Smart Access depends on accurate, up-to-date employee data to assign roles, surface relevant content, and enforce access controls. Your HRIS is the authoritative source for that data. How you connect the two systems determines data freshness, operational overhead, and long-term maintainability.

Smart Access supports integration with the most widely deployed HRIS platforms in frontline-heavy industries

If your HRIS is not listed above, contact your Customer Success Manager. Flat-file ingestion via SFTP is available as a universal fallback for systems without API support.

API-based integration is the preferred path when your HRIS exposes a stable REST or OData endpoint. It enables event-driven or near-real-time synchronization and reduces the operational burden of managing file transfers.

For organizations with existing middleware investments, Smart Access integrates cleanly into established integration patterns:

Organizations with a centralized data lake or data warehouse may prefer to route employee data through that layer rather than building a direct HRIS-to-Smart Access connection. This approach can simplify governance and reduce the number of point-to-point integrations your team manages.

Regardless of the method you choose, Smart Access requires a consistent set of employee attributes to function correctly. Plan your data mapping around these core fields

Termination events require special handling. Configure your sync to trigger deprovisioning in Smart Access within 24 hours of a termination date being recorded in your HRIS. Real-time webhook delivery is strongly recommended for this event type.

When your integration uses SFTP flat-file delivery rather than a direct API connection, PGP (Pretty Good Privacy) encryption is suggested for all files containing employee data.

SFTP provides transport-layer security for the file transfer itself, but the file is decrypted and stored in plaintext on the SFTP server once it arrives. PGP adds a second layer of encryption that protects the file contents at rest and ensures that only the intended recipient - Smart Access - can read the data.

Smart Access uses asymmetric PGP encryption. Your team encrypts outbound files using the Smart Access public key before placing them on the SFTP server. Smart Access decrypts the files using its private key during ingestion. Your team never has access to the Smart Access private key.

Optional: Signed encryption - If your security policy requires non-repudiation, Smart Access supports signed PGP files. Your team signs the encrypted file using your organization's PGP private key, and Smart Access verifies the signature against your public key before processing. Request this configuration during technical onboarding if required.

Smart Access accepts files encrypted with OpenPGP-compatible implementations. The following specifications apply:

Beyond employee data, Smart Access can surface contextual information and trigger workflows based on data from the operational systems your frontline teams use every day. These integrations are optional but add significant value by connecting Smart Access activity to actual operational outcomes.

Integrating with your T&A platform allows Smart Access to correlate training completion, observation records, and skill certifications with scheduling and attendance data.

Smart Access reads schedule data from T&A systems; it does not write back. No changes to your T&A configuration are required beyond enabling an export or API credential.

WMS integration enables Smart Access to tie operational performance data to individual associates, making coaching conversations and skill assessments more data-informed.

Labor Management System integration connects engineered labor standards and productivity expectations to the Smart Access skill-building and observation framework.

If your organization has an existing enterprise LMS, Smart Access can complement rather than replace it. Two integration patterns are common:

Smart Access handles mobile-first, role-specific skill building for frontline associates while your enterprise LMS continues to serve office-based or compliance training populations. Completion data flows from bi-directionally from Smart Access to your LMS to maintain a unified training record.

Your LMS assigns and launches Smart Access skill building. Completion status and scores are tracked in the LMS. This pattern is common in regulated environments where the LMS is the system of record for compliance training.

For organizations running workloads on Google Cloud Platform, Smart Access supports direct inbound file delivery via a Smart Access-owned GCS bucket. Rather than maintaining an SFTP server, your integration pipeline writes encrypted flat files directly to a bucket provisioned and managed by Smart Access. This eliminates SFTP infrastructure on your end while providing the reliability and observability of GCS-native tooling.

Smart Access provisions a dedicated GCS bucket and grants your team's service account scoped write access to an inbound prefix. Your integration pipeline encrypts and uploads files to that prefix. Smart Access monitors the bucket, ingests new files, and handles archival and error routing.

Note: GCS bucket delivery does not relax the encryption requirement. All files must be PGP-encrypted before upload using the Smart Access public key, exactly as described in the PGP section. GCS server-side encryption (CMEK or Google-managed) is complementary but does not replace PGP.

Smart Access controls the bucket and its IAM policy. Your responsibility is to provision the service account on your side that will authenticate writes to the bucket.

What Smart Access grants your service account

Your service account is explicitly not granted read, list, or delete permissions. Once a file is written to the inbound prefix, only Smart Access can access it. This is intentional — it prevents your pipeline from reading back files written by other processes and ensures Smart Access is the sole consumer of inbound data.

Confirming your service account identity

Provide your Solutions Engineer with your service account email (format: your-integration@[your-project].iam.gserviceaccount.com) during technical onboarding. Smart Access applies the IAM binding to that identity. Verify the correct identity before your first production write — writing from an unbound identity will result in a permission denied error with no data delivered.

GCS bucket delivery does not relax the encryption requirement. All files must be PGP-encrypted before upload using the Smart Access public key, exactly as described in the PGP Encryption section of this guide. GCS server-side encryption (CMEK or Google-managed) is complementary but does not replace PGP.

A well-designed integration architecture reduces operational risk, simplifies troubleshooting, and scales cleanly as your Smart Access footprint grows. This section covers the key architectural decisions your team will need to make before go-live.

Most Smart Access integrations run in one of two modes. Choosing the right mode for each data type is a balance between data freshness requirements and infrastructure complexity.

For most organizations, a hybrid pattern is the practical choice: real-time or near-real-time delivery for employee lifecycle events (hire, termination, role change) combined with a nightly batch sync for everything else. Your Solutions Engineer will recommend the appropriate pattern based on your HRIS capabilities and compliance requirements.

Before any integration goes live, your team and your Smart Access Solutions Engineer will complete a data mapping exercise. This ensures that fields from your source systems translate correctly into Smart Access user attributes and organizational structures.

Integration failures are inevitable. A robust error handling strategy ensures that data issues are detected quickly, their impact is contained, and resolution is straightforward.

Integration readiness is one of the critical path items for a successful Smart Access go-live. We recommend taking the following actions as early as possible in your implementation timeline: