InSync Modernization Guide

InSync allows users to browse, edit, and manage data across different files and databases. It provides application-related views of data, enabling users to understand data in the context of their applications. Additionally, it supports the creation of XML formats of data for integration with other systems.

InSync supports IMS and DB2 databases, allowing users to interact with and manage data stored in these systems. It provides functionalities to browse, edit, and extract data from these databases, facilitating data-related tasks.

InSync can create copies of production data with masking of sensitive information for testing purposes. This feature allows organizations to perform testing activities using realistic data without exposing sensitive information, ensuring compliance with data privacy regulations.

While specific command syntax may vary, common operations include browsing datasets (e.g., using commands to navigate and view data), editing data (e.g., commands to modify data values), and extracting data (e.g., commands to export data in various formats).

InSync's architecture includes components for data access, data transformation, and user interface presentation. These components communicate through internal APIs and data exchange mechanisms. The system uses standard z/OS file systems and database interfaces for data storage.

InSync likely uses standard z/OS security mechanisms for authentication and authorization. This may include integration with RACF or similar security systems. Access control is typically role-based, with permissions assigned to users based on their roles.

InSync provides application-related views of data, which helps business users understand data in the context of their applications. This can improve decision-making and data analysis. The ability to create masked copies of production data for testing reduces the risk of exposing sensitive information.

By providing tools to browse, edit, and manage data, InSync can improve data quality and consistency. This can lead to more reliable reporting and analysis. The ability to create XML formats of data facilitates integration with other systems and data sharing.

InSync likely integrates with z/OS security systems such as RACF for authentication. It supports role-based access control (RBAC), where permissions are assigned to roles, and users are assigned to those roles. Encryption methods used may include standard z/OS encryption facilities.

InSync uses a role-based access control (RBAC) model. Access to data and functions is determined by the roles assigned to users. This allows administrators to manage permissions efficiently and ensure that users only have access to the data they need.

Audit logging capabilities likely exist within InSync to track user activity and data modifications. These logs can be used for security monitoring and compliance purposes. The specific details of what is logged and how it is accessed would be available in the product documentation.

Administrative interfaces for InSync are likely provided through a combination of TSO/ISPF panels and potentially a web-based interface. User management is handled through z/OS security systems like RACF. Configuration parameters are typically stored in control datasets.

Monitoring and logging capabilities are provided through z/OS system management facilities (SMF) and potentially through InSync-specific logs. These logs can be used to track system activity, identify issues, and monitor performance. Specific log formats and content would be detailed in the product documentation.