Integrations · GoHighLevel + Make · HighLevel Certified
GoHighLevel + Make Integration: What Connects, What Doesn't, and How to Build It
GoHighLevel connects to Make through an app called LeadConnector,
billed per operation on a visual scenario canvas, not a live
two-way sync. The single mistake that wastes the most time:
searching Make for GoHighLevel by name and assuming the integration
does not exist, when it is published under LeadConnector instead.
Yes, but not under the GoHighLevel name. It runs through
LeadConnector, HighLevel's white-label API app on the Make
marketplace. It is one direction per scenario, not a live
two-way sync.
It gives you trigger modules like a new contact or a pipeline
stage change, and action modules like creating a contact or
starting a workflow, built on a visual canvas with real routers,
filters, iterators, and built-in error handling.
It does not give you a native way to sync two systems both
directions at once, and some trigger modules poll on an interval
rather than firing the instant something happens in GoHighLevel.
It is the right tool for branching, multi-step automation between
GoHighLevel and one or more other apps, especially at higher
volume where its per-operation pricing tends to beat Zapier's
per-task model. If you only need a simple, one-way automation,
our GoHighLevel Zapier integration page
covers the simpler rung, and our full
GoHighLevel Zapier and Make guide
has the complete comparison.
Connection methods, ranked
Four ways to move data between GoHighLevel and Make.
Start at the top of this list. Only drop down a rung when the one above it cannot do what you need.
1. The LeadConnector app
When: your trigger and action modules are both on
LeadConnector's supported list. Cost: included in
your Make plan, billed per operation. Wall: a
fixed menu of modules. If what you need is not on the list, this
rung cannot help you.
2. A native GoHighLevel webhook into Make
When: you need a trigger LeadConnector does not
offer, or you need it to fire instantly instead of on a polling
interval. Cost: free on the GoHighLevel side,
still counted as a Make operation on the way in.
Wall: you are responsible for the webhook
payload shape and for validating what arrives.
3. Make's HTTP module calling the GoHighLevel API directly
When: you need an action LeadConnector does not
expose, and building a full custom integration is overkill.
Cost: still billed as a normal Make operation,
plus the time to configure the raw HTTP request.
Wall: you are now writing and maintaining API
calls inside a no-code tool, with no code review and no version
control.
4. Skip Make, build custom middleware
When: you need true two-way sync, matching logic
deeper than Make's routers and filters can hold cleanly, or
volume that runs into GoHighLevel's API limits.
Cost: a fixed-fee build instead of a per-operation
bill. Wall: none of the above, which is the
point. See
custom development
for how we scope this rung.
What LeadConnector exposes
Available trigger and action modules.
This is the standard LeadConnector app library on Make. Anything outside this list needs rung two, three, or four above.
Common trigger modules
New contact created
Contact updated
New form or survey submission
New appointment booked
Pipeline or opportunity stage changed
Tag added to a contact
Common action modules
Create or update a contact
Add or remove a tag
Add a contact to a workflow
Create an opportunity
Add a note or task to a contact
Update an opportunity's stage or status
The honest limits
What this integration cannot do.
No native two-way sync. A single scenario runs one direction. A real two-way sync means two separate scenarios plus your own loop-prevention logic, usually a flag or timestamp check that recognizes an update that came from the other system.
Routers and filters still have a ceiling. Make's canvas handles branching far better than a basic no-code tool, but a genuinely complex matching or reconciliation job outgrows even a well-built scenario.
Polling delay on some triggers. Not every trigger module fires instantly. Some check for new data on an interval, so timing is not guaranteed to the second.
Does not replace A2P 10DLC registration. Texting through GoHighLevel still needs carrier registration, regardless of what triggers the message.
Operation pricing scales with volume. Cheaper than Zapier's per-task model at the same job, but not free. Every module run in every execution counts toward your plan.
Not every field or resource is exposed. Some GoHighLevel data is only reachable through the raw API, not through LeadConnector's module library.
Rate limits and failure modes
What happens when the connection breaks.
GoHighLevel's API v2 enforces a burst limit of 100
requests per 10 seconds and a daily limit of
200,000 requests per day, counted per app per
resource. Every response carries rate-limit headers, and our
GoHighLevel API guide breaks
down what each header means.
