HRMS migration

Migrate from Team Engine to Recruit CRM & ATS

Field-level mapping, validation, and rollback between Team Engine and Recruit CRM & ATS. We move data and schema; workflows are rebuilt natively in Recruit CRM & ATS.

Team Engine logo

Team Engine

Source

Recruit CRM & ATS

Destination

Recruit CRM & ATS logo

Compatibility

70%

7 of 10

objects map 1:1 between Team Engine and Recruit CRM & ATS.

Complexity

BStandard

Timeline

3-5 weeks

Rollback included Accuracy guarantee Field-level validation

Overview

What this migration involves

Moving from Team Engine to Recruit CRM is a shift from a blue-collar hiring-and-retention platform to an ATS-built recruitment agency CRM. Team Engine organizes a workforce around communication workflows—Jobs, Applicants, Employees, and two-way SMS threads organized by phone number. Recruit CRM uses a candidate-centric data model with a separate ATS pipeline and a CRM layer for client and company relationships. The migration requires reconciling Team Engine's phone-number-organized message threads against Recruit CRM's candidate profiles, mapping Employee Groups to tags or custom fields, and deciding whether to create stub employee records for applicants who were not hired. Survey responses, referral tracking, and job postings migrate as structured records, but workflow triggers—automated new-hire alerts, milestone reminders, and survey automations—are platform configuration and do not export as data. We document every active trigger and deliver a configuration audit so the customer's team can rebuild automations in Recruit CRM post-migration.

Field-level fidelity

Every standard and custom field arrives verified.

Schema-aware mapping

AI proposes the map; you confirm before any record moves.

Relationships preserved

Parent–child, lookups, and ownership stay linked.

Full activity history

Calls, emails, meetings — with original timestamps.

Attachments & notes

Documents, uploads, and inline notes move with the record.

Why teams make this switch

Two sides of the same decision

Leaving

Team Engine logo

Team Engine

What's pushing teams away

  • Messaging organization becomes unwieldy at scale—threads are hard to manage and bulk messaging is limited, frustrating HR teams trying to reach large crews quickly.
  • Platform is purpose-built for hiring and communication; teams that need deeper HRMS features like compensation history, benefits enrollment, or org charting quickly outgrow it.
  • G2 reviews consistently flag reporting and filtering limitations—custom views and tailored reports require workarounds that slow down data-driven decisions.

Choosing

Recruit CRM & ATS logo

Recruit CRM & ATS

What's pulling them in

  • Agencies choose Recruit CRM for its full customizability — pipelines, stages, and fields can be tailored to any recruitment workflow without developer involvement.
  • Small teams value the built-in CRM and ATS combined in one subscription, eliminating the need to purchase and sync separate systems.
  • The Chrome extension for one-click LinkedIn profile collection streamlines candidate sourcing and reduces manual data entry for recruiters.
  • Responsive customer support with fast issue resolution is consistently cited as a reason teams stick with the platform long-term.
  • Automation options including email sequences and workflow triggers allow recruitment agencies to reduce repetitive manual outreach tasks.

Object mapping

How Team Engine objects map to Recruit CRM & ATS

Each row shows how a Team Engine 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.

Team Engine

Job

maps to

Recruit CRM & ATS

Position / Job Requisition

1:1
Fully supported

Team Engine Job records map to Recruit CRM Positions. We preserve title, description, location, requirements, posting status, and post-date. Recruit CRM uses a Position object for internal postings and a Job Order object for client-facing placements—during scoping we determine whether Team Engine jobs are internal crew roles (Position) or client orders (Job Order) and map accordingly. Closing date maps to the close date field on the destination record.

Team Engine

Applicant

maps to

Recruit CRM & ATS

Candidate

1:1
Fully supported

Team Engine Applicant records map directly to Recruit CRM Candidate records. We preserve name, contact information, application date, status (applied, screening, hired, rejected), source, and rejection reason. Records in Applied or Screening status map to the Recruit CRM candidate pipeline with the corresponding stage. Hired applicants may be flagged for Contact record creation in Recruit CRM's CRM layer depending on whether the customer wants placement tracking.

Team Engine

Employee

maps to

Recruit CRM & ATS

Contact (with hire flag)

1:1
Fully supported

Team Engine Employee records map to Recruit CRM Contacts. We preserve name, contact details, hire date, and group membership. Team Engine hire dates map to Recruit CRM's date_custom_field_hire or a custom hire_date field. Active employee status maps to a custom field rather than a native status object since Recruit CRM is ATS-focused and does not have a built-in employee lifecycle field. Employee records created from hired applicants resolve against the corresponding Candidate record.

