuses and methods include technology that generates a signature based on one or more characteristics of an artificial intelligence (AI) model. The AI model is in a source code. The technology generates a compiled blob based on the AI model and embeds an identifier based on the signature into a metadata field of the compiled blob.

Abstract: This application discloses a cyber threat deception method and system, and a forwarding device. The forwarding device obtains a deception target set, where the deception target set includes a deception target, and the deception target includes an unused internet protocol (IP) address or an unopened port number on a used IP address. The forwarding device receives an IP packet from a host, and determines whether a destination party that the IP packet requests to access belongs to the deception target set. If the destination party that the IP packet requests to access belongs to the deception target set, the forwarding device sends the IP packet to a honeypot management server. The forwarding device receives a response packet, returned by the honeypot management server, of the corresponding IP packet. The forwarding device sends the response packet to the host.

Abstract: Use of embedded metadata for data privacy compliance is provided. In a data store, self-managed data is maintained including metadata specifying retention policy data. Responsive to a self-update to scrub PII from the self-managed data being indicated by the retention policy data, the PII is removed from the self-managed data maintained by the data store. Responsive to a self-update to delete the self-managed data from the self-managed data being indicated by the retention policy data, the self-managed data is removed from the data store.

Abstract: The present disclosure relates to a system, method, and computer program for graph-based multi-stage attack detection in which alerts are displayed in the context of tactics in an attack framework, such as the MITRE ATT&CK framework. The method enables the detection of cybersecurity threats that span multiple users and sessions and provides for the display of threat information in the context of a framework of attack tactics. Alerts spanning an analysis window are grouped into tactic blocks. Each tactic block is associated with an attack tactic and a time window. A graph is created of the tactic blocks, and threat scenarios are identified from independent clusters of directionally connected tactic blocks in the graph. The threat information is presented in the context of a sequence of attack tactics in the attack framework.

Abstract: A connection-based service impersonates request-based security for requests from clients that do not include credentials for the requests (e.g., data plane requests made via a connection-oriented security). A connection between a client and a connection-based service is established based on connection credentials that are based on security credentials from a request-based security service. The credentials are sent by a security component of the service to a local agent of the remote security service to be authenticated by the security service. An impersonation token is returned by the security service and cached by the local agent. Requests from the client to perform operations do not include credentials. For each request, the service passes an identifier for the client and the operation to a local authorization component that calls the agent for authorization of the requested operation. The agent uses the impersonation token to obtain authorization for the requested operation.

Abstract: Noncustodial techniques for granular encryption and decryption are provided. One example method can include receiving a selection of a data object for encryption from a plurality of data objects in a data package via a user interface; receiving a message from a remote server; generating an encryption key for the data object using the message; encrypting the data object with the encryption key to create an encrypted data object; storing the at least one portion of the message associated with the encrypted data object in a metadata file; encrypting the metadata file using a user encryption key to create an encrypted metadata file; and transmitting the encrypted data object and the encrypted metadata file to a database for storage.

Abstract: A key exchange technique of performing a key exchange among N (?2) parties, which can conceal metadata on communication, is provided. A key exchange method includes: a first key generation step in which a communication device Ui generates a first key; a first anonymous broadcast step in which the communication device Ui anonymously broadcasts the first key with a set R-{Ui} being designated for i?{1, . . . , n} and the communication device Ui anonymously broadcasts the first key with ? being designated for i?{n+1, . . . , N}; a second key generation step in which the communication device Ui generates a second key; a second anonymous broadcast step in which the communication device Ui anonymously broadcasts the second key with the set R-{Ui} being designated for i?{1, . . . , n} and the communication device Ui anonymously broadcasts the second key with ? being designated for i?{n+1, . . . , N}; and a session key generation step in which the communication device Ui generates a session key SK for i?{1, . . .

Abstract: Based on analyzing a serverless function associated with a first role, a set of security permissions granted to the serverless function is identified based on the first role and a first attribute of the serverless function. A least privilege role indicating a set of least privilege security permissions for the serverless function is generated based, at least in part, on the first attribute. Based on comparing the least privilege role with the first role, it is determined if the set of security permissions granted to the serverless function is more permissive than the set of least privilege security permissions. Based on determining that the set of security permissions granted to the serverless function is more permissive than the set of least privilege security permissions, the first role is reported as over-permissive.

