What are some common operations performed with FIS Data Navigator?

While specific commands vary, common operations include transaction lookup by ID, filtering transactions by criteria (e.g., amount, date), and viewing transaction details. Configuration files define routing rules and data transformations.

What types of APIs does FIS Data Navigator expose?

Data Navigator likely exposes APIs for transaction inquiry and reporting. These APIs could be RESTful or SOAP-based. Specific endpoint patterns and method names would be defined in the API documentation.

What are the main system components of FIS Data Navigator?

The system architecture includes components such as the Data Collector, Routing Engine, and Monitoring Console. These components communicate via message queues and potentially direct database connections.

What databases are used by FIS Data Navigator?

Data Navigator likely uses a relational database (e.g., Oracle, DB2) to store transaction data and configuration information. Specific database requirements would be outlined in the system documentation.

How does FIS Data Navigator improve business value?

By providing real-time transaction visibility, Data Navigator enables faster issue resolution and improved customer service. It also supports compliance efforts by providing an audit trail of transaction activity.

How does FIS Data Navigator reduce operational costs?

Data Navigator helps reduce operational costs by automating transaction monitoring and reducing the need for manual reconciliation. It also improves efficiency by streamlining data routing and processing.

How does FIS Data Navigator improve decision-making?

The system provides a centralized view of transaction data, enabling better decision-making and improved risk management. This allows banks to identify and address potential problems more quickly.

What authentication methods are supported by FIS Data Navigator?

Data Navigator supports authentication methods such as LDAP, SAML 2.0, and X.509 certificates. Specific authentication requirements would be configured within the system.

What access control model is used by FIS Data Navigator?

The system uses a role-based access control (RBAC) model to manage user permissions. This allows administrators to assign specific roles to users, granting them access to certain functions and data.

What encryption is used by FIS Data Navigator?

Data Navigator uses encryption to protect sensitive data both in transit and at rest. Specific encryption algorithms and key management practices would be documented in the system's security documentation.

What audit/logging capabilities exist in FIS Data Navigator?

The system provides audit logging capabilities to track user activity and system events. These logs can be used to monitor security and compliance.

What administrative interfaces are available for FIS Data Navigator?

Data Navigator provides administrative interfaces such as a web console and potentially a command-line interface (CLI). These interfaces are used to configure the system, manage users, and monitor performance.

How is user management handled in FIS Data Navigator?

User management is handled through the administrative interface, allowing administrators to create, modify, and delete user accounts. User roles and permissions are also managed through this interface.

What are the main configuration parameters for FIS Data Navigator?

Key configuration parameters include routing rules, data transformation settings, and security configurations. These parameters are typically stored in configuration files or a database.

What monitoring/logging capabilities exist in FIS Data Navigator?

Data Navigator provides monitoring and logging capabilities to track system performance and identify potential issues. Logs can be viewed through the administrative interface or exported for analysis.

Share Your Product Experience

Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.

Share Your Experience

FIS Data Navigator

FIS Active z/OS

Application - Banking/Finance MQ Messaging and SOA

Vendor

FIS

Product Overview

FIS Data Navigator's architecture comprises several key components: the Data Collector, responsible for ingesting data from various source systems; the Routing Engine, which determines the appropriate destination for each transaction based on predefined rules; and the Monitoring Console, providing a real-time view of transaction flows and system performance. These components communicate primarily via message queues (MQ), ensuring reliable and asynchronous data delivery. , Oracle, DB2) for persistent storage of transaction data and configuration information.

Data Navigator supports integration via APIs, potentially using RESTful or SOAP-based interfaces. 0, with access control managed via a role-based access control (RBAC) model. Competing products may offer similar architectural patterns, but Data Navigator is optimized for the FIS Enterprise Payments platform, ensuring seamless integration and efficient operation within the FIS ecosystem.

Network requirements include open ports for MQ communication and database connectivity.

Frequently Asked Questions

What is the primary function of FIS Data Navigator?

FIS Data Navigator collects transaction data from various source systems within the FIS Enterprise Payments platform. It then routes this data to appropriate processing systems for further action.

How does FIS Data Navigator provide value to banking operations?

Data Navigator allows bank personnel to monitor transactions as they move through the FIS payment processing system. This provides visibility into transaction status and potential issues.

With what systems does FIS Data Navigator integrate?

Data Navigator integrates with various source systems, including core banking platforms, payment gateways, and fraud detection systems. It also integrates with downstream processing systems for settlement and reconciliation.

What messaging technologies are used by FIS Data Navigator?

The system uses message queues (MQ) and other messaging protocols to ensure reliable data delivery between components. Specific protocols may include IBM MQ, JMS, or proprietary FIS protocols.

Related Products

Help Improve This Directory

Notice outdated information? Have insights about this product? Help the mainframe community stay informed with accurate, current data.

Report Issue Suggest Product Share Event

Are You a Vendor? Claim Your Listing

Take control of your product listings. Add verified information, showcase updates, and unlock a Claimed Vendor badge across the directory.

Claim Your Listing Now