ServiceNow + GitHub Integration
Streamline engineering and ITSM collaboration with ServiceNow GitHub integration to automate tickets and PRs securely.
Reduce MTTR by automatically linking Tickets to Pull Requests
Eliminate duplicate work across Incidents and Issues
Maintain auditable Ticket–PR history for compliance reviews
Today
Slow handoffs and broken visibility
- Manual handoffs between support and engineering create delays, lost context, and missed SLAs.
- When Incidents, Change Requests, Tickets, and Contacts live in ServiceNow while Pull Requests, Issues, and Commits are tracked in GitHub, teams waste time copying descriptions, re-keying statuses, and chasing updates.
- That fragmented flow inflates MTTR, increases customer frustration, and leaves audits and compliance gaps across both ITSM and development pipelines.
- Engineers lose cycles recreating steps; support agents cannot see deployment context, causing duplicate Tickets, missed Change windows.
With Koodisi
Automated Sync with Koodisi
- Koodisi automates the sync between ServiceNow and GitHub so Incidents, Change Requests, Tasks, and Contacts in ServiceNow stay aligned with Pull Requests, Issues, Commits, and Repositories in GitHub.
- Support, SRE, and engineering teams gain immediate context: Ticket comments, assignment changes, and deployment commits appear where people work.
- Teams reduce manual updates, accelerate triage, enforce change windows, and keep an auditable history of Ticket-to-PR relationships for post-incident reviews.
- Automated routing escalates Incidents to owners, creating Issues from Tasks with SLA priority.
The sync
What moves, in both directions
ServiceNow and GitHub stay in step because the sync runs both ways.
Create GitHub Issues from Incidents or Tasks; link Incidents/Change Requests to Pull Requests; add PR reference to Ticket comments; update PR labels from Ticket priority; post ServiceNow assignment changes to PR assignees.
Create Incidents from failed CI commits; update Incident or Change Request when a PR is merged; map commits to Change Requests; push Issue comments back to Ticket work notes; close Tickets when PRs are released.
Faster response times, fewer data errors, and complete audit trails shorten MTTR, improve SLA compliance, and give stakeholders trustworthy operational insight for post-incident reviews and regulatory reporting while enabling capacity planning, cross-team accountability, automated compliance checks, and trend analysis dashboards.
Use cases
What teams automate with this integration
The work that moves between ServiceNow and GitHub today, and what Koodisi takes over.
Auto-create Issues from ServiceNow Incident
- When a high-priority Incident is logged in ServiceNow, Koodisi triggers an automation that creates a corresponding GitHub Issue in the designated repository.
- The Incident number, short description, impacted Contacts, and priority map to the Issue title, body, and labels.
- Assignment and SLA fields write back to ServiceNow.
- The outcome: engineering receives reproducible context immediately, support keeps Incident status in sync, and escalation paths shorten without manual copying or missed updates.
Link Change Requests to GitHub Pull Requests
- A Change Request approved in ServiceNow launches a workflow that creates or links to a GitHub Pull Request for the related repository and branch.
- The CR number, planned start, and affected CI/CD pipeline map to PR metadata and checklist items.
- When the PR is updated, merge status and commits post back to the Change Request.
- Business outcome: coordinated deployments, enforced change windows, and auditable traceability from change record to deployed commit.
Post PR comments to Ticket work notes
- When engineers add comments to a Pull Request, Koodisi pushes those comments into the associated ServiceNow Ticket as work notes.
- The trigger is a new PR comment event; the automation maps commenter, timestamps, and comment text into Ticket notes while preserving links to the PR and commit IDs.
- Service desk and incident commanders gain immediate visibility into developer discussion and resolution steps, reducing context switches and accelerating incident resolution.
Close Tickets after successful deployment
- A successful deployment event or merged Pull Request triggers Koodisi to update linked ServiceNow Tickets and Change Requests to Resolved or Closed.
- The workflow maps commit hashes and release tag data into Ticket resolution notes, updates the Assignee, and records the deployment time.
- Result: automated closure of support work after verified deployment, reduced manual validation, and clear evidence for post-deployment audits and SLA reporting.
The workflow
What this looks like when it runs
- Koodisi sits between ServiceNow and GitHub and manages events and data so teams can focus on outcomes.
- When an event occurs — for example a new Incident, a Ticket update, or a Pull Request change — Koodisi captures that trigger and applies business rules you define.
- It maps fields like Incident number, Ticket status, PR title, Issue body, and commit ID so each system has the right context.
- Built-in error handling alerts owners on failures, retries transient problems, and logs every sync for auditing.
- All connectors use Koodisi's no-code REST Client for both ServiceNow and GitHub so ops managers can configure flows visually without writing code.
Incident → GitHub Issue
- 1New Incident created in ServiceNow with high priority triggers the workflow
- 2Koodisi maps Incident fields (number, description, contacts, priority) and creates a GitHub Issue
- 3GitHub Issue appears in the selected repository with labels and assignee
- 4ServiceNow receives Issue link in the Incident and SLA timers continue under updated status
Pull Request → ServiceNow Ticket
- 1Developer opens a Pull Request in GitHub
- 2Koodisi detects the PR and locates linked ServiceNow Ticket by reference
- 3Koodisi posts PR status, comments, and commits into the Ticket work notes
- 4Support and SRE get a confirmation notification and Ticket status is updated
Governance
Automated, but still under control
Every run is authorised, recorded, and observable — the part that decides whether automation survives an audit.
Scoped permissions
Role-based access decides who can publish or run the ServiceNow and GitHub workflows, and who can only watch them.
Every run recorded
Each execution writes an audit trail — what triggered it, what changed, and what the downstream system returned.
Credentials in Key Vault
ServiceNow and GitHub credentials are stored and retrieved from Key Vault, never pasted into workflow steps.
Traced end to end
OpenTelemetry logs, metrics, and traces show where a run slowed down or failed, rather than reporting one aggregate status.
Routing rules stay readable
Which records sync, and which need approval first, live in a decision table your team can review and change without editing the workflow.
Sensitive fields masked
Personal and commercial values can be masked in logs so an operational record does not become a copy of your customer database.
Ship integrations faster. Operate them without chaos.
Less time on auth, retries, and deployment scripts. More time on the integrations your customers are asking for.
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