How does NeoData ensure data integrity during migration?

NeoData facilitates the migration of VSAM datasets from z/OS to Microsoft SQL Server. It enables existing COBOL applications to access the migrated data without requiring any code modifications. This ensures business continuity while modernizing data storage.

What are the key benefits of using NeoData?

NeoData employs a multi-stage data validation process. This includes checksum verification, data type mapping validation, and record count comparisons to ensure data consistency between the source VSAM datasets and the target SQL Server tables.

What types of VSAM datasets does NeoData support?

Key benefits include reduced mainframe costs, improved data accessibility, and enhanced data analytics capabilities. NeoData eliminates the need for expensive mainframe hardware and software while providing access to data through modern SQL Server tools.

What protocols does NeoData use for communication?

NeoData comprises the VSAM Extractor, the Data Transformer, the SQL Server Loader, and the COBOL Interface. The VSAM Extractor reads data from z/OS, the Data Transformer maps and converts the data, the SQL Server Loader inserts data into SQL Server, and the COBOL Interface provides transparent access.

What is the syntax for basic operations?

NeoData uses TCP/IP for communication between the z/OS and SQL Server environments. Data transfer is secured using TLS encryption. The COBOL Interface uses standard SQL calls to interact with the SQL Server database.

What configuration files are used?

Basic operations involve using JCL to execute the VSAM Extractor, configuring the Data Transformer with mapping rules, and running the SQL Server Loader. For example, the JCL might include statements to allocate datasets and invoke the NeoData utilities. The COBOL Interface requires no code changes.

What APIs does NeoData expose?

NeoData uses configuration files for mapping VSAM fields to SQL Server columns, defining data transformation rules, and specifying connection parameters. These files are typically in a structured format, such as XML or JSON, and are managed through the NeoData administration interface.

What is the ROI of using NeoData?

By migrating VSAM datasets to SQL Server, NeoData reduces the reliance on expensive mainframe resources. This includes hardware, software licenses, and operational costs associated with maintaining the mainframe environment.

How does NeoData improve data accessibility?

The ROI is realized through reduced mainframe expenses, improved data accessibility, and enhanced data analytics capabilities. The ability to access data through SQL Server enables better decision-making and faster time-to-market for new applications.

How does NeoData support business continuity?

NeoData makes data accessible through standard SQL Server tools and interfaces. This allows users to leverage existing skills and tools for data analysis, reporting, and application development, without requiring specialized mainframe knowledge.

How does NeoData enhance data analytics?

NeoData ensures business continuity by enabling COBOL applications to continue accessing data during and after the migration. The COBOL Interface provides transparent access to the migrated data, minimizing disruption to business operations.

What access control model is used?

NeoData supports authentication via Kerberos and Active Directory. These methods ensure secure access to the NeoData components and the migrated data within SQL Server.

What encryption is used?

NeoData supports Role-Based Access Control (RBAC). Users are assigned roles with specific permissions, ensuring that they only have access to the data and functions necessary for their tasks.

What audit/logging capabilities exist?

Data is encrypted in transit using TLS. Data at rest within SQL Server can be encrypted using SQL Server's built-in encryption features. This ensures data confidentiality throughout the migration process and beyond.

How are security configurations managed?

NeoData provides comprehensive audit logging. All data access, data modifications, and system events are logged, providing a detailed audit trail for security and compliance purposes.

How is user management handled?

NeoData provides a web-based administration console and a command-line interface (CLI). The web console offers a graphical interface for managing configurations, monitoring jobs, and viewing logs. The CLI allows for scripting and automation.

What are the main configuration parameters?

User management is handled through integration with existing authentication systems, such as Active Directory or LDAP. Administrators can assign roles and permissions to users, controlling their access to NeoData resources.

What monitoring capabilities exist?

Main configuration parameters include connection details for z/OS and SQL Server, data mapping rules, and security settings. These parameters are managed through the administration interface and stored in configuration files.

How are logs managed?

NeoData provides real-time monitoring of migration jobs, including status updates, error messages, and performance metrics. This information is accessible through the web console and the REST API.

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NeoData

Adaptigent Supported z/OS

Files and Datasets (VSAM) Migration

Vendor

Adaptigent

Product Overview

The architecture of NeoData is designed for scalability, security, and ease of management. The VSAM Extractor, Data Transformer, and SQL Server Loader are independent modules that can be deployed across multiple servers to handle large-scale migrations. The VSAM Extractor utilizes optimized I/O routines for efficient data retrieval from z/OS.

The Data Transformer supports complex data transformations, including data type conversions, field reformatting, and data cleansing. The SQL Server Loader leverages SQL Server's bulk copy features for high-speed data insertion. The COBOL Interface uses ODBC drivers to provide transparent access to the migrated data.

The REST API is built using a microservices architecture, allowing for independent scaling and updates. The system uses TCP/IP for communication between the z/OS and SQL Server environments, with TLS encryption to secure data in transit. Authentication is handled through Kerberos and Active Directory, and RBAC is implemented to control access to data and system resources.

The web-based administration console and CLI provide comprehensive management capabilities, including monitoring, logging, and configuration management. The system is designed to integrate with existing monitoring and alerting systems.

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NeoData

Product Overview

Frequently Asked Questions

What is NeoData's primary function?

How does NeoData ensure data integrity during migration?

What are the key benefits of using NeoData?

What types of VSAM datasets does NeoData support?

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What are the main components of NeoData?

What protocols does NeoData use for communication?

What is the syntax for basic operations?

What configuration files are used?

What APIs does NeoData expose?

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How does NeoData reduce mainframe costs?

What is the ROI of using NeoData?

How does NeoData improve data accessibility?

How does NeoData support business continuity?

How does NeoData enhance data analytics?

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What authentication methods are supported?

What access control model is used?

What encryption is used?

What audit/logging capabilities exist?

How are security configurations managed?

undefined

What administrative interfaces are available?

How is user management handled?

What are the main configuration parameters?

What monitoring capabilities exist?

How are logs managed?

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