Alerts

Set up an alert when you want to be notified about an important, actionable event in your Opik workspace — a spike in trace errors, a quality score dropping, a prompt changing under you in production.

Setting one up is two decisions:

1. When do you want to be alerted? Pick one or more event types and set their filter conditions — the threshold, the comparison, the time window, and which projects to watch.
2. Who needs to be notified, and how? Point the alert at a destination:
   • Slack — native integration, messages formatted for Slack
   • PagerDuty — native integration, events formatted for PagerDuty's Events API v2
   • General — any webhook endpoint, no-code automation platform, or middleware service

Opik delivers each notification as an HTTP POST carrying the event data in the body.

• A project to scope the alert to
• A webhook endpoint that can receive HTTP POST requests
• (Optional) An HTTPS endpoint with valid SSL certificate for production use

1. Navigate to Alerts

   • Open your project and go to Alerts, under Production in the sidebar
   • Click Create alert

2. Add triggers

   • Click "Add trigger" and tick one or more event types
   • Configure project scope for observability events (optional)
   • For threshold-based triggers (errors, cost, latency, feedback scores):
     • Threshold: Set the threshold value that triggers the alert
     • Operator: Choose comparison operator (>, <) for feedback score alerts
     • Window: Pick the time window the metric is aggregated over
     • Feedback Score Name: Select which feedback score to monitor (for feedback score alerts only). Any score logged to the project can be selected, including custom metrics you define yourself.
   • Expand Example payload on a trigger to see the JSON it will send, and click Test trigger to send that payload to your endpoint

3. Configure webhook settings

   • Destination: Select the alert destination type:
     • General: For custom webhooks, no-code automation platforms, or middleware services
     • Slack: For native Slack webhook integration (automatically formats messages for Slack)
     • PagerDuty: For native PagerDuty integration (automatically formats events for PagerDuty)
   • Endpoint URL: Enter your webhook URL (must start with http:// or https://)
     • For Slack: Use your Slack Incoming Webhook URL (e.g., https://hooks.slack.com/services/...)
     • For PagerDuty: Use your PagerDuty Events API v2 integration URL (e.g., https://events.pagerduty.com/v2/enqueue)
     • For General: Use any HTTP endpoint that can receive POST requests
   • Click Test connection, next to the Endpoint URL field, to send a sample webhook and check the response status

4. Advanced webhook settings (optional)

   • Secret token: Add a secret token to verify webhook authenticity (recommended for General destination)
   • Custom headers: Add HTTP headers for authentication or routing
     • Example: X-Custom-Auth: Bearer your-token-here

5. Name the alert

   • Name: the field sits at the top of the form, but you can leave it until last — Opik suggests a name from your first trigger as soon as you add one, for example Trace errors > 5 in 5 mins, or Trace feedback score: policy_compliance < 0.8. Additional triggers are summarised as +N more.
   • If the project already has an alert with that name, the suggestion is numbered — Trace errors > 5 in 5 mins (2) — so two alerts built from the same trigger stay distinguishable
   • Type your own name at any point to override the suggestion; clear the field to go back to the suggested one

6. Create the alert

   • Click "Create alert" to save your configuration
   • New alerts are enabled and start monitoring events immediately
   • To pause an alert later, open it and switch off Enable alert at the bottom of the form

Opik supports three main approaches for integrating alerts with external systems:

1. Native integrations (Slack, PagerDuty): Use built-in formatting for popular services - no middleware required
2. General webhooks: Send alerts to custom endpoints, no-code platforms, or middleware services
3. Middleware services (Optional): Add custom logic, routing, or transformations before forwarding to destinations

Opik provides native Slack integration that automatically formats alert messages for Slack's Block Kit format.

• Create a Slack app and enable Incoming Webhooks
• Generate a webhook URL (e.g., https://hooks.slack.com/services/T00000000/B00000000/XXXX)

1. In Slack:

   • Create a Slack app in your workspace
   • Enable Incoming Webhooks
   • Add the webhook to your desired channel
   • Copy the webhook URL

2. In Opik:

   • Open your project and go to Alerts, under Production in the sidebar
   • Click Create alert
   • Add triggers for the events you want to monitor
   • Select Slack as the destination type
   • Paste your Slack webhook URL in the Endpoint URL field
   • Click "Test connection" to verify
   • Adjust the suggested alert name if you want a different one
   • Click "Create alert"

Opik will automatically format all alert payloads into Slack-compatible messages with rich formatting, including:

• Alert name and event type
• Event count and details
• Relevant metadata
• Links to view full details in Opik

Opik provides native PagerDuty integration that automatically formats alert events for PagerDuty's Events API v2.