Team Engine

Employee Group

maps to

Recruit CRM & ATS

Tag or Custom Multi-Select Field

lossy
Fully supported

Team Engine Employee Groups (customizable groups organizing employees by role, shift, location, or trade) have no direct Recruit CRM equivalent. We map group membership to Recruit CRM tags on the Contact record. If group names are standardized (e.g., Shift-A, Field-Crew-North), we map them as a custom multi-select field on Contact so that filtering by group is possible in Recruit CRM's candidate and contact views. Customers with highly custom group naming conventions should review group names during scoping to confirm mapping strategy.

Team Engine

Message Thread (SMS/WhatsApp)

maps to

Recruit CRM & ATS

Note or Custom Communication Log Entry

1:many
Fully supported

Team Engine organizes message threads by contact phone number, not by the employee or applicant record directly. We resolve each thread to the corresponding Candidate or Contact in Recruit CRM by matching phone number. Unlinked contacts—applicants who were not hired, or crew members without a full employee record—require a scoping decision: create a stub Contact record to preserve message history, or exclude message history. We document this decision before migration and apply it consistently across all unlinked threads. Message content migrates as Note records attached to the resolved Contact or Candidate.

Team Engine

Referral

maps to

Recruit CRM & ATS

Custom Field or Tag on Candidate

1:1
Fully supported

Team Engine referral records track which employee referred an applicant and the referral status. Recruit CRM does not have a native referral object as standard. We map referral source to a custom text field (referral_source_employee) on the Candidate record and referral status to a custom picklist (referral_status). The employee who made the referral is linked as a Contact lookup if the referrer has a Contact record in Recruit CRM. Customers that rely heavily on referral tracking should evaluate Recruit CRM's add-on modules or a Zapier-based referral tracking extension during the scoping phase.

Team Engine

Onboarding Survey Response

maps to

Recruit CRM & ATS

Note or Custom Field on Contact

1:1
Fully supported

Team Engine automated onboarding survey responses store answer data per employee. We extract response records and map them as Note records attached to the Contact, with the survey name preserved as the Note title. Individual survey questions with structured answers (e.g., Yes/No, rating scale) map to custom fields on Contact if the answer set is small and consistent. Survey questions themselves—stored as survey templates in Team Engine—are not migratable data and we do not replicate the survey structure in Recruit CRM.

Team Engine

Exit Survey Response

maps to

Recruit CRM & ATS

Note or Custom Field on Contact

1:1
Fully supported

Team Engine exit survey responses follow the same mapping logic as onboarding surveys: response data attaches as Note records or custom fields to the Contact record for the departing employee. Exit status (reason for leaving, tenure) maps to custom fields if the customer's Team Engine survey used structured questions. We note that Recruit CRM does not have a native onboarding or exit survey module; the customer's HR team will need to establish a new survey collection process post-migration.

Team Engine

Workflow Trigger

maps to

Recruit CRM & ATS

Configuration Audit (not migratable)

lossy
Fully supported

Team Engine automated triggered messages—new hire welcome alerts, milestone reminders, survey triggers—are platform configuration settings, not data records. There is no documented export path for these automation rules. We do not migrate workflow triggers as data. We perform a configuration audit of active triggers in Team Engine, document each trigger's name, conditions, actions, and schedule, and deliver this as a written configuration inventory so the customer's team can manually rebuild equivalent automations in Recruit CRM's workflow builder or via a Zapier integration.

Team Engine

Custom Field (Employee-level)

maps to

Recruit CRM & ATS

Custom Field on Contact

1:1
Fully supported

Team Engine supports custom fields on employee records but public-facing API references are limited, requiring manual discovery. We identify custom fields during the data extraction phase by reviewing the CSV export structure and comparing against standard field names. Custom field names and types are mapped to equivalent custom fields in Recruit CRM. Where a direct type match is not available (e.g., a Team Engine custom date field with conditional formatting), we document the discrepancy and propose a nearest-equivalent Recruit CRM field type during scoping.

Gotchas + challenges

What specifically takes care here

Platform-specific issues from each side, plus the pair-specific challenges that don't show up on either platform's page on its own.

