Use the standard OAuth-like flow to authorize GHL’s Contacts API from Transistor-fm, granting read and write access to your contact records.
Grant permission for Transistor-fm to read and modify your Contacts data via the API. This enables automated workflows and syncing.
GET /contacts/:contactId GET /contacts/:contactId/tasks GET /contacts/:contactId/tasks/:taskId GET /contacts/:contactId/notes GET /contacts/:contactId/notes/:id GET /contacts/:contactId/appointments GET /contacts/ GET /contacts/business/:businessId POST /contacts/ PUT /contacts/:contactId DELETE /contacts/:contactId POST /contacts/:contactId/tasks PUT /contacts/:contactId/tasks/:taskId PUT /contacts/:contactId/tasks/:taskId/completed DELETE /contacts/:contactId/tasks/:taskId POST /contacts/:contactId/tags
Trigger: when a contact is opened in Transistor-fm, fetch the contact details along with related tasks and notes to ensure up-to-date visibility.
Actions: GET /contacts/:contactId, GET /contacts/:contactId/tasks, GET /contacts/:contactId/notes
GET /contacts/:contactId; GET /contacts/:contactId/tasks; GET /contacts/:contactId/notes
Key fields to map: id, name, email, phone, lastUpdated, taskCount, noteCount
Trigger: form submission in Transistor-fm creates or updates a contact in GHL.
Actions: POST /contacts/, POST /contacts/:contactId/tasks
POST /contacts/; PUT /contacts/:contactId; POST /contacts/:contactId/tasks
Key fields: id, email, status, tags, associated tasks
Trigger: when a contact hits a milestone, push notes or schedule appointments in Transistor-fm.
Actions: POST /contacts/:contactId/notes, POST /contacts/:contactId/appointments
POST /contacts/:contactId/notes; POST /contacts/:contactId/appointments
Key fields: noteId, appointmentId, date, content
Automate workflows without writing code: set triggers and actions in minutes.
Real-time data synchronization between your Contacts data and your workflows in Transistor-fm.
Accelerate team onboarding with ready-made templates and a scalable API pattern.
This glossary covers core data elements and processes used by the GHL Contacts API integration with Transistor-fm: contacts, tasks, notes, appointments, and tags, plus common workflows.
People stored in your CRM with fields such as name, email, phone, and company; each contact can have related tasks, notes, and appointments.
Action items linked to a contact, including status, due date, and completion state.
Journals or messages attached to a contact for context and history.
Scheduled meetings or calls linked to a contact.
Capture visitor form data in Transistor-fm and automatically create or update a GHL contact, then generate follow-up tasks.
Assign tasks to team members in GHL when a deal stage changes in Transistor-fm.
Log client interactions as notes in GHL when a meeting is scheduled in Transistor-fm.
In Transistor-fm, start the OAuth flow to grant access to your GHL Contacts data.
Map fields between Transistor-fm and the Contacts API (name, email, phone, tags, etc.).
Run test requests, verify data flows, and enable automation for your team.
The Contacts API lets you read and write contact records, tasks, notes, and appointments. You can pull lists or single items and push updates to keep records in sync. Use tags to organize contacts and filter by business or status. Adopt a consistent field mapping to simplify automation. The API supports bulk and per-item operations for flexible workflows. Two-way sync ensures that updates in Transistor-fm reflect in GHL and vice versa, reducing manual data entry.
Authenticate via Transistor-fm’s built-in OAuth flow that connects to GHL. This ensures secure access and allows you to scope permissions to read or write. After granting access, Transistor-fm can perform API calls on your behalf.
Endpoints include GET /contacts/:contactId, GET /contacts/, POST /contacts/, and more for tasks, notes, and appointments. You can fetch data in bulk or per item and perform updates.
Yes. You can create notes and appointments using POST requests and update existing records with PUT requests. This supports full lifecycle management from a single app.
GHL enforces rate limits per app. If you hit limits, implement exponential backoff, batch requests, and consider using Webhooks for near-real-time updates.
No coding is required for basic integrations. The platform provides a visual mapping and triggers to automate workflows, while developers can extend with custom scripts if needed.
Use a sandbox or test environment, make sample requests, and verify responses. Validate authentication and field mappings before going live.
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