• A PagerDuty account with permission to create integrations
• Access to a service where you want to receive alerts

1. In PagerDuty:

   • Navigate to Services → select your service → Integrations tab
   • Click "Add Integration"
   • Select "Events API V2"
   • Give the integration a name (e.g., "Opik Alerts")
   • Save the integration and copy the Integration Key

2. In Opik:

   • Open your project and go to Alerts, under Production in the sidebar
   • Click Create alert
   • Add triggers for the events you want to monitor
   • Select PagerDuty as the destination type
   • Enter the PagerDuty Events API v2 endpoint: https://events.pagerduty.com/v2/enqueue
   • In the Routing Key field, enter your PagerDuty Integration Key (this field appears when PagerDuty is selected as the destination)
   • Click "Test connection" to verify
   • Adjust the suggested alert name if you want a different one
   • Click "Create alert"

Opik will automatically format all alert payloads into PagerDuty-compatible events with:

• Severity levels based on event type
• Detailed event information
• Custom fields for filtering and routing
• Deduplication keys to prevent duplicate incidents

For more complex integrations or custom formatting requirements, you can use a middleware service to transform Opik's payload before sending it to your destination. This approach works with any destination type (General, Slack, or PagerDuty).

• Custom message formatting: Transform payload structure or add custom fields
• Multi-destination routing: Send alerts to different endpoints based on event type
• Additional processing: Enrich alerts with data from other systems
• Legacy systems: Adapt Opik alerts to older webhook formats

import requests

def transform_to_slack(opik_payload):
    event_type = opik_payload.get('eventType')
    alert_name = opik_payload['payload']['alertName']
    event_count = opik_payload['payload']['eventCount']
    
    # Custom formatting logic
    return {
        "blocks": [
            {
                "type": "header",
                "text": {
                    "type": "plain_text",
                    "text": f"🚨 {alert_name}"
                }
            },
            {
                "type": "section",
                "text": {
                    "type": "mrkdwn",
                    "text": f"*{event_count}* new `{event_type}` events"
                }
            },
            {
                "type": "section",
                "text": {
                    "type": "mrkdwn",
                    "text": f"View in Opik: https://www.comet.com/opik"
                }
            },
            {
                "type": "section",
                "fields": [
                    {
                        "type": "mrkdwn",
                        "text": f"*Environment:*\nProduction"
                    },
                    {
                        "type": "mrkdwn",
                        "text": f"*Priority:*\nHigh"
                    }
                ]
            }
        ]
    }

@app.route('/opik-to-slack', methods=['POST'])
def opik_to_slack():
    opik_data = request.json
    slack_payload = transform_to_slack(opik_data)
    
    # Forward to Slack
    requests.post(
        SLACK_WEBHOOK_URL,
        json=slack_payload
    )
    
    return {'status': 'success'}, 200

1. Deploy your middleware service to a publicly accessible endpoint
2. In Opik, create an alert with destination type General
3. Use your middleware service URL as the Endpoint URL
4. Configure your middleware to forward to the final destination (Slack, PagerDuty, etc.)

No-code automation tools like n8n, Make.com, and IFTTT provide an easy way to connect Opik alerts to other services—without writing or deploying code. These platforms can receive webhooks from Opik, apply filters or conditions, and trigger actions such as sending Slack messages, logging data in Google Sheets, or creating incidents in PagerDuty.

To use them:

1. Create a new workflow or scenario and add a Webhook trigger node/module
2. Copy the webhook URL generated by the platform
3. In Opik, create an alert with destination type General and paste the webhook URL from your automation platform
4. Secure the connection by validating the Authorization header or including a secret token parameter
5. Add filters or routing logic to handle different eventType values from Opik (for example, trace:errors or trace:feedback_score)
6. Chain the desired actions, such as notifications, database updates, or analytics tracking

These tools also provide built-in monitoring, retries, and visual flow editors, making them suitable for both technical and non-technical users who want to automate Opik alert handling securely and efficiently. This approach works well when you need to route alerts to multiple destinations or apply complex business logic.

Build a custom monitoring dashboard that receives alerts using the General destination type:

from fastapi import FastAPI, Request
from datetime import datetime

app = FastAPI()

# In-memory storage (use a database in production)
alert_history = []

@app.post("/webhook")
async def receive_webhook(request: Request):
    data = await request.json()
    
    # Store alert
    alert_history.append({
        'timestamp': datetime.utcnow(),
        'event_type': data.get('eventType'),
        'alert_name': data['payload']['alertName'],
        'event_count': data['payload']['eventCount'],
        'data': data
    })
    
    # Keep only last 1000 alerts
    if len(alert_history) > 1000:
        alert_history.pop(0)
    
    return {"status": "success"}

@app.get("/dashboard")
async def get_dashboard():
    # Return aggregated statistics
    return {
        'total_alerts': len(alert_history),
        'by_type': group_by_type(alert_history),
        'recent_alerts': alert_history[-10:]
    }

Opik supports ten types of alert events. Select one to jump to its full description.

