IAV Egalité

IAV Egalité is a software tool designed to manage complex project data efficiently across the entire development process. It addresses challenges like data errors, inefficiencies, and project delays by enabling seamless, efficient, and accurate data exchange between systems. This tool is built for all internal and external users, ensuring information is always current and relevant to their specific needs.

Key Benefits:

• Accessibility: Enables employees to work with reliable data in short time frames, providing everyone with the information needed for their tasks.
• Competitive Advantage: Supports timely decision-making and can reduce licensing costs for various applications (e.g., DOORS, ECU Test).
• Ease of Use: Simplifies switching between applications like JIRA <> DevOps and DOORS <> Codebeamer through a standardized gateway infrastructure.
• Traceability: Allows direct linking and updating of application elements from any system, achieving error-free horizontal and vertical traceability.

Technical Features:

• Up-to-date Data: Offers daily data synchronization.
• Scalability and Flexibility: Adapts to project size and complexity, with customization options.
• Compliant Data: Ensures accurate synchronization across platforms without loss or corruption.
• Optimized Processes: Automates data management and synchronization across platforms.
• User-Friendliness: Features an intuitive interface for managing data synchronization.
• Broad Application Support: Includes IBM Doors, Atlassian Tools (Jira, Confluence), Xray, Codebeamer, GitLab, GitHub, HP ALM, KPM.
• Infrastructure Choice: Can be deployed in your own cloud or a public cloud managed by IAV.

How to Use IAV Egalité:

1. Create Project: Project managers can set up projects quickly.
2. Access Control: Define users and roles for appropriate permissions.
3. Endpoint Configuration: Select ticket systems and define registration methods.
4. Define Lookup Tables: Add translations for consistent status and clearance across systems.
5. Create Synchronization Process: Configure system synchronization intervals and filters for relevant data exchange.
6. Graphical Overview and Tests: Visually map systems, define field mappings, and test configurations in real-time.
7. Permanent Design: Initiate continuous, automated data exchange.
8. Monitoring and Reporting: Review sessions, track data transfers, and analyze error reports.