Team Engine logo

Team Engine gotchas

High

Essential tier employee cap gates migration scope

Medium

Message threads do not map to standard employee records

Medium

Workflow triggers are configuration, not data

Recruit CRM & ATS logo

Recruit CRM & ATS gotchas

High

API rate limits are license-scaled and can throttle bulk migration

Medium

Custom field schemas vary per organization and require field-level mapping

Medium

Files and email attachments require separate extraction and re-upload

Low

Email sequences and automation logic do not transfer between platforms

Pair-specific challenges

  • Message threads organize by phone number, not by employee record

    Team Engine threads SMS and WhatsApp conversations by contact phone number, not by the employee or applicant object directly. This means a phone number may link to an Applicant record, an Employee record, or both, depending on where the contact was first created. During migration, we must resolve each thread to the corresponding Candidate or Contact in Recruit CRM by matching phone number. Any phone number that matches no Candidate or Contact in Recruit CRM is held in a reconciliation queue. Customers who rely heavily on message history as a business record should decide before migration whether unlinked contacts should receive stub Contact records or have their message history excluded.

  • Workflow triggers and automated messages are configuration, not data

    Team Engine stores triggered messages, new hire alerts, milestone reminders, and survey automations as platform configuration rules, not as data records. These automation rules do not export as structured data through any documented Team Engine export method. We cannot migrate workflow logic to Recruit CRM's different automation engine. We audit active triggers during discovery, document each rule's name, trigger condition, actions, and schedule, and deliver this as a written configuration inventory for the customer's team to rebuild in Recruit CRM post-migration.

  • Recruit CRM lacks native SMS and WhatsApp communication

    Team Engine's core differentiator is two-way SMS and WhatsApp communication without requiring crew members to install apps. Recruit CRM is email-centric and has no native SMS or WhatsApp integration. Message history from Team Engine can migrate as Note records, but ongoing two-way text communication requires a separate tool post-migration—either Recruit CRM's Zapier-connected SMS tools or a dedicated platform like SignalWire or Twilio. Customers should plan for this gap during migration scoping and decide whether to maintain a parallel SMS tool or transition to email-based candidate communication.

  • Employee Group taxonomy may not map cleanly to Recruit CRM tags

    Team Engine Employee Groups use custom naming conventions per organization—groups for shift assignments, trade certifications, location assignments, and crew roles are defined by the customer. Recruit CRM's tag model is a flat list of text tags per Contact record, which does not support hierarchy or typed grouping. If Team Engine uses deeply nested or typed group names (e.g., Region > Trade > Shift), mapping them to flat tags may lose structural context. We document group names during discovery and propose a flattening strategy that preserves the most useful filtering dimensions for the customer's operational reporting.

  • Referral and survey objects are not native to Recruit CRM

    Recruit CRM does not ship with dedicated referral tracking or survey management modules as standard objects. Referral data maps to custom fields on the Candidate record, and survey responses map to Note attachments or custom fields. Customers that rely on referral program metrics or automated survey collection as core operational processes should evaluate Recruit CRM add-ons or Zapier-based extensions during scoping, as these capabilities are not native to the platform and would require a process change post-migration.

Migration approach

Six steps for a successful Team Engine to Recruit CRM & ATS data migration

  1. Discovery and data extraction

    We audit the Team Engine account to identify all active objects: Jobs, Applicants, Employees, Employee Groups, Message threads, Referrals, and Survey responses. We extract data via Team Engine's CSV export for structured records and identify custom fields by comparing export column headers against standard field names. We review workflow trigger configurations for the configuration audit inventory. We assess record volume for each object to scope the migration into straightforward (under 3,000 applicants, under 500 employees) or complex (above these thresholds with large message histories or complex group taxonomy) tracks.

  2. Recruit CRM sandbox setup and field mapping design

    We create a Recruit CRM sandbox environment or staging account and map each Team Engine object to its Recruit CRM equivalent. This includes creating custom fields (referral_source, hire_date, hs_original_lifecycle equivalent), configuring tags for Employee Group membership, designing the thread-to-candidate phone-number resolution strategy, and deciding on stub Contact creation for unlinked message threads. The mapping design document is reviewed and signed off by the customer before any data moves.

  3. Data cleaning and phone-number reconciliation

    We run data quality checks on the Team Engine export: deduplication of applicant records with shared phone numbers or email addresses, identification of orphaned Employee Group memberships, and flagging of incomplete records. We generate the phone-number reconciliation list mapping each Team Engine contact phone number to the corresponding Candidate or Contact record in Recruit CRM. Any phone numbers with no matching candidate are held for customer decision on stub record creation or exclusion. Employee Group names are catalogued and flattened into a tag strategy document reviewed by the customer's operations lead.

  4. Sandbox migration and validation

    We run a full migration into the Recruit CRM staging environment using production data volumes. The customer reconciles record counts across all object types, spot-checks 25-50 randomly selected records for field accuracy, and reviews the thread-to-candidate mapping for message history. Any mapping corrections—field type mismatches, tag naming conflicts, stub record decisions—are captured here. The customer signs off on the sandbox validation before production migration begins.