• Event type: trace:errors
• Triggered when: Total trace error count exceeds the specified threshold within a time window
• Project scope: Can be configured to specific projects
• Configuration: Requires threshold value (error count) and time window (in seconds)
• Payload: Metrics alert payload with error count details
• Use case: Proactive error monitoring, detect error spikes, prevent system degradation

• Event type: trace:feedback_score
• Triggered when: Average trace feedback score meets the specified threshold criteria within a time window
• Project scope: Can be configured to specific projects
• Configuration: Requires feedback score name, threshold value, operator (>, <), and time window
• Payload: Metrics alert payload with average feedback score details
• Use case: Track model performance, monitor user satisfaction, detect quality degradation

• Event type: trace_thread:feedback_score
• Triggered when: Average thread feedback score meets the specified threshold criteria within a time window
• Project scope: Can be configured to specific projects
• Configuration: Requires feedback score name, threshold value, operator (>, <), and time window
• Payload: Metrics alert payload with average feedback score details
• Use case: Monitor conversation quality, track multi-turn interactions, detect thread satisfaction issues

Both feedback score events threshold on a score name, and any score logged to your project is eligible — so custom metrics can be alerted on just like Opik's built-in ones. Pick the trigger above, then select your metric's name in Feedback Score Name.

The score has to be on a production trace, span or thread for an alert to see it. Scores that exist only inside an experiment cannot be thresholded. For how to get a custom metric scoring production data, see Using your custom metric in production.

• Event type: trace:guardrails_triggered
• Triggered when: A guardrail check fails for a trace
• Project scope: Can be configured to specific projects
• Payload: Array of guardrail result objects
• Use case: Security monitoring, compliance tracking, PII detection

• Event type: trace:cost
• Triggered when: Total trace cost exceeds the specified threshold within a time window
• Project scope: Can be configured to specific projects
• Configuration: Requires threshold value (in currency units) and time window (in seconds)
• Payload: Metrics alert payload with cost details
• Use case: Budget monitoring, cost control, prevent runaway spending

• Event type: trace:latency
• Triggered when: Average trace latency exceeds the specified threshold within a time window
• Project scope: Can be configured to specific projects
• Configuration: Requires threshold value (in seconds) and time window (in seconds)
• Payload: Metrics alert payload with latency details
• Use case: Performance monitoring, SLA compliance, user experience tracking

• Event type: prompt:created
• Triggered when: A new prompt is created in the prompt library
• Project scope: Workspace-wide
• Payload: Prompt object with metadata
• Use case: Track prompt library changes, audit prompt creation

• Event type: prompt:committed
• Triggered when: A new version (commit) is added to a prompt
• Project scope: Workspace-wide
• Payload: Prompt version object with template and metadata
• Use case: Monitor prompt iterations, track version history

• Event type: prompt:deleted
• Triggered when: A prompt is removed from the prompt library
• Project scope: Workspace-wide
• Payload: Array of deleted prompt objects
• Use case: Audit prompt deletions, maintain prompt governance

• Event type: experiment:finished
• Triggered when: An experiment completes in the workspace
• Project scope: Workspace-wide
• Payload: Array of experiment objects with completion details
• Use case: Automate experiment notifications, track evaluation completions

If you need additional event types for your use case, please create an issue on GitHub and let us know what you'd like to monitor.

All webhook events follow a consistent payload structure:

{
  "id": "webhook-event-id",
  "eventType": "trace:errors",
  "alertId": "alert-uuid",
  "alertName": "Production Errors Alert",
  "workspaceId": "workspace-uuid",
  "createdAt": "2025-01-15T10:30:00Z",
  "payload": {
    "alertId": "alert-uuid",
    "alertName": "Production Errors Alert",
    "eventType": "trace:errors",
    "eventIds": ["event-id-1", "event-id-2"],
    "userNames": ["user@example.com"],
    "eventCount": 2,
    "aggregationType": "consolidated",
    "message": "Alert 'Production Errors Alert': 2 trace:errors events aggregated",
    "metadata": [
      {
        "id": "trace-uuid",
        "name": "handle_query",
        "project_id": "project-uuid",
        "project_name": "Demo Project",
        "start_time": "2025-01-15T10:29:45Z",
        "end_time": "2025-01-15T10:29:50Z",
        "input": {
          "query": "User question"
        },
        "output": {
          "response": "LLM response"
        },
        "error_info": {
          "exception_type": "ValidationException",
          "message": "Validation failed",
          "traceback": "Full traceback..."
        },
        "metadata": {
          "customer_id": "customer_123"
        },
        "tags": ["production"]
      }
    ]
  }
}