A high-volume scenario that fires on every contact update can burn
through the burst limit during a traffic spike, not just at the
daily ceiling. When that happens, the API returns a 429 response.
Make's built-in error handler can catch that response and retry
on a delay, but a scenario left without one can still fail a run
silently.
GoHighLevel's own webhook retry behavior is not fully documented
in public docs, so treat every webhook receiver as unreliable by
default. Build idempotency, not perfect delivery: search for an
existing contact before creating one, instead of a blind create,
so a duplicate trigger does not create a duplicate record.
Polling triggers introduce their own failure mode: a delay between
when something happens in GoHighLevel and when Make notices it.
For anything time-sensitive, rung two above, a native webhook, is
more reliable than waiting on a poll.
Build it, step by step
Connecting GoHighLevel to Make.
This uses Make's own connection flow, not a Private Integration Token or OAuth 2.0 app. Authentication happens when you authorize LeadConnector inside Make.
In Make, click Create a new scenario.
Search for LeadConnector as the first module. GoHighLevel does not appear under its own name.
Connect your account: sign in and authorize the specific sub-account you want to automate.
Pick your trigger module, such as a new contact, a form submission, or a pipeline stage change.
Run the module once to pull real sample data from that sub-account.
Add your action modules, either LeadConnector again or a different app, chained on the canvas.
If the scenario needs to do more than one thing, add a router and a filter on each branch instead of stacking conditions in one path.
Map every field by hand instead of relying on Make's default field guesses.
Search for an existing contact before creating one, using a data store or a LeadConnector search module, to avoid duplicate records.
Attach Make's built-in error handler so a failed module retries or routes instead of failing the scenario silently.
Turn the scenario on and check the execution history for the first batch of live runs.
Review monthly operation usage against your Make plan as volume grows.
When Make isn't enough
When you need custom middleware instead.
Make is the right call for a branching, multi-step automation,
even a fairly complex one. It stops being the right call once you
need true two-way sync, conflict resolution when both systems
change the same record, or field mapping that is not a clean
one-to-one match.
It also stops scaling once volume runs into GoHighLevel's API
limits or starts stacking a serious operation bill. At that point
a fixed-fee custom build against the GoHighLevel API replaces the
per-operation bill entirely. See
custom development
or our pricing page for how scoped,
fixed-fee integration projects work outside the standard
retainer tiers.
When a client outgrows LeadConnector entirely, we build straight
against the API instead. Our
GoHighLevel and Housecall Pro integration
reached 100% automated, bi-directional contact sync, the kind of
result rung four above is built for. For a vertical-specific
example of what runs on top of this connection layer, see our
GoHighLevel automation for real estate agents page.
Common questions
The GoHighLevel Make integration, answered.
Does GoHighLevel integrate with Make?
Yes, through an app called LeadConnector, HighLevel's white-label API app on the Make marketplace. It supports trigger modules like a new contact or a pipeline stage change, and action modules like creating a contact or starting a workflow.
Why can't I find GoHighLevel on Make?
Because it is not listed under that name. GoHighLevel is white-labeled on Make and Zapier as LeadConnector, so searching for GoHighLevel directly returns nothing.
What triggers and actions does the GoHighLevel Make integration support?
Common trigger modules include a new contact, a contact update, a form or survey submission, a new appointment, and a pipeline stage change. Common action modules include creating or updating a contact, adding or removing a tag, adding a contact to a workflow, and creating an opportunity.
How much does the GoHighLevel Make integration cost?
Make bills per operation, meaning every module run in a scenario counts. A simple one-trigger, one-action scenario uses two operations per run, and cost scales with your plan and total monthly operation volume. This tends to come out cheaper than Zapier's per-task model at the same volume.
Can GoHighLevel sync two-way with another app through Make?
Not through a single scenario. LeadConnector triggers and acts in one direction at a time, so a two-way sync means building two separate scenarios, one in each direction, plus your own logic to stop them from looping.
When should I use a custom API build instead of Make?
When you need true two-way sync, conflict resolution, field mapping beyond one field to one field, or volume that runs into GoHighLevel's API rate limits. At that point custom middleware against the GoHighLevel API replaces Make entirely.
Need this integration built properly?
Book a free call and we will map your GoHighLevel and Make setup,
find the gaps LeadConnector can't cover, and tell you honestly
whether you need Make or custom middleware.
