Which HRIS automates onboarding and offboarding?

Most HR systems automate the HR side of onboarding and offboarding: offer paperwork, task checklists, document collection and payroll setup. Rippling is the main exception that also provisions IT accounts and devices natively. With Workday, BambooHR, HiBob, ADP and most others, the IT side (accounts, groups, app access, laptops) runs through an identity provider such as Okta or Microsoft Entra, plus a service platform that takes the HRIS event and completes the work.

What each HRIS automates on its own

The pattern holds across the list: the HRIS is where onboarding and offboarding start, not where the IT work gets done. The rest of this guide covers what that IT work looks like and how to automate it end to end.

When a new employee joins, IT needs to provision accounts, set up devices, grant access, and install software, typically before their first day. When an employee leaves, IT needs to revoke all of it, recover the hardware, and close the ticket. Both are error-prone, time-consuming, and almost entirely automatable.

Why onboarding and offboarding automation matters

The security risk of manual offboarding

33% of IT teams take more than 24 hours to complete offboarding. In that window, a departed employee can still log into Salesforce, Slack, Google Workspace, and every other tool they used. The average company has 106 of them. Beyond Identity found that over one-third of former employees still had active access after leaving. Nearly 75% of organizations reported harm from that access. The exposure is not theoretical. It happens routinely because someone on the IT team had to manually work through a checklist while managing everything else on their queue. Automated offboarding removes the window. The moment HR marks a departure, the deprovisioning sequence starts.

The productivity cost of manual onboarding

A new hire's first week sets the tone. If their laptop is not configured, their Slack is not set up, and their access to the tools they need is still pending, that is a concrete productivity loss on day one. IT-to-employee ratios have grown 31% year-over-year. The same team handling onboarding is also managing helpdesk tickets, device issues, and access requests. Manual onboarding pulls them away from everything else. Automated onboarding runs in the background without anyone touching it.

Key benefits of automating the employee lifecycle

Speed: accounts provisioned, devices enrolled, and access granted before the employee walks in. Accuracy: no missed steps, no forgotten app revocations, no access left open because someone skipped a line on the checklist. Security: deprovisioning happens at the moment of departure, not 24 hours later. Audit trail: every action logged automatically. IT capacity: the team handles exceptions, not routine steps.

What an automated onboarding workflow looks like

Automation starts the moment HR creates the new hire record.

Step 1 - HRIS trigger: Workday, BambooHR, or HiBob marks the employee as hired. This fires the provisioning workflow automatically. No manual handoff between HR and IT.

Step 2 - Identity creation: the identity provider (Okta or Microsoft Entra ID) creates the employee account. Group memberships, role assignments, and MFA enrollment are applied based on department and job title.

Step 3 - Device procurement and enrollment: the MDM system (Jamf, Kandji, or Intune) receives a signal to enroll the device. If a new device needs to be ordered, that request triggers here too.

Step 4 - Application provisioning: based on the employee's role, the workflow grants access to the relevant SaaS tools. Access is granted through the identity provider where possible, eliminating app-by-app manual setup.

Step 5 - ITSM ticket created and closed: a ticket is created to track the onboarding task. When all provisioning steps complete, the ticket closes automatically. No one needs to manually mark it done.

Step 6 - Employee notification: the new hire receives a message in Slack or Microsoft Teams with their setup details, links, and next steps. No email chain, no IT coordinator following up.

What an automated offboarding workflow looks like

Automated employee offboarding answers one question: how does IT ensure zero access remains the moment employment ends?

Step 1 - HRIS departure trigger: HR marks the employee as terminated in Workday or BambooHR. This fires the offboarding sequence immediately, with no delay waiting for an IT ticket to be submitted.

Step 2 - Identity provider deactivation: the employee's account in Okta or Entra ID is disabled. Because most SaaS tools authenticate through SSO, this single action cuts access to all connected applications simultaneously.

Step 3 - Active session revocation: any active sessions are revoked across connected tools. Someone logged into Salesforce on their phone is signed out. Someone with an open Slack session loses it.