  5. Production migration in dependency order

    We run production migration in record-dependency order: Positions and Job Requisitions (first, as independent records), Candidates (with application status and source preserved), Referrals (linked to candidate by referral field), Employees mapped to Contacts (with hire date and group tags), Message threads resolved to Candidates and Contacts (via phone number match), and Survey responses as Note attachments. Each phase emits a row-count reconciliation report before the next phase begins. We use Recruit CRM's import API with batch chunking and rate-limit handling to avoid import failures on large datasets.

  6. Cutover, validation, and workflow audit delivery

    We freeze Team Engine writes during cutover, run a final delta migration of records modified during the migration window, then enable Recruit CRM as the system of record. We deliver the workflow trigger configuration audit document to the customer's team, listing every active trigger, its conditions, actions, and recommended Recruit CRM equivalent. We support a one-week hypercare window where we resolve any record-level reconciliation issues. Post-migration admin support, workflow rebuild, and Recruit CRM training are outside standard migration scope and are offered as separate engagements.

Platform deep dives

Context on both ends of the pair

Team Engine logo

Team Engine

Source

Strengths

  • Two-way SMS and WhatsApp communication without requiring crew members to install apps.
  • Multi-language support including Spanish out of the box—essential for mobile, multilingual workforces.
  • Automated onboarding and exit surveys reduce manual HR tasks for seasonal teams.
  • Referral tracking built into the platform encourages employee-driven recruiting.
  • Pricing includes full feature suite on one plan; scales by headcount, not by feature tier.

Weaknesses

  • Reporting and filtering customization are limited, frustrating data-driven HR teams.
  • Messaging organization is poor at scale—no bulk messaging and threads are hard to manage.
  • Not a full HRMS—lacks compensation history, benefits enrollment, performance reviews, and detailed org charting.
  • Custom fields are not well-documented in public-facing API references; mapping requires manual discovery.
  • Customer count is relatively small (57 G2 reviews), suggesting limited enterprise-grade maturity.
Recruit CRM & ATS logo

Recruit CRM & ATS

Destination

Strengths

  • Fully customizable pipelines, stages, and fields without requiring developer involvement
  • Combines recruitment CRM and ATS in one subscription for staffing agencies and small teams
  • Built-in email sequences and automation reduce manual outreach work
  • Chrome extension enables one-click LinkedIn profile collection directly into the CRM
  • Responsive customer support cited across multiple reviews with fast resolution times

Weaknesses

  • Several features are gated as paid add-ons rather than included in the base subscription
  • Email functionality has been reported as unreliable by multiple users
  • Interface occasionally lags during high-activity periods in large pipelines
  • Pricing is considered higher than comparable recruitment CRMs by some customers
  • Limited native reporting — users request pre-made report exports rather than manual data pulls

Complexity grading

How hard is this migration?

Standard HRMS migration. 2 of 7 objects need a mapping; the rest are 1:1.

B

Overall complexity

Standard migration

Derived from compatibility, mapping clarity, API constraints, and data volume across Team Engine and Recruit CRM & ATS.

  • Object compatibility

    B

    2 of 7 objects need a mapping; the rest are 1:1.

  • Field mapping clarity

    C

    Field mapping is derived from defaults — final spec confirmed during the sample migration.

  • Timeline complexity

    B

    7-object category — typical timelines run 2–7 days end-to-end.

  • API constraints

    B

    Team Engine: Not publicly documented.

  • Data volume sensitivity

    B

    Team Engine doesn't expose a bulk API — REST + parallelization used for high-volume runs.

Estimator

Estimate your Team Engine to Recruit CRM & ATS migration cost

Rule-based pricing — no per-record fees, no manual quotes. Migrations over 2M records are scoped individually.

Step 1

What are you migrating?

Pick a category, then your source and destination platforms.

Category

FAQ

Frequently asked questions about Team Engine to Recruit CRM & ATS data migrations

Answers to the questions buyers ask most during Team Engine to Recruit CRM & ATS migration scoping. Not seeing yours? Book a call.

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Most migrations land between three and five weeks for accounts under 500 employees and 3,000 applicant records with no complex Employee Group taxonomy. Migrations with large message thread histories (over 50,000 SMS/WhatsApp records), deeply nested Employee Group structures, or referral tracking spanning multiple years move to six to ten weeks because of thread-to-candidate reconciliation time and the custom field discovery process. The main variable is always data quality and the complexity of the phone-number-to-candidate resolution strategy.

Adjacent paths

Related migrations to explore

Ready when you are

Move from Team Engine.
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