Abstract: A method and apparatus for a secure hardware cryptographic keystore for custody of cryptocurrency funds (and other digital such as NFTs) which ensures no individual participant in key generation or transaction signing ever has access to the full key or even a complete key-part, thereby eliminating the traditional need to rotate keys and re-encrypt data when authorized key-holders change. The system includes an air-gapped key generator machine and an air-gapped transaction signing machine that lack network communications capabilities. The key generator machine receives an entropy source and produces sets of public/private key pairs for use on a cryptocurrency blockchain.

Abstract: Aspects described herein relate to methods and systems for comparing data stored in disparate parallel systems using hash sums. A database having a parallel system architecture may comprise a plurality of nodes each storing a plurality of records. A central node may initiate parallel calculation of a set of node hash sums for each individual node. Calculating a node hash sum for an individual node may comprise calculating, by the individual node, a set of hash values for each individual record of the plurality of records stored by the individual node and combining each hash value of the set of hash values to generate the node hash sum for the individual node. The central processor may combine each node hash sum to generate a database hash sum. The central processor may store the generated database hash sum and/or utilize it in comparisons with database hash sums for other databases.

Abstract: Aspects described herein relate to methods and systems for comparing data stored in disparate parallel systems using hash sums. A database having a parallel system architecture may comprise a plurality of nodes each storing a plurality of records. A central node may initiate parallel calculation of a set of node hash sums for each individual node. Calculating a node hash sum for an individual node may comprise calculating, by the individual node, a set of hash values for each individual record of the plurality of records stored by the individual node and combining each hash value of the set of hash values to generate the node hash sum for the individual node. The central processor may combine each node hash sum to generate a database hash sum. The central processor may store the generated database hash sum and/or utilize it in comparisons with database hash sums for other databases.

Abstract: Aspects described herein relate to methods and systems for comparing data stored in disparate parallel systems using hash sums. A database having a parallel system architecture may comprise a plurality of nodes each storing a plurality of records. A central node may initiate parallel calculation of a set of node hash sums for each individual node. Calculating a node hash sum for an individual node may comprise calculating, by the individual node, a set of hash values for each individual record of the plurality of records stored by the individual node and combining each hash value of the set of hash values to generate the node hash sum for the individual node. The central processor may combine each node hash sum to generate a database hash sum. The central processor may store the generated database hash sum and/or utilize it in comparisons with database hash sums for other databases.

Abstract: Aspects described herein relate to methods and systems for comparing data stored in disparate parallel systems using hash sums. A database having a parallel system architecture may comprise a plurality of nodes each storing a plurality of records. A central node may initiate parallel calculation of a set of node hash sums for each individual node. Calculating a node hash sum for an individual node may comprise calculating, by the individual node, a set of hash values for each individual record of the plurality of records stored by the individual node and combining each hash value of the set of hash values to generate the node hash sum for the individual node. The central processor may combine each node hash sum to generate a database hash sum. The central processor may store the generated database hash sum and/or utilize it in comparisons with database hash sums for other databases.

Abstract: Aspects described herein relate to methods and systems for comparing data stored in disparate parallel systems using hash sums. A database having a parallel system architecture may comprise a plurality of nodes each storing a plurality of records. A central node may initiate parallel calculation of a set of node hash sums for each individual node. Calculating a node hash sum for an individual node may comprise calculating, by the individual node, a set of hash values for each individual record of the plurality of records stored by the individual node and combining each hash value of the set of hash values to generate the node hash sum for the individual node. The central processor may combine each node hash sum to generate a database hash sum. The central processor may store the generated database hash sum and/or utilize it in comparisons with database hash sums for other databases.

Abstract: According to an embodiment, an apparatus including a memory and a processor is provided. The memory may store a plurality of conversion rules. The processor may receive a first script and determine a first type associated with the first script, a plurality of variables included in the first script, and a first layout associated with the first script. The processor may determine that at least one conversion rule of the plurality of conversion rules should be applied. The processor may determine a second type, a second variable, and a second layout. The processor may generate a second script associated with the second type and the second layout, the second script comprising the second variable, the second script executable against a database comprising a plurality of database processors.