Step 4 - License reclamation: paid licenses (Salesforce, Adobe, GitHub, Zoom) are flagged for reassignment or cancellation. Across 106 average SaaS apps, this step alone recovers meaningful spend.

Step 5 - Hardware recovery initiated: a ticket is created to recover the device. If the employee is remote, a return shipping label is triggered. If they are on-site, facilities is notified.

Step 6 - Data backup and account handoff: email and file storage are transferred to the employee's manager or archived, depending on policy. Shared calendars, group memberships, and distribution lists are updated.

Step 7 - Audit log finalized: every action in the sequence is timestamped and logged. The offboarding ticket closes when all steps are confirmed complete.

The systems you need to integrate

HRIS: Workday, BambooHR, HiBob and others

The HRIS is the source of truth for hire and departure events. When it fires, everything else should move. Most HR systems support webhook or API-based triggers that can start downstream workflows the moment a status changes, and as the table above shows, only Rippling does the IT side itself - with the rest, the HRIS event is the trigger for the identity provider and the service platform. The critical requirement: the HRIS must update before the employee's first or last day, not on it.

Identity provider: Okta, Azure AD

Okta and Microsoft Entra ID (Azure AD) manage authentication and authorization across connected apps. When the identity provider deactivates an account, SSO-connected applications lose access immediately. This is the most important deprovisioning action in the entire offboarding sequence. Apps that do not connect through SSO require separate deprovisioning steps. Mapping those apps is part of setup, not something to discover during an offboarding.

ITSM platform

The IT Service Management (ITSM) platform is where onboarding and offboarding tasks are tracked, escalated, and closed. It should receive the trigger from the HRIS, coordinate the provisioning steps, and log completion. A well-configured ITSM closes tickets automatically when all steps are done, rather than requiring a human to mark them complete.

Best practices for onboarding and offboarding automation

Map every app before you automate: start with a full inventory of what access each role requires. Separate SSO-connected apps from standalone ones: identity provider deactivation handles SSO apps automatically; standalone apps need individual deprovisioning steps. Trigger from HR, not IT: the HRIS event should fire the workflow directly. Test with a real departure: offboarding automation is only as good as its last real run. Build in an exception path: some offboardings require immediate action (involuntary terminations, security incidents). Audit quarterly: review access logs for former employees every quarter.

How AI improves on rule-based automation

Rule-based automation handles the predictable steps well. They break when inputs are not clean. An employee whose department is coded incorrectly in the HRIS gets the wrong access. A termination marked as a leave of absence does not trigger offboarding. An exception - a contractor, a rehire, a role change mid-onboarding - requires human intervention.

AI handles exceptions differently. Instead of failing silently or creating an error ticket, an AI-native system can identify the anomaly, request clarification through Slack or Teams, get a response, and continue the workflow. AI also handles access requests that fall outside the standard provisioning sequence. An employee needs temporary access to a system outside their role. An AI agent can check context - the employee's role, the sensitivity of the resource, the approval policy - and either approve it automatically or escalate to the right person. The gap between rule-based and AI-native is widest in offboarding: an AI agent monitors for access that should not exist, flags anomalies after the fact, and closes gaps the rules missed.

How Harmony handles this end-to-end

Harmony automates the full employee lifecycle, from provisioning on day one to deprovisioning on day last, with 100+ prebuilt agents that connect to the systems IT teams already run. The integrations are out of the box: Okta, Entra ID, Kandji, BambooHR, and Workday connect without custom development. Harmony deploys in 48 hours, with no system integrator required.

Onboarding: BambooHR marks a new hire. Harmony's agent creates the Okta account, enrolls the device through Kandji, provisions role-based app access, and sends the employee a Slack message with everything they need to know. The ITSM ticket closes when all steps complete. IT sees a log, not a workload.

Offboarding is immediate: the HRIS departure event triggers deprovisioning across all connected systems. Active sessions are revoked. Licenses are flagged. Hardware recovery is initiated. The audit log is complete before the employee is out the door. For access requests that fall outside the standard sequence, Harmony's just-in-time access provisioning handles multi-tier approvals with policy-per-resource controls. The whole thing runs inside the tools employees already use. No new portal. No new interface for IT to manage.