{
  "metadata": {
    "event_type": "TRACE_ERRORS",
    "metric_name": "trace:errors",
    "metric_value": "15",
    "threshold": "10",
    "window_seconds": "900",
    "project_ids": "0198ec68-6e06-7253-a20b-d35c9252b9ba,0198ec68-6e06-7253-a20b-d35c9252b9bb",
    "project_names": "Demo Project,Default Project"
  }
}

{
  "metadata": {
    "event_type": "TRACE_FEEDBACK_SCORE",
    "metric_name": "trace:feedback_score",
    "metric_value": "0.7500",
    "threshold": "0.8000",
    "window_seconds": "3600",
    "project_ids": "0198ec68-6e06-7253-a20b-d35c9252b9ba,0198ec68-6e06-7253-a20b-d35c9252b9bb",
    "project_names": "Demo Project,Default Project"
  }
}

{
  "metadata": {
    "event_type": "TRACE_THREAD_FEEDBACK_SCORE",
    "metric_name": "trace_thread:feedback_score",
    "metric_value": "0.7500",
    "threshold": "0.8000",
    "window_seconds": "3600",
    "project_ids": "0198ec68-6e06-7253-a20b-d35c9252b9ba,0198ec68-6e06-7253-a20b-d35c9252b9bb",
    "project_names": "Demo Project,Default Project"
  }
}

{
  "metadata": {
    "id": "prompt-uuid",
    "name": "Prompt Name",
    "description": "Prompt description",
    "tags": ["system", "assistant"],
    "created_at": "2025-01-15T10:00:00Z",
    "created_by": "user@example.com",
    "last_updated_at": "2025-01-15T10:00:00Z",
    "last_updated_by": "user@example.com"
  }
}

{
  "metadata": {
    "id": "version-uuid",
    "prompt_id": "prompt-uuid",
    "commit": "abc12345",
    "template": "You are a helpful assistant. {{question}}",
    "type": "mustache",
    "metadata": {
      "version": "1.0",
      "model": "gpt-4"
    },
    "created_at": "2025-01-15T10:00:00Z",
    "created_by": "user@example.com"
  }
}

{
  "metadata": [
    {
      "id": "prompt-uuid",
      "name": "Prompt Name",
      "description": "Prompt description",
      "tags": ["deprecated"],
      "created_at": "2025-01-10T10:00:00Z",
      "created_by": "user@example.com",
      "last_updated_at": "2025-01-15T10:00:00Z",
      "last_updated_by": "user@example.com",
      "latest_version": {
        "id": "version-uuid",
        "commit": "abc12345",
        "template": "Template content",
        "type": "mustache",
        "created_at": "2025-01-15T10:00:00Z",
        "created_by": "user@example.com"
      }
    }
  ]
}

{
  "metadata": [
    {
      "id": "guardrail-check-uuid",
      "entity_id": "trace-uuid",
      "project_id": "project-uuid",
      "project_name": "Project Name",
      "name": "PII",
      "result": "failed",
      "details": {
        "detected_entities": ["EMAIL", "PHONE_NUMBER"],
        "message": "PII detected in response: email and phone number"
      }
    }
  ]
}

{
  "metadata": [
    {
      "id": "experiment-uuid",
      "name": "Experiment Name",
      "dataset_id": "dataset-uuid",
      "created_at": "2025-01-15T10:00:00Z",
      "created_by": "user@example.com",
      "last_updated_at": "2025-01-15T10:05:00Z",
      "last_updated_by": "user@example.com",
      "feedback_scores": [
        {
          "name": "accuracy",
          "value": 0.92
        },
        {
          "name": "latency",
          "value": 1.5
        }
      ]
    }
  ]
}

{
  "metadata": {
    "event_type": "TRACE_COST",
    "metric_name": "trace:cost",
    "metric_value": "150.75",
    "threshold": "100.00",
    "window_seconds": "3600",
    "project_ids": "0198ec68-6e06-7253-a20b-d35c9252b9ba,0198ec68-6e06-7253-a20b-d35c9252b9bb",
    "project_names": "Demo Project,Default Project"
  }
}

