HRMS migration
Field-level mapping, validation, and rollback between HigherMe and Recruit CRM & ATS. We move data and schema; workflows are rebuilt natively in Recruit CRM & ATS.
HigherMe
Source
Recruit CRM & ATS
Destination
Compatibility
9 of 12
objects map 1:1 between HigherMe and Recruit CRM & ATS.
Complexity
BStandard
Timeline
3-4 weeks
Overview
HigherMe and Recruit CRM serve different recruiting market segments. HigherMe is a mobile-first ATS optimized for hourly hiring at franchise and multi-location operators, with text-to-apply, fit-score screening, and WOTC tax credit capture built around hourly volume. Recruit CRM is a cloud ATS and recruiting CRM designed for small-to-midsize staffing and executive search agencies, with a unified candidate-client-job data model, custom fields on both Jobs and Candidates, and native video interview support. The migration from HigherMe to Recruit CRM is primarily a data model remapping: HigherMe's location-scoped job postings and fit-scored applications must be restructured against Recruit CRM's job-candidate relationship model, and multi-location tenant data must be chunked by store identifier to avoid cross-location contamination. We carry forward video cover letter URLs as text fields, preserve WOTC eligibility flags and screening question answers as custom fields, and flag that background check results and post-hire onboarding documents live outside HigherMe's ATS API scope and cannot be migrated. Workflows, automations, and E-Verify session state do not migrate; we deliver a written inventory for the customer's admin to rebuild inside Recruit CRM.
Every standard and custom field arrives verified.
AI proposes the map; you confirm before any record moves.
Parent–child, lookups, and ownership stay linked.
Calls, emails, meetings — with original timestamps.
Documents, uploads, and inline notes move with the record.
Why teams make this switch
Leaving
What's pushing teams away
Choosing
What's pulling them in
Object mapping
Each row shows how a HigherMe object lands in Recruit CRM & ATS, including any object-level transformations, lookup resolution, or schema-design dependencies.
Typical mapping — final map is confirmed during the sample migration step.
HigherMe
Job/Posting
Recruit CRM & ATS
Job
1:1HigherMe job postings map to Recruit CRM Job records. We extract job title, description, location address, screening questions with weighted scoring, and fit-score weighting configuration. HigherMe's fit-score algorithm per job becomes a documented configuration note for Recruit CRM custom field setup. The HigherMe location identifier maps to a Recruit CRM custom location_text field because Recruit CRM does not have a native multi-tenant hierarchy. For multi-location migrations, we chunk by location_id to produce one Recruit CRM Job per HigherMe job-location combination.
HigherMe
Candidate
Recruit CRM & ATS
Candidate
1:1HigherMe Candidate records (aggregated across all applications and locations for the same individual) map to Recruit CRM Candidate. We preserve name, email, phone, work authorization status, geographic distance from job location, and WOTC eligibility flag as custom fields. Candidate uniqueness is enforced by email dedupe. If the same individual appears under multiple HigherMe store locations, we merge into a single Recruit CRM Candidate record to avoid duplicate profiles.
HigherMe
Application
Recruit CRM & ATS
Candidate-Job association with associated_fields
1:1HigherMe Application records map to Recruit CRM Candidate-Job associations. The association carries application status, source channel (job board referral or direct), application timestamp, and screening question answers. Recruit CRM's associated_fields API stores per-application custom field values against the candidate-job pair. Fit-score numeric value (0-100) migrates as a custom associated field since Recruit CRM does not have a native fit-score concept.
HigherMe
Screening Question
Recruit CRM & ATS
Custom Field (associated_fields)
lossyHigherMe custom screening questions per job (single-choice, multi-choice, free-text) map to Recruit CRM custom fields on the Candidate-Job association. We extract question text, answer type, and weight configuration from HigherMe's job schema. Recruit CRM's associated_fields endpoint (POST /v1/candidates/associated-field/{candidate}/{job}) accepts field_id and value pairs per candidate-job pair. We pre-create the custom field schema in Recruit CRM before migration and map field_id references during the transform phase.
HigherMe
Fit Score
Recruit CRM & ATS
Custom Numeric Field
lossyHigherMe fit-score (0-100) per application is stored as a numeric value on the Application record. Recruit CRM has no native fit-score object. We create a custom numeric field in Recruit CRM and populate it via the associated_fields API for each candidate-job pair. This preserves the relative ranking for migration audit and allows Recruit CRM users to recreate scoring logic using their own formula or a third-party scoring tool.
