Abstract: Multi-tenancy system to perform tactical and permanent database and communication operations including secure handling of personally identifiable and/or health information (PII/PHI), data collection, data management, reporting, data analytics, secure communications, document sharing and microservices (e.g., registration, credentialing, RFID/barcoding, geo-location/geo-fencing, mobile application integration, social networking, biometrics). System includes security platform meeting stringent data protection mandates including firewall with extensive security protocols, encrypting communications between components of system (in transit) and information within each of the components (at rest). PII/PHI information is further encrypted and only visible with appropriate decryption key. System utilizes low code/no code database platform to address increasing demand for rapid, iterative and collaborative application development. System includes form builder that can easily add dynamic fields.

Abstract: Multi-tenancy system to perform tactical and permanent database and communication operations including secure handling of personally identifiable and/or health information (PII/PHI), data collection, data management, reporting, data analytics, secure communications, document sharing and microservices (e.g., registration, credentialing, RFID/barcoding, geo-location/geo-fencing, mobile application integration, social networking, biometrics). System includes security platform meeting stringent data protection mandates including firewall with extensive security protocols, encrypting communications between components of system (in transit) and information within each of the components (at rest). PII/PHI information is further encrypted and only visible with appropriate decryption key. System utilizes low code/no code database platform to address increasing demand for rapid, iterative and collaborative application development. System includes form builder that can easily add dynamic fields.

Abstract: A multi-tenancy system to perform tactical and permanent database and communication operations to include but not limited secure handling of personally identifiable information (PII), data management, credentialing, RFID/barcoding, social networking, biometrics, registration, secure communications, geo-location and geo-fencing, reporting, data analytics, physical security information management, mobile applications and document sharing. The system includes a security platform meeting stringent data protection mandates including a firewall with extensive security protocols, encrypting communications between various components of the system (in transit) and information within each of the components (at rest). PII information is further encrypted and is only visible with appropriate decryption key. The system utilizes a low code/no code database platform to address increasing demand for rapid, iterative and collaborative application development.

Abstract: A multi-tenancy system to perform tactical and permanent database and communication operations to include but not limited secure handling of personally identifiable information (PII), data management, credentialing, RFID/barcoding, social networking, biometrics, registration, secure communications, geo-location and geo-fencing, reporting, data analytics, physical security information management, mobile applications and document sharing. The system includes a security platform meeting stringent data protection mandates including a firewall with extensive security protocols, encrypting communications between various components of the system (in transit) and information within each of the components (at rest). PII information is further encrypted and is only visible with appropriate decryption key. The system utilizes a low code/no code database platform to address increasing demand for rapid, iterative and collaborative application development.

Abstract: A method of classifying cells into subpopulations using cell classifying data is described. The method comprises receiving and analyzing image data to identify object areas in the image data to determine, for at least one selected first cell, one or more measurements. A first parameter set is derived from the measurements for the first cell, the first parameter set comprising at least one of said one or more measurements. The first set of cells are classified into subpopulations, and identified to produce first identifying data. Cell classifying data for use in classifying a second set of cells into subpopulations is derived from the first parameter set and the first identifying data. A second set of cells is classified into subpopulations on the basis of one or more measurements taken for cells in the second set of cells, by use of the cell classifying data. The parameter sets of cells may be represented as vectors in an n-dimensional space.

Abstract: A method of classifying cells into subpopulations using cell classifying data is described. The method comprises receiving and analyzing image data to identify object areas in the image data to determine, for at least one selected first cell, one or more measurements. A first parameter set is derived from the measurements for the first cell, the first parameter set comprising at least one of said one or more measurements. The first set of cells are classified into subpopulations, and identified to produce first identifying data. Cell classifying data for use in classifying a second set of cells into subpopulations is derived from the first parameter set and the first identifying data. A second set of cells is classified into subpopulations on the basis of one or more measurements taken for cells in the second set of cells, by use of the cell classifying data. The parameter sets of cells may be represented as vectors in an n-dimensional space.