Webhook Integration
Integrate AINexLayer with external systems using webhooks for real-time event notifications and automated workflows.
Overview
Webhooks allow AINexLayer to send real-time notifications to your applications when specific events occur. This enables you to build automated workflows, integrate with external systems, and respond to platform events in real-time.
Webhook Concepts
What are Webhooks?
Event-Driven: Triggered by specific events in AINexLayer
Real-Time: Immediate notification when events occur
HTTP POST: Send data to your application endpoint
Retry Logic: Automatic retry for failed deliveries
Security: Signed payloads for verification
Webhook Flow
Event Occurs: User action triggers an event
Webhook Triggered: AINexLayer identifies registered webhooks
HTTP Request: POST request sent to your endpoint
Response Required: Your endpoint must respond with 2xx status
Retry on Failure: Failed deliveries are retried automatically
Supported Events
Document Events
document.uploaded- Document uploaded to workspacedocument.processed- Document processing completeddocument.failed- Document processing faileddocument.deleted- Document deleted from workspacedocument.updated- Document metadata updated
Chat Events
chat.message- New chat message sentchat.conversation.started- New conversation startedchat.conversation.ended- Conversation endedchat.response.generated- AI response generated
Workspace Events
workspace.created- New workspace createdworkspace.updated- Workspace settings updatedworkspace.deleted- Workspace deletedworkspace.user.added- User added to workspaceworkspace.user.removed- User removed from workspace
User Events
user.created- New user registereduser.updated- User profile updateduser.deleted- User account deleteduser.login- User logged inuser.logout- User logged out
Webhook Configuration
Create Webhook
Request Body:
Response:
Query Parameters:
page(optional): Page numberlimit(optional): Items per pageactive(optional): Filter by active status
Signature Verification
AINexLayer signs webhook payloads using HMAC-SHA256. Verify the signature to ensure the webhook is from AINexLayer.
Webhook Implementation
Webhook Delivery Logs
Query Parameters:
page(optional): Page numberlimit(optional): Items per pagestatus(optional): Filter by delivery status
Best Practices
Webhook Endpoint Design
Idempotency: Handle duplicate webhook deliveries
Timeout: Respond within 30 seconds
Status Codes: Return appropriate HTTP status codes
Logging: Log all webhook events for debugging
Error Handling: Handle errors gracefully
Security
Signature Verification: Always verify webhook signatures
HTTPS: Use HTTPS for webhook endpoints
Secret Management: Store webhook secrets securely
Rate Limiting: Implement rate limiting on webhook endpoints
Access Control: Restrict access to webhook endpoints
Performance
Async Processing: Process webhooks asynchronously
Queue System: Use message queues for high-volume webhooks
Monitoring: Monitor webhook delivery success rates
Retry Logic: Implement retry logic for failed processing
Scaling: Scale webhook processing based on load
Troubleshooting
Common Issues
Webhook Not Receiving Events
Check webhook URL is accessible
Verify webhook is active
Check event subscriptions
Review webhook delivery logs
Signature Verification Fails
Verify webhook secret is correct
Check payload format
Ensure signature header is present
Review signature generation logic
Webhook Timeouts
Optimize webhook processing
Increase timeout settings
Use async processing
Monitor response times
Debugging Tools
Delivery Logs: Review webhook delivery logs
Test Endpoint: Use test endpoint to verify webhook
Signature Verification: Test signature verification
Event Filtering: Check event subscriptions
🔗 Webhooks enable real-time integration with AINexLayer. Use this guide to implement robust webhook handling in your applications.
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