HigherMe
Video Cover Letter
Recruit CRM & ATS
Custom URL Field
1:1HigherMe stores 30-second video cover letters as hosted media URLs. Recruit CRM supports native video interview recording but may not auto-import HigherMe's hosted video URLs. We preserve the HigherMe video URL as a custom text field on the Recruit CRM Candidate record with a label like 'HigherMe Video Cover Letter URL'. Customers verify whether Recruit CRM's native video player can ingest the hosted URL; if not, candidates re-record in Recruit CRM's video interview module post-migration.
HigherMe
Location/Store
Recruit CRM & ATS
Custom Location Field
lossyHigherMe multi-location franchise configurations require tenant-aware chunking during migration. Each store has its own job postings, applicant pool, and manager assignments. We extract location identifier, store name, address, and manager email, then map to a Recruit CRM custom location field on Job records. For chains with 50+ locations, we coordinate a location inventory list from the customer during scoping to ensure complete coverage and avoid missed stores.
HigherMe
Interview Event
Recruit CRM & ATS
Interview
1:1HigherMe interview scheduling, date/time, interviewer assignment, and interview type (phone, video, in-person) map to Recruit CRM Interview records linked to the Candidate-Job pair. Interviewer email resolves to a Recruit CRM User if an active account exists; otherwise the interview record stores the name as a text field. Interview type maps to Recruit CRM's interview type dropdown.
HigherMe
Manager Notes and Feedback
Recruit CRM & ATS
Note or Activity
1:1HigherMe free-text manager notes attached to applications map to Recruit CRM Note records or Activity entries on the Candidate profile. We preserve author name, timestamp, and full note body. Multi-author notes migrate as separate Note entries with the original author attribution. If the customer uses Recruit CRM's Activity feed, notes land as activity entries with type=NOTE.
HigherMe
WOTC Eligibility Record
Recruit CRM & ATS
Custom Field
1:1HigherMe WOTC eligibility questionnaire responses and associated tax credit data attach to the Candidate record. We preserve the questionnaire answers and eligibility flag as custom fields in Recruit CRM. Note that WOTC eligibility is US-specific tax credit logic; Recruit CRM has no native WOTC object, so the data migrates as documentation for the customer's HR or finance team to review. Non-US/Canadian candidates flagged by geographic distance anomalies or work authorization inconsistencies migrate with a migration flag for admin review.
HigherMe
Background Check
Recruit CRM & ATS
Not migrated
1:1Background check results flow through HigherMe's integrated third-party provider (First Advantage) and are not stored as readable records in the HigherMe ATS API. We do not migrate background check data. Candidates with completed checks in HigherMe require a new check initiation in Recruit CRM or a direct re-request from the same third-party provider. We document this gap in the migration scope and recommend coordinating re-check timing with First Advantage or the customer's preferred background check vendor before cutover to avoid processing delays for active placements.
HigherMe
Onboarding Document
Recruit CRM & ATS
Not migrated
1:1Post-hire onboarding documents, I-9 forms, and new-hire paperwork live in HigherMe HR Software, which is a separate product tier from the ATS. We do not migrate onboarding document blobs as they fall outside the ATS data model and API scope. If the customer needs onboarding continuity, they should plan a parallel HR migration to their preferred HRMS or accept manual re-documentation for new hires processed during the transition window.
| HigherMe | Recruit CRM & ATS | Compatibility | |
|---|---|---|---|
| Job/Posting | Job1:1 | Fully supported | |
| Candidate | Candidate1:1 | Fully supported | |
| Application | Candidate-Job association with associated_fields1:1 | Fully supported | |
| Screening Question | Custom Field (associated_fields)lossy | Fully supported | |
| Fit Score | Custom Numeric Fieldlossy | Fully supported | |
| Video Cover Letter | Custom URL Field1:1 | Fully supported | |
| Location/Store | Custom Location Fieldlossy | Fully supported | |
| Interview Event | Interview1:1 | Fully supported | |
| Manager Notes and Feedback | Note or Activity1:1 | Fully supported | |
| WOTC Eligibility Record | Custom Field1:1 | Fully supported | |
| Background Check | Not migrated1:1 | Fully supported | |
| Onboarding Document | Not migrated1:1 | Fully supported |
Gotchas + challenges
Platform-specific issues from each side, plus the pair-specific challenges that don't show up on either platform's page on its own.
