Multi-tenant foundation
Signed-token tenant context and service-level data boundaries are described as part of the platform architecture.
duoHR supports controlled data exchange for attendance sources, finance and banking outputs, identity, communication and recruitment handoff. Final connector availability is validated during technical discovery.
The objective is approved data arriving at the right point, with ownership, error visibility and reconciliation—not a decorative wall of logos.
Signed-token tenant context and service-level data boundaries are described as part of the platform architecture.
Use approved APIs where a dependable system-to-system handoff is required.
Use bulk import, SFTP or controlled export when the adjacent system is not API-enabled.
Configure in-app, email and other approved notification channels around actual transaction events.
Data direction, frequency, authentication, field mapping and commercial scope are confirmed for each interface.
Move approved payroll, reimbursement and recovery data into finance and banking workflows using controlled files or APIs.
Bring approved attendance records into the policy engine without claiming that duoHR performs biometric matching itself.
Align access and notifications with employee lifecycle events, roles and configured communication channels.
Connect external ATS or Impact Hire workflows to pre-joiner onboarding and the governed employee record.
Use imports, exports, versioned service APIs and event-driven integration patterns to connect adjacent systems.
The source material does not support a native duoHR ATS claim. The cleaner architecture is a governed handoff from the selected candidate into pre-joiner onboarding and the employee master.
Move approved candidate data—not the entire hiring database.
Collect the remaining employee and document information securely.
Create the effective-dated employee, policy and payroll context.
Retain the handoff source and approval history.
Walk through the business event, source record, approval, target system, retry path and reconciliation evidence for every critical interface.
We’ll identify systems of record, required data flows, control owners and the simplest reliable connection method.