Abstract: One example method includes identifying dissimilar items in a data set. A data set may be walked one or more times and the nodes or vertices of the data set may be scored based on the number of times the nodes are touched during the walks. Scores below a threshold score are determined to be dissimilar nodes in the data set. This allows a diverse set of nodes to be identified. A dissimilar data set may be used to prevent unintentional bias in algorithmic training.

Abstract: A user-trusted executable execution environment is disclosed. Using a trusted application, an executable that is generally untrusted by a computing environment, can be verified and executed. A signed executable is signed by a sending trust engine and transmitted to a receiving trust engine. The receiving trust engine can verify the executable when a public key of a sending user decrypts the signed executable and when a hash generated by the receiving trust engine matches a hash of the executable included in the signed executable. The verification is finalized when the receiving user knows the sending user and confirms that the sending user sent the signed executable by using the sending user's public key to decrypt the signed executable.

Abstract: A data encryption, decryption, and storage method includes: receiving a first query request to retrieve a production data; obtaining a constructed data and encrypting the constructed data using the production data to obtain an encrypted constructed data where the encrypted constructed data is generated without including metadata specifying an access list specifying one or more users and types of users that are able to access the encrypted constructed data; and generating decryption instructions using the production data and storing the decryption instructions with the encrypted constructed data.

Abstract: One example method includes identifying a column of a table, and the column includes multiple entries, setting a proposed uniqueness for the column, setting a confidence tolerance for the proposed uniqueness, estimating a sub-sample size for the column based on the proposed uniqueness and the confidence tolerance, based on the sub-sample size, sampling a subset of the entries in the column and, based on the sampling, determining whether or not the column is a primary key for the table.

Abstract: One example method includes logging into websites through devices including insecure devices. A logon device may store credentials. The logon device is configured to connect with an insecure device and then communicate with a website for authentication purposes without exposing a user's credentials to the insecure device. After the user is authenticated, the session is transferred to the insecure device.

Abstract: A method for securing a secret of a client using an escrow agent operatively connected to the client includes initiating enrollment of the client with the escrow agent, wherein the enrollment results the escrow agent generating a key pair comprising a public key and a private key, obtaining the public key from the escrow agent, wherein the private key is not shared with the client, encrypting the secret with the public key to obtain an encrypted secret, and storing the encrypted secret on the client.

Abstract: One example method includes collecting an audio segment that includes audio data generated by a user, analyzing the audio data to identify an emotion expressed by the user, computing start and end indices of a video segment, selecting video data that shows the emotion expressed by the user, using the video data and the start and end indices of the video segment to modify a face of the user as the face appears in the video segment so as to generate modified face frames, and stitching the modified face frames into the video segment to create a modified video segment with the emotion expressed by the user, and the modified video segment includes the audio data generated by the user.

Abstract: One example method includes capturing audio data at a client engine while outputting an output video, the output video being based upon an original video stored at the client engine, delivering the captured audio data to a prediction engine upon the captured audio data being captured for a pre-determined time, receiving from the prediction engine substitute frame data used by the client engine to stitch one or more frames into the original video stored at the client engine, and following stitching the one or more frames into the output video to generate an altered output video, outputting the captured audio data and the altered video from the client engine.

Abstract: One example method includes evaluating code of a quantum circuit, estimating one or more runtime statistics concerning the code, generating a recommendation based on the one or more runtime statistics, and the recommendation identifies one or more resources recommended to be used to execute the quantum circuit, checking availability of the resources for executing the quantum circuit, allocating resources, when available, sufficient to execute the quantum circuit, and using the allocated resources to execute the quantum circuit.

Abstract: One example method includes capturing audio data at a client engine while outputting an output video, the output video being based upon an original video stored at the client engine, delivering the captured audio data to a prediction engine upon the captured audio data being captured for a pre-determined time, receiving from the prediction engine substitute frame data used by the client engine to stitch one or more frames into the original video stored at the client engine, and following stitching the one or more frames into the output video to generate an altered output video, outputting the captured audio data and the altered video from the client engine.

Abstract: A method for verifying a secret decryption of an escrow agent by a client operatively connected to the escrow agent includes initiating enrollment of the client with the escrow agent, wherein the enrollment results the escrow agent generating a key pair comprising a public key and a private key, obtaining the public key from the escrow agent, wherein the private key is not shared with the client, encrypting the secret with the public key to obtain an encrypted secret, after encrypting the secret, encrypting, based on a verification trigger, a verification value using the public key to obtain an encrypted verification value, sending the encrypted verification value to the escrow agent, obtaining a secret decryption response from the escrow agent, making a determination, based on the secret decryption response, that the escrow agent is not capable of decrypting the secret, and based on the determination, performing a remediation action.

Abstract: Techniques are provided for automated key management for accessing remote devices using single sign-on techniques. One method comprises maintaining a data record identifying target user devices that a given source user device is authorized to access; and initiating storage of a public key of the given source user device in a file of at least one target user device, wherein the given source user device accesses the at least one target user device using a secure remote connection protocol based on the public key of the given source user device stored in the file of the at least one target user device. The data record may further comprise a fingerprint of a key of the at least one target user device, and the method may further comprise comparing a fingerprint of the key returned by the at least one target user device to the fingerprint of the key obtained from the data record.

Abstract: One example method includes identifying dissimilar items in a data set. A data set may be walked one or more times and the nodes or vertices of the data set may be scored based on the number of times the nodes are touched during the walks. Scores below a threshold score are determined to be dissimilar nodes in the data set. This allows a diverse set of nodes to be identified. A dissimilar data set may be used to prevent unintentional bias in algorithmic training.

Abstract: A method for verifying a secret decryption of an escrow agent by a client operatively connected to the escrow agent includes initiating enrollment of the client with the escrow agent, wherein the enrollment results the escrow agent generating a key pair comprising a public key and a private key, obtaining the public key from the escrow agent, wherein the private key is not shared with the client, encrypting the secret with the public key to obtain an encrypted secret, after encrypting the secret, encrypting, based on a verification trigger, a verification value using the public key to obtain an encrypted verification value, sending the encrypted verification value to the escrow agent, obtaining a secret decryption response from the escrow agent, making a determination, based on the secret decryption response, that the escrow agent is not capable of decrypting the secret, and based on the determination, performing a remediation action.

Abstract: One example method includes logging into websites through devices including insecure devices. A logon device may store credentials. The logon device is configured to connect with an insecure device and then communicate with a website for authentication purposes without exposing a user's credentials to the insecure device. After the user is authenticated, the session is transferred to the insecure device.

Abstract: A method for securing a secret of a client using an escrow agent operatively connected to the client includes initiating enrollment of the client with the escrow agent, wherein the enrollment results the escrow agent generating a key pair comprising a public key and a private key, obtaining the public key from the escrow agent, wherein the private key is not shared with the client, encrypting the secret with the public key to obtain an encrypted secret, and storing the encrypted secret on the client.

Abstract: One example method includes evaluating code of a quantum circuit, estimating one or more runtime statistics concerning the code, generating a recommendation based on the one or more runtime statistics, and the recommendation identifies one or more resources recommended to be used to execute the quantum circuit, checking availability of the resources for executing the quantum circuit, allocating resources, when available, sufficient to execute the quantum circuit, and using the allocated resources to execute the quantum circuit.

Abstract: Techniques are provided for automated key management for accessing remote devices using single sign-on techniques. One method comprises maintaining a data record identifying target user devices that a given source user device is authorized to access; and initiating storage of a public key of the given source user device in a file of at least one target user device, wherein the given source user device accesses the at least one target user device using a secure remote connection protocol based on the public key of the given source user device stored in the file of the at least one target user device. The data record may further comprise a fingerprint of a key of the at least one target user device, and the method may further comprise comparing a fingerprint of the key returned by the at least one target user device to the fingerprint of the key obtained from the data record.