HigherMe gotchas
Onboarding data lives outside the ATS scope
Video application blobs are hosted URLs, not transferable files
Background checks are third-party managed and inaccessible
International applicants require manual filtering or auto-reject configuration
Multi-location data requires tenant-aware chunking
Recruit CRM & ATS gotchas
API rate limits are license-scaled and can throttle bulk migration
Custom field schemas vary per organization and require field-level mapping
Files and email attachments require separate extraction and re-upload
Email sequences and automation logic do not transfer between platforms
Pair-specific challenges
Migration approach
Scoping and location inventory
We audit the source HigherMe portal for job count, candidate volume, application count, location count, active interview events, screening question schemas, and fit-score configuration. For multi-location customers, we request a complete location inventory list including store identifiers, addresses, and manager contacts. We confirm Recruit CRM plan tier and API access scope. The discovery output is a written migration scope document covering record counts per location, custom field schema to pre-create in Recruit CRM, and the fit-score and WOTC migration strategy.
Recruit CRM custom field schema creation
We create the custom field schema in Recruit CRM before any data import. This includes custom fields for fit-score (numeric), WOTC eligibility (checkbox or picklist), work authorization status (picklist), video cover letter URL (text), location identifier (text on Job), and any HigherMe screening question equivalents using Recruit CRM's associated_fields custom field builder. Schema creation is validated in Recruit CRM's sandbox or trial environment before production setup.
Data extraction and deduplication
We extract all Jobs, Candidates, Applications, Interview Events, and Manager Notes from HigherMe's API. For multi-location migrations, we chunk the export by location identifier. We run deduplication on Candidate records (email dedupe) to merge records for the same individual appearing under multiple stores. We flag WOTC eligibility data, international applicants with geographic distance anomalies, and any candidates with background check statuses for customer review before import.
Data transformation and field mapping
We transform extracted records into Recruit CRM API-compatible format. Fit-score values from HigherMe Applications map to the pre-created custom numeric field via associated_fields. Screening question answers map to their corresponding associated_field IDs per job. Interview events map to Recruit CRM Interview records linked to the candidate-job pair. We apply the multi-location chunking logic so that each HigherMe location's data lands as a separate Recruit CRM job-location record. We flag any unmappable records (background check results, onboarding documents) as excluded with written documentation.
Sandbox migration and reconciliation
We run a full migration into Recruit CRM using a trial or sandbox environment before production cutover. We reconcile record counts (Jobs in, Candidates in, Applications in, Interviews in) and spot-check 25-50 random records against the HigherMe source data. We verify fit-score values, screening question answer accuracy, and interview event timestamps. The customer reviews and signs off on the sandbox migration before production migration begins. Any field mapping corrections are applied in this phase.
Production migration and cutover
We execute the production migration in record-dependency order: Jobs first, then Candidates, then Applications (with associated_fields populated), then Interviews, then Notes. For multi-location migrations, we run each location as a separate migration batch to prevent cross-contamination. We freeze HigherMe writes during the final cutover window, run a delta migration of any records modified during the migration window, then set the customer live in Recruit CRM. We deliver the excluded records document (background checks, onboarding) and the automation rebuild inventory to the customer's admin team for post-migration follow-up.
Platform deep dives
HigherMe
Source
Strengths
Weaknesses
Recruit CRM & ATS
Destination
Strengths
Weaknesses
Complexity grading
Standard HRMS migration. 1 of 7 objects need a mapping; the rest are 1:1.
Overall complexity
Standard migration
Derived from compatibility, mapping clarity, API constraints, and data volume across HigherMe and Recruit CRM & ATS.
Object compatibility
1 of 7 objects need a mapping; the rest are 1:1.
Field mapping clarity
Field mapping is derived from defaults — final spec confirmed during the sample migration.
Timeline complexity
7-object category — typical timelines run 2–7 days end-to-end.
API constraints
HigherMe: Not publicly documented.
Data volume sensitivity
HigherMe doesn't expose a bulk API — REST + parallelization used for high-volume runs.
Estimator
Rule-based pricing — no per-record fees, no manual quotes. Migrations over 2M records are scoped individually.
Step 1
Pick a category, then your source and destination platforms.
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FAQ
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