OpenText Trading Grid Cartographer - OpenText Extended ECM - Content Server Integration and Automation

Common Integration Use Cases Between OpenText Trading Grid Cartographer and OpenText Extended ECM - Content Server

1. Centralized B2B Integration Documentation and Governance

Direction: OpenText Trading Grid Cartographer ? OpenText Extended ECM - Content Server

Integration architects can publish partner maps, interface inventories, and data flow diagrams from Trading Grid Cartographer into Content Server as governed project documentation. This creates a single controlled repository for integration designs, partner onboarding records, and approved connection standards.

• Stores current-state and target-state integration diagrams with version control
• Supports audit-ready documentation for EDI and API exchanges
• Improves handoff between architecture, operations, and compliance teams

2. Partner Onboarding Package Management

Direction: OpenText Trading Grid Cartographer ? OpenText Extended ECM - Content Server

When a new trading partner is added, Cartographer can provide the technical relationship details, while Content Server stores onboarding agreements, implementation guides, test plans, and signed approvals. This gives business and technical teams a complete onboarding record in one governed location.

• Links partner connection details to contracts and implementation artifacts
• Speeds onboarding by reducing document search and manual coordination
• Improves traceability from business agreement to live integration

3. Impact Analysis Support for Change Management

Direction: OpenText Trading Grid Cartographer ? OpenText Extended ECM - Content Server

When an interface, endpoint, or partner mapping changes in Cartographer, the affected documentation can be pushed to Content Server to support formal change control. Change requests, approvals, and rollback procedures can be stored alongside the impacted integration records.

• Helps change advisory boards assess business and technical impact faster
• Provides a controlled record of approved changes and exceptions
• Reduces risk during partner updates, schema changes, or endpoint migrations

4. Operational Incident and Root Cause Documentation

Direction: Bi-directional

Operations teams can use Cartographer to identify the affected partner links and data paths during an incident, then store incident reports, root cause analyses, and corrective action plans in Content Server. In return, incident records can be linked back to the relevant integration objects for future reference.

• Speeds troubleshooting by connecting incidents to actual integration dependencies
• Creates a reusable knowledge base for recurring B2B issues
• Supports post-incident reviews and continuous improvement

5. Compliance Evidence for Trading Partner Controls

Direction: OpenText Trading Grid Cartographer ? OpenText Extended ECM - Content Server

Organizations can archive evidence of approved partner connections, interface ownership, and data exchange mappings in Content Server to support compliance reviews and internal audits. Cartographer provides the technical proof of connectivity and scope, while Content Server manages the supporting policies, attestations, and audit evidence.

• Strengthens governance for regulated industries and external audits
• Maintains a defensible record of who exchanges what data with whom
• Reduces manual effort to compile audit packages

6. Integration Architecture Repository for Enterprise Standards

Direction: OpenText Trading Grid Cartographer ? OpenText Extended ECM - Content Server

Enterprise architecture teams can use Cartographer to capture the live B2B landscape and publish standardized architecture artifacts into Content Server. This supports reusable templates for interface patterns, naming conventions, security requirements, and approved partner onboarding models.

• Promotes consistency across distributed integration teams
• Helps enforce enterprise integration standards and reference architectures
• Reduces duplicate design work for similar partner connections

7. Contract and SLA Traceability for Managed Trading Relationships

Direction: Bi-directional

Trading partner contracts, service level agreements, and support terms can be stored in Content Server and linked to the corresponding partner connections in Cartographer. This enables business teams to quickly verify whether an integration issue relates to a contractual obligation, service window, or support commitment.

• Connects legal and commercial terms to technical integration records
• Improves accountability for partner service performance
• Supports faster resolution of disputes and service escalations

8. Decommissioning and Retirement of Legacy Interfaces

Direction: OpenText Trading Grid Cartographer ? OpenText Extended ECM - Content Server

When a partner interface is retired, Cartographer can identify dependent mappings and downstream connections, while Content Server retains the retirement approval, migration plan, and archival record. This ensures legacy integrations are removed in a controlled way without losing historical evidence.

• Prevents accidental removal of still-dependent connections
• Preserves historical integration records for reference and audit
• Supports orderly transition from legacy EDI or API exchanges to new platforms