Remedyforce EOL means BMC is discontinuing Remedyforce in favor of BMC Helix ITSM, and the move requires full re-implementation, not a simple upgrade. Every integration tied to Remedyforce objects, fields or APIs must be rebuilt. Teams can protect Helix migration by mapping dependencies first, then re-validating and testing each integration before cutover.
What Remedyforce EOL Means for Your Integrations
When BMC Helix Remedyforce reaches end-of-life, every integration connected to it faces a decision point. Integrations that currently rely on Remedyforce objects, fields or APIs must be evaluated and rebuilt.
Key areas affected include:
- Third-party tools pulling data from Remedyforce objects
- SOAR platforms ingesting Remedyforce incidents via REST APIs
- Identity systems using Remedyforce-specific roles or permission sets
No new features will be developed for Remedyforce, and support will phase out entirely. Supported integrations with other products will need to be fully reassessed and reconfigured within the BMC Helix ITSM environment.
During migration planning, review all job running information from probeMgr-adaptersDebug.log on Data Flow Probe to identify active integration workflows that may be affected. Plan for potential downtime and automation rework, because real-time data sharing between systems will need to be re-established during the migration.
Which Integrations Break First When Helix Migration Starts
Knowing which integrations break first helps teams prioritize remediation before the migration disrupts services.
API-based automations fail immediately when the Remedyforce org goes read-only or redirects traffic before Helix equivalents are live. Regular monitoring and proper governance detect and address vulnerabilities early, reducing downtime risk (monitoring and governance).
Custom webhooks calling external provisioning systems or notification engines typically break first, because endpoint URLs and authentication schemes change without warning. CI/CD pipelines hitting Remedyforce REST or SOAP APIs return errors instantly, and middleware platforms like MuleSoft or Boomi stop processing until connectors are reconfigured.
Bidirectional incident bridges and monitoring tools like PagerDuty or Dynatrace drop updates shortly after, leaving tickets orphaned and alerting pipelines silent. To reduce disruption risk, plan a parallel run period where both Remedy and Helix operate simultaneously for one to two weeks after cutover before decommissioning the legacy system.
When scoping remediation, treat each integration as a candidate for incremental replacement rather than simultaneous cutover, as big bang modernization efforts consistently lead to feature freezes and production failures across dependent systems.
Map Your Remedyforce Integration Dependencies Before Cutover
Mapping every Remedyforce integration dependency before cutover is the single most important step a team can take to prevent service disruptions during migration.
Start by cataloging every connected endpoint: ITSM tools, SOAR platforms, discovery systems and custom scripts. Then document field-level contracts from mapping files like RemedyforceDefaultMapping.map, noting picklists, lookup IDs and data types.
Identify workflows that trigger downstream actions such as webhooks or emails. Real-time data exchange enables continuous monitoring of transactions and helps catch mapping errors quickly.
Key areas to audit:
- Hardcoded Remedyforce URLs or Org IDs
- Vendor ticket property mappings
- CI relationships in discovery tools
- SDIG event-to-ticket flows
This inventory becomes the foundation for every Helix remapping decision. Existing Remedyforce integrations supported in BMC Helix version 21.3, such as BMC TrueSight Operations Management and BMC Helix Discovery, should be explicitly identified so they can be reconfigured during migration.
The enhanced integration between Remedyforce and BMC Discovery supports over 30 CI classes without requiring customization. Account for all mapped classes and field-level relationships when planning CMDB continuity.
Re-validate Your APIs, OAuth, and Connectors for Helix
After a Remedyforce-to-Helix migration, no integration should be assumed to work without explicit re-validation. Teams must systematically audit every API endpoint, OAuth flow and connector configuration.
Key steps include:
- Update all REST endpoints to Helix’s new URL structure. Legacy Remedyforce domains will no longer resolve correctly.
- Recreate Connected Apps in the Helix Salesforce org with fresh consumer keys, secrets and callback URLs.
- Invalidate stored tokens. Remedyforce OAuth tokens do not transfer, so integrations must re-authorize against the Helix org.
- Reconfigure SOAR/SIEM connectors with new instance URLs, tenant identifiers and updated OAuth credentials before cutover. Integration Only users require multi-factor authentication for API Logins to be disabled for the Integration Only profile or permission set.
Emergys performs testing and validation of transitioned data, workflows and configurations to ensure accuracy and completeness. Organizations leveraging APIs are 24% more likely to achieve profitability, which underscores why thorough re-validation matters.
Validate Helix Integrations Through UAT Before the Cutover Date
Re-validating APIs, OAuth flows and connectors establishes the technical groundwork, but that work only holds if it is stress-tested under realistic conditions before the cutover date. Include change management stakeholders early to ensure alignment between ITSM processes and business objectives.
User acceptance testing (UAT) must target true Helix tenants, not demo environments. Run each integration test twice: once clean, once after a minor configuration change. Scenarios must cover edge cases like invalid payloads and timeouts.
Joint sign-off from end-users, product owners and integration owners is required before UAT closes. A hard pass threshold of 95% on integration-specific tests must be met before declaring readiness, which keeps last-minute postponements from derailing the cutover timeline. Integration with Helix QAC is supported with Helix QAC versions 2022.3 or newer, so confirm version alignment as part of the readiness checklist.
How to Prepare Integrations for Remedyforce EOL
- Catalog every connected endpoint, including ITSM tools, SOAR platforms, discovery systems and custom scripts.
- Document field-level contracts, hardcoded URLs and CI relationships from your mapping files.
- Rebuild endpoints, Connected Apps and OAuth authorizations against the Helix org.
- Replace integrations incrementally rather than in one big cutover.
- Run UAT on a true Helix tenant and require joint sign-off and a 95% pass rate.
- Keep both systems running in parallel for one to two weeks after cutover.
Common Questions About Remedyforce EOL and Helix Migration
Do Remedyforce OAuth tokens carry over to Helix?
No. Remedyforce OAuth tokens do not transfer, so stored tokens must be invalidated and each integration must re-authorize against the Helix org. Connected Apps also need fresh consumer keys, secrets and callback URLs.
How long should Remedy and Helix run side by side?
The article recommends a parallel run of one to two weeks after cutover before decommissioning the legacy system. This gives teams time to catch orphaned tickets and broken automations.
Which integrations should I fix first?
Start with API-based automations, custom webhooks and CI/CD pipelines, since these fail immediately. Middleware connectors and bidirectional incident bridges follow shortly after.
Planning Your Remedyforce EOL Integration Cutover
Start with the dependency inventory, because every later decision depends on it. Then validate each integration against a real Helix tenant before you set the cutover date.
