Capella to Polarion Integration Plugin

The Capella to Polarion Integration Plugin is a powerful tool designed to bridge the gap between model-based systems engineering (MBSE) and requirements management. This extension enables seamless synchronization of system elements from Capella directly into Siemens Polarion ALM, improving traceability, collaboration, and data consistency across engineering teams.

Key Features

• Bidirectional Synchronization: Easily synchronize selected Capella elements with Polarion Work Items and vice versa. Select specific fields to transfer in either direction using an intuitive synchronization interface.
• Quick First-Time Setup: Simple configuration process using a predefined PolarionConfig element in Capella. Secure login window stores credentials for reuse, ensuring a smooth start.
• Live Mapping of Model Elements: Capella elements are linked with newly created or existing Polarion Work Items. Visual indication of linked Polarion IDs in the Capella Project Explorer.
• Work Item Creation: Directly create Polarion Work Items from within Capella with custom field mapping. Option to select target project and LiveDoc for item placement.
• Update Existing Links: Update content between synchronized Capella elements and Polarion items without duplication. Keep both sides aligned as your model evolves.
• Manual Link to Existing Work Items: Option to manually link existing Polarion Work Items to Capella elements via Work Item ID.
• Credential Management: Built-in secure credential storage. Easy reset of credentials via Capella’s Preferences > Secure Storage settings.

Benefits

• Eliminates manual duplication of information between MBSE and ALM tools.
• Enhances end-to-end traceability between system models and formal requirements.
• Supports agile and V-model development processes with accurate linking and updates.
• Reduces integration overhead with a user-friendly interface and fast deployment.

Usage Scenario

Ideal for systems engineers, architects, and quality assurance teams working in industries such as aerospace, automotive, and defense, where alignment between architecture models and requirements compliance is critical.