OpenText Trading Grid Cartographer - OpenText Core Content - Metadata Integration and Automation

Common Integration Use Cases Between OpenText Trading Grid Cartographer and OpenText Core Content - Metadata

1. Partner Integration Documentation Linked to Content Metadata

Data flow: OpenText Trading Grid Cartographer to OpenText Core Content - Metadata

Use Cartographer to capture partner connection details, message types, and integration dependencies, then publish that information into Core Content as governed metadata on onboarding guides, interface specifications, and partner playbooks. This gives business and operations teams a searchable, controlled repository of integration documentation tied to the actual B2B landscape.

• Improves discoverability of partner and interface documentation
• Supports audit readiness and change control
• Reduces time spent locating current integration specs

2. Impact Analysis Records Stored with Controlled Metadata

Data flow: OpenText Trading Grid Cartographer to OpenText Core Content - Metadata

When Cartographer identifies downstream dependencies for an EDI or API change, the impact analysis output can be stored in Core Content with standardized metadata such as partner name, system owner, transaction set, region, and risk level. This creates a governed record of change assessments that can be reused by project, support, and compliance teams.

• Speeds up change approval workflows
• Creates consistent impact analysis records across teams
• Improves traceability for audits and incident reviews

3. Metadata-Driven Partner Onboarding Package Management

Data flow: Bi-directional

During partner onboarding, Cartographer can provide the technical integration profile while Core Content enforces metadata for onboarding documents, contracts, certificates, and testing artifacts. Core Content can then feed approved document status and classification back to Cartographer so integration teams know which partner packages are complete and ready for activation.

• Aligns technical onboarding with document governance
• Reduces delays caused by missing approvals or artifacts
• Provides a single view of onboarding completeness

4. Operational Incident Resolution with Classified Runbooks

Data flow: OpenText Trading Grid Cartographer to OpenText Core Content - Metadata

Cartographer can identify the affected partner links, message routes, and transaction paths during an incident, while Core Content stores runbooks, troubleshooting guides, and escalation procedures with metadata such as application, partner, severity, and process area. Support teams can quickly retrieve the correct remediation content based on the impacted integration.

• Shortens mean time to resolution
• Improves consistency in incident handling
• Helps service desks route issues to the right support group

5. Governance of Integration Standards and Policy Documents

Data flow: OpenText Core Content - Metadata to OpenText Trading Grid Cartographer

Core Content can manage approved standards, trading partner policies, and message specification documents with enforced metadata such as version, effective date, business unit, and compliance category. Cartographer can reference these governed documents to ensure mapped integrations align with current standards and to flag interfaces that may require review when policies change.

• Ensures integrations follow approved standards
• Supports policy change impact assessment
• Reduces risk of outdated specifications being used

6. Compliance Evidence for B2B and API Exchanges

Data flow: OpenText Trading Grid Cartographer to OpenText Core Content - Metadata

Cartographer can generate evidence of active partner connections, message flows, and integration topology, which Core Content stores as compliance records with controlled metadata. This is useful for regulated industries that need proof of data exchange controls, partner segmentation, and operational oversight.

• Centralizes compliance evidence in a governed repository
• Supports internal and external audits
• Improves reporting on integration control coverage

7. Content Classification for Integration Change Communications

Data flow: OpenText Core Content - Metadata to OpenText Trading Grid Cartographer

Core Content can classify change notices, release communications, and partner advisories using metadata such as affected partner group, transaction type, and go-live date. Cartographer can use that classification to map the communication to the relevant integrations and notify the correct technical and business stakeholders.

• Targets change communications more accurately
• Reduces missed notifications to impacted partners
• Improves coordination between integration and content governance teams

8. Master Repository for Integration Assets and Supporting Content

Data flow: Bi-directional

Cartographer maintains the technical map of integrations, while Core Content stores the supporting assets such as interface agreements, test scripts, certificates, and exception procedures. Shared metadata links the technical connection to its business documents, creating a complete operational record for each partner or interface.

• Provides a unified view of technical and business artifacts
• Supports faster onboarding, troubleshooting, and audits
• Improves collaboration between integration, compliance, and content teams