Migrate from Visionary to HighLevel

Automations and sequences do not migrate — manual rebuild required in HighLevel's Workflow Builder

Visionary's automation sequences, drip sequences, and workflow triggers encode logic in Visionary's native format. HighLevel's Workflow Builder is a separate automation engine with its own trigger-action model. There is no export format that converts Visionary sequences to HighLevel workflows automatically. FlitStack exports your Visionary automation definitions as a structured reference document listing triggers, time delays, conditions, and actions — your team or a HighLevel specialist uses that document to rebuild each sequence in HighLevel's Workflow Builder. This is the most significant manual work item in any Visionary-to-HighLevel migration.

Tag hierarchies collapse to flat labels in HighLevel — segmentation logic dependent on hierarchy requires rebuild

Visionary supports hierarchical tag structures in some setups, where tags can have parent-child relationships or be grouped into categories for segmentation logic. HighLevel has a flat tag model — all tags are simple text labels on a contact record with no hierarchy, parent-child relationship, or category grouping. Migration transfers the individual tag values as flat text labels, but the structural relationships between tags are lost. Any Visionary automation, workflow, or segmentation rule that relied on tag hierarchy (e.g., 'tag contains Parent/Child') will need to be rebuilt using HighLevel's tag conditions and Workflow Builder branching logic. Tag-flattening decisions should be made before migration so your team knows which tag groups need manual recreation.

HighLevel custom properties are locked to Contact or Opportunity at creation — object type cannot be changed

HighLevel assigns each custom property to a specific object at the time of field creation. Once a custom property is saved as a Contact-level or Opportunity-level field, the object type is permanent. You cannot change a Contact property to an Opportunity property (or vice versa) without deleting the field and recreating it. This matters for Visionary custom fields that were used across multiple object types. FlitStack audits all Visionary custom fields before migration and maps each one to the correct HighLevel object. If a Visionary field was used on both contacts and deals, your team must decide which HighLevel object it belongs to and FlitStack creates it accordingly — a decision point that requires advance planning before the migration run.

HighLevel API rate limits affect batch sizing for large Visionary data sets

HighLevel's API allows 200,000 requests per day per sub-account with a burst limit of 100 requests per 10 seconds. For migrations with fewer than 10,000 Visionary records, rate limits are rarely a bottleneck. For migrations with 50,000–100,000+ records across contacts, companies, deals, and activities, the API rate limit requires FlitStack to batch and throttle requests. Large migrations may span multiple calendar days to respect the rate ceiling. FlitStack engineers monitor request pacing throughout the migration and notify you if the timeline extends beyond the initial estimate. Planning around rate limits is particularly important for time-sensitive cutover windows.

Visionary's N:N contact-to-company model requires primary-company selection in HighLevel

Visionary allows a single contact to associate with multiple companies simultaneously — a contact can be linked to a primary company, a billing company, and a partner company at the same time. HighLevel assigns a single primary company per contact via the Company lookup field. Secondary company associations in Visionary have no native equivalent in HighLevel's standard contact record. FlitStack selects the most recently modified or most recently added company as the primary assignment, then surfaces the remaining company associations as tags on the HighLevel contact (e.g., 'Secondary Company: Acme Corp'). If precise secondary-company history matters for your reporting, your team should review the tag-based workaround or consider a custom junction object implementation in HighLevel post-migration.