Abstract: A method for mapping source code to computation resource, the method including the steps of: determining computation resources of a cloud provider used by an application; identifying executable artifacts that are deployed on the computation resources; and matching executable artifacts to source-code and configuration content to provide artifact to code or configuration matches.

Abstract: A system and method for detecting feature requests that pose a potential security risk, including: collecting the feature requests from providers; and analyzing the feature requests to assess whether features requested in the feature requests will pose a security risk to the system once created.

Abstract: A method for unifying risks and remediations associated with entities in application and infrastructure code, including the steps of: defining governance rules; fetching data from more than one source; extracting features from the data in a unified manner; formalizing sub-entities from the extracted features, the formalized sub-entities representing the extracted features in a formal and unified manner; providing a plurality of entities from the formalized sub-entities, matching and unifying sub-entities having common extracted features into single entities of the plurality of entities; aggregating risks and remediations of each of the same sub-entities and assigning the aggregated risks and remediations to the corresponding single entity; and computing risk priority and triggering workflows based on the matched governance rules.

Abstract: A method for detecting undesired activity prior to performing a code build, the method including: (a) learning behaviors of each of a plurality of entities so as to train unique models for each of the plurality of entities; (b) monitoring new events of the plurality of entities to detect anomalous behavior relative to corresponding models of the unique models; and (c) executing a workflow for remediation of a detected anomalous behavior. A method for monitoring and protecting a deployment process post build, the method including: receiving source code and a corresponding binary resulting from the build of the source code; comparing the source code to the binary for at least one discrepancy there-between; and halting the deployment process if the at least one discrepancy is detected.

Abstract: A kit for labeling a prostate-specific membrane antigen (PSMA) ligand with a radioactive isotope such as 68Ga, 177Lu, or 90Y. Radiolabeled PSMA ligands prepared by this kit can be used for both imaging and therapy purposes. The kit includes a disposable reaction vial containing predetermined amounts of a sodium-based buffering agent and a PSMA ligand, both in dried form; or two disposable reaction vials, wherein one of the reaction vials contains predetermined amounts of the sodium-based buffering agent in dried form and the other of the reaction vials that contains predetermined amounts of the PSMA ligand in dried form, wherein the reaction vial containing the PSMA ligand and optionally the sodium-based buffering agent further contains protons adhered to the inner walls of the reaction vial.

Abstract: There is provided a method for converting input data into a semantic representation, comprising: receiving input data, parsing the input data to identify terms, converting the terms into candidate semantic elements that map to model element(s) of a hierarchical object model, designating one of the candidate semantic elements as a basis semantic element indicative of an object type, wherein the basis semantic representation is set as a root of a tree data structure representation of the semantic representation, combining a subset of the candidate semantic elements into the semantic representation according to a path requirement between each of the model elements and the object type, wherein the semantic representation comprises a hierarchical structure of the subset of the candidate semantic elements connected to the basis semantic element by semantic relations, and creating a structured representation of the input data based on the semantic representation for execution by the search engine.

Abstract: A system and method for interpretation of product-related data, including extracting product information from a product-related dataset of an e-commerce data source, determining at least one representation of the product information by elements of a product database model, by finding model elements corresponding to elements of the product information and selecting model elements that form consistent representation of the product information with hierarchic relations between the model elements, and creating an indexed product database by indexing according to the representing model elements the at least one determined representation of the product information.

Abstract: There is provided a method for converting input data into a semantic representation, comprising: receiving input data, parsing the input data to identify terms, converting the terms into candidate semantic elements that map to model element(s) of a hierarchical object model, designating one of the candidate semantic elements as a basis semantic element indicative of an object type, wherein the basis semantic representation is set as a root of a tree data structure representation of the semantic representation, combining a subset of the candidate semantic elements into the semantic representation according to a path requirement between each of the model elements and the object type, wherein the semantic representation comprises a hierarchical structure of the subset of the candidate semantic elements connected to the basis semantic element by semantic relations, and creating a structured representation of the input data based on the semantic representation for execution by the search engine.

Abstract: A system and method for interpretation of product-related data, including extracting product information from a product-related dataset of an e-commerce data source, determining at least one representation of the product information by elements of a product database model, by finding model elements corresponding to elements of the product information and selecting model elements that form consistent representation of the product information with hierarchic relations between the model elements, and creating an indexed product database by indexing according to the representing model elements the at least one determined representation of the product information.

Abstract: There is provided a system for converting a search query into an interpreted search query for searching a plurality of objects of an object-related dataset using a search engine, the system comprising: at least one hardware processor executing a code for: receiving, using a software interface, a search query provided by a user for at least one object of the plurality of objects, parsing the search query to identify a plurality of search terms, converting at least one of the plurality of search terms into at least one interpreted query term, creating an interpreted search query based on the at least one interpreted query term, and providing, using the software interface, the interpreted search query for execution by the search engine by matching the interpreted search query with at least one modeled object representation of each of the plurality of objects defined in an enhanced indexed object dataset.

Abstract: A system and method including receiving from a user machine a text input inserted as search input into a search input interface, providing the user machine at least one search category suggestion obtained from hierarchic data structure of search categories, once a suggested search category is selected, adding an indication of the selected search category to the search input, and providing at least one additional search category suggestion by filtering suggested search categories according to previously selected search categories included in the search input.

Abstract: A computer-implemented method and apparatus for unit testing, the method comprising: intercepting user interactions when a user is testing a function implemented by user code; recording execution data for the function execution; generating one or more tests based on the execution data, wherein each test is generated in accordance with a heuristic applicable for the function; detecting a code change in the function; and automatically executing the tests function to test the user code as changed.

Abstract: A method for labeling a prostate-specific membrane antigen (PSMA) ligand with a radioactive isotope, such as 68Ga, 177Lu, or 90Y, includes providing a reaction vial containing a sodium-based buffering agent and the PSMA ligand, both in dried form; adding a solution of the radioactive isotope in HCl to the reaction vial, thus obtaining a solution of the PSMA ligand and the radioactive isotope in the HCl; and mixing the solution and then incubating it for a sufficient period of time, thus reacting the PSMA ligand with the radioactive isotope to thereby obtain the PSMA ligand labeled with the radioactive isotope, At least 90% of the radioactive isotope in the solution is bound to the PSMA ligand. A kit can be used for carrying out the method. Radiolabeled PSMA ligands prepared by this method can be used for both imaging and therapy.

Abstract: A computer-implemented method and apparatus for unit testing, the method comprising: intercepting user interactions when a user is testing a function implemented by user code; recording execution data for the function execution; generating one or more tests based on the execution data, wherein each test is generated in accordance with a heuristic applicable for the function; detecting a code change in the function; and automatically executing the tests function to test the user code as changed.

Abstract: Novel families of amine-borane compounds, including fluorinated aminoboranes, novel bis-aminoboranes and aminoboranes having saturated and unsaturated ling alkyl chains are provided. Processes of preparing, pharmaceutical compositions and methods utilizing these novel compounds are also provided. Radiolabeled aminoboranes and uses thereof in radioimaging (e.g., PET) and radiotherapy are further provided.