Abstract: Aspects described herein relate to methods and systems for comparing data stored in disparate parallel systems using hash sums. A database having a parallel system architecture may comprise a plurality of nodes each storing a plurality of records. A central node may initiate parallel calculation of a set of node hash sums for each individual node. Calculating a node hash sum for an individual node may comprise calculating, by the individual node, a set of hash values for each individual record of the plurality of records stored by the individual node and combining each hash value of the set of hash values to generate the node hash sum for the individual node. The central processor may combine each node hash sum to generate a database hash sum. The central processor may store the generated database hash sum and/or utilize it in comparisons with database hash sums for other databases.

Abstract: According to an embodiment, an apparatus including a memory and a processor is provided. The memory may store a plurality of conversion rules. The processor may receive a first script and determine a first type associated with the first script, a plurality of variables included in the first script, and a first layout associated with the first script. The processor may determine that at least one conversion rule of the plurality of conversion rules should be applied. The processor may determine a second type, a second variable, and a second layout. The processor may generate a second script associated with the second type and the second layout, the second script comprising the second variable, the second script executable against a database comprising a plurality of database processors.

Abstract: Isolated Dendritic Cell Transmembrane Serine Proteases (DCTSPs), DNAs encoding such DCTSPs, and pharmaceutical and/or diagnostic compositions made therefrom, are disclosed. The isolated DCTSPs can be used to hydrolyze peptide bonds. The DCTSPs are also useful in screening for inhibitors or agonists thereof.

Abstract: Nucleic acid sequences which encode biologically active ETF, expression vectors which direct the expression of ETF, ETF polypeptides, antibodies which specifically bind ETF and processes for preparing the same are disclosed. Also disclosed are methods for treating or preventing gastrointestinal diseases and HIV or HIV-associated diseases.

Abstract: The invention is directed to purified and isolated novel murine and human kinase polypeptides, the nucleic acids encoding such polypeptides, processes for production of recombinant forms of such polypeptides, antibodies generated against these polypeptides, fragmented peptides derived from these polypeptides, and the uses of the above.

Abstract: Isolated receptors, DNAs encoding such receptors, and pharmaceutical compositions made therefrom, are disclosed. The isolated receptors can be used to regulate an immune response. The receptors are also useful in screening for inhibitors thereof.

Abstract: This invention relates to IMX97018, a new members of the human ataxin-1-like polypeptide family, methods of making such polypeptides, and to methods of using them to diagnose and treat neurological conditions and to identify compounds that alter IMX97018 polypeptide activities.

Abstract: A semiconductor device and a method for fabricating a semiconductor device with reduced line bending is provided. The method can include forming a first layer and depositing a photoresist layer on the first layer. The photoresist layer can be patterned, such that the patterning comprises at least one support feature disposed adjacent to an outside of a corner feature.

Abstract: This invention relates to B7-H3A, a new member of the human B7 polypeptide family, methods of making such polypeptides, and to methods of using them to treat immunological conditions and to identify compounds that alter B7-H3A polypeptide activities.

Abstract: The invention is directed to purified and isolated novel murine and human kinase polypeptides, the nucleic acids encoding such polypeptides, processes for production of recombinant forms of such polypeptides, antibodies generated against these polypeptides, fragmented peptides derived from these polypeptides, and the uses of the above.

Abstract: The invention is directed to purified and isolated human polypeptides having kinase function, the nucleic acids encoding such polypeptides, processes for production of recombinant forms of such polypeptides, antibodies generated against these polypeptides, fragmented peptides derived from these polypeptides, the use of such polypeptides and fragmented peptides in phosphorylation reactions and as molecular weight markers, the use of such polypeptides and fragmented peptides as controls for peptide fragmentation, the use of such polypeptides in screening assays, and kits comprising these reagents.

Abstract: Isolated Dendritic Cell Transmembrane Serine Proteases (DCTSPs), DNAs encoding such DCTSPs, and pharmaceutical and/or diagnostic compositions made therefrom, are disclosed. The isolated DCTSPs can be used to hydrolyze peptide bonds. The DCTSPs are also useful in screening for inhibitors or agonists thereof.

Abstract: This invention relates to IMX97018, a new members of the human ataxin-1-like polypeptide family, methods of making such polypeptides, and to methods of using them to diagnose and treat neurological conditions and to identify compounds that alter IMX97018 polypeptide activities.