Abstract: The disclosed technology relates to using a blockchain to manage files and ownership thereof for a file sharing and storage service. The blockchain can also record and track edits to the files. The file sharing and storage service can automatically analyze the files to identify various visual features and subjects, and record metadata thereof to the blockchain.

Abstract: Example implementations include a method of requesting an instruction block associated with one or more instructions and located at one or more addresses of a system memory, obtaining the instruction block from the system memory, generating a hash of the instruction block, obtaining an expected hash associated with the instruction block, comparing the expected hash with the generated hash, in accordance with a determination that the expected hash matches the generated hash, generating a first validation response associated with the instruction block.

Abstract: A system and method for privacy policy enforcement to ensure reconciliation between users communicating via an open system interconnection (OSI) communication architecture, with receiving of a privacy policy for at least one user's device and a usage policy for at least one user, receiving encryption codes, receiving private data from a first user to be sent to a second user, encrypting by a first server the received data, receiving a privacy policy enforcement vector, and performing selective decryption, by a second server, for each data segment, wherein data segments that correspond to a match between the privacy policy and usage policy are decrypted, and wherein at least one of the first server and the second server is external to the first user and second user.

Abstract: A system, method, and apparatus are provided for securely controlling operations of a data processing system in which security subsystem is activated to provide security services by responding to a security service request, evaluating the request against an adjustable set of system security policies to determine if the security service request is granted access to a protected asset, by generating a response to the security service request using the protected asset if the security service request is granted access to the protected asset, by adjusting a security access policy for the protected asset in the adjustable set of system security policies, and by sending the response from the security subsystem to the external application subsystem.

Abstract: A key exchange technique of performing a key exchange among N (?2) parties, which can conceal metadata on communication, is provided. A key exchange method includes: a first key generation step in which a communication device Ui generates a first key; a first anonymous broadcast step in which the communication device Ui anonymously broadcasts the first key with a set R?{Ui} being designated for i?{1, . . . , n} and the communication device Ui anonymously broadcasts the first key with ? being designated for i?{n+1, . . . , N}; a second key generation step in which the communication device Ui generates a second key; a second anonymous broadcast step in which the communication device Ui anonymously broadcasts the second key with the set R?{Ui} being designated for i?{1, . . . , n} and the communication device Ui anonymously broadcasts the second key with ? being designated for i?{n+1, . . . , N}; and a session key generation step in which the communication device Ui generates a session key SK for i?{1, . . .

Abstract: Techniques are disclosed for transmitting a secure message over a public or untrusted network. The techniques include receiving a message and creating multiple hash values of the message. A sending device signs and encrypts the message and hash values, then encapsulates and transmits to the message and hash values a security server. The security server receives and de-encapsulates the message and hash values, decrypts the message and hash values, and verifies the signature. The security server verifies the hash values and determines whether any changes were made to the message during transmission. If verified, the security server processes the message for transmission to the recipient. The security server creates multiple hash values of the original message, signs and encrypts the message and the hash values, encapsulates the message and hash values and transmits to a recipient device for further verification and presentation to the recipient.

Abstract: The intrinsic data generation device of the disclosure includes a modulation control part outputting a modulation control signal for controlling modulation, a modulation part modulating a signal based on the modulation control signal and outputting a modulated modulation signal, a PUF circuit specifying a relationship between input data and output data based on random variation intrinsic to the device and changing the output data based on the modulation signal, a data holding part holding the output data from the PUF circuit in response to the modulation control signal, and an intrinsic data output part outputting intrinsic data based on the output data provided from the data holding part.

Abstract: Some examples relate to identifying a security vulnerability in a computer system. In an example, via a NAND flash memory, a computer system may be scanned to obtain information related to a software program, based on a rule set defined in a management controller (e.g., baseboard management controller (BMC)) on the computer system. The NAND flash memory may obtain metrics related to the software program via the BMC. The NAND flash memory may analyze the information related to the software program along with the metrics related to the software program to identify a security vulnerability in the computer system. The NAND flash memory may provide the information related to the security vulnerability in the computer system to the BMC.

Abstract: A system which comprises a series of native applications, suited to run on mobile devices, and a series of web-based applications for which functionality and processing are optimized. The native applications and the web-based applications are coordinated to optimize processes of acquiring, storing and disseminating data for speed, integrity and security.