{
  "metadata": {
    "event_type": "TRACE_LATENCY",
    "metric_name": "trace:latency",
    "metric_value": "5250.5000",
    "threshold": "5",
    "window_seconds": "1800",
    "project_ids": "0198ec68-6e06-7253-a20b-d35c9252b9ba,0198ec68-6e06-7253-a20b-d35c9252b9bb",
    "project_names": "Demo Project,Default Project"
  }
}

Add a secret token to your webhook configuration to verify that incoming requests are from Opik:

1. Generate a secure random token (e.g., using openssl rand -hex 32)
2. Add it to your alert's "Secret token" field
3. Opik will send it in the Authorization header: Authorization: Bearer your-secret-token
4. Validate the token in your webhook handler before processing the request

from flask import Flask, request, abort
import hmac

app = Flask(__name__)
SECRET_TOKEN = "your-secret-token-here"

@app.route('/webhook', methods=['POST'])
def handle_webhook():
    # Verify the secret token
    auth_header = request.headers.get('Authorization', '')
    if not auth_header.startswith('Bearer '):
        abort(401, 'Missing or invalid Authorization header')
    
    token = auth_header.split(' ', 1)[1]
    if not hmac.compare_digest(token, SECRET_TOKEN):
        abort(401, 'Invalid secret token')
    
    # Process the webhook
    data = request.json
    event_type = data.get('eventType')
    
    # Handle different event types
    if event_type == 'trace:errors':
        handle_trace_errors(data)
    elif event_type == 'trace:feedback_score':
        handle_feedback_score(data)
    elif event_type == 'experiment:finished':
        handle_experiment_finished(data)
    
    return {'status': 'success'}, 200

You can add custom headers for additional authentication or routing:

# In your webhook handler
api_key = request.headers.get('X-API-Key')
environment = request.headers.get('X-Environment')

if api_key != EXPECTED_API_KEY:
    abort(401, 'Invalid API key')

# Route to different handlers based on environment
if environment == 'production':
    handle_production_webhook(data)
else:
    handle_staging_webhook(data)

Check endpoint accessibility:

• Ensure your endpoint is publicly accessible (if using cloud)
• Verify firewall rules allow incoming connections
• Test your endpoint with curl: curl -X POST -H "Content-Type: application/json" -d '{"test": "data"}' https://your-endpoint.com/webhook

Check webhook configuration:

• Verify the URL starts with http:// or https://
• Check that the endpoint returns 2xx status codes
• Review custom headers for syntax errors

Check alert status:

• Ensure the alert is enabled
• Verify at least one trigger is configured
• Check that project scope matches your events (for observability events)

Opik expects webhooks to respond within the configured timeout (typically 30 seconds). If your endpoint takes longer:

Optimize your handler:

• Return a 200 response immediately
• Process the webhook asynchronously in the background
• Use a queue system (e.g., Celery, RabbitMQ) for long-running tasks

Example async processing:

from flask import Flask
from threading import Thread

app = Flask(__name__)

def process_webhook_async(data):
    # Long-running processing
    send_to_slack(data)
    update_dashboard(data)
    log_to_database(data)

@app.route('/webhook', methods=['POST'])
def handle_webhook():
    data = request.json
    
    # Start background processing
    thread = Thread(target=process_webhook_async, args=(data,))
    thread.start()
    
    # Return immediately
    return {'status': 'accepted'}, 200

If you receive duplicate webhooks:

Check retry configuration:

• Opik retries failed webhooks with exponential backoff
• Ensure your endpoint returns 2xx status codes on success
• Implement idempotency using the webhook id field

Example idempotent handler:

processed_webhook_ids = set()

@app.route('/webhook', methods=['POST'])
def handle_webhook():
    data = request.json
    webhook_id = data.get('id')
    
    # Skip if already processed
    if webhook_id in processed_webhook_ids:
        return {'status': 'already_processed'}, 200
    
    # Process webhook
    process_alert(data)
    
    # Mark as processed
    processed_webhook_ids.add(webhook_id)
    
    return {'status': 'success'}, 200

Check event type matching:

• Verify the alert has a trigger for this event type
• For observability events, check project scope configuration
• Review project IDs in trigger configuration

Check workspace context:

• Ensure events are logged to the correct workspace
• Verify the alert is in the same workspace as your events

Check alert evaluation:

• View backend logs for alert evaluation messages
• Confirm events are being published to the event bus
• Check Redis for alert buckets (self-hosted deployments)

If you see SSL certificate errors in logs:

For development/testing:

• Use self-signed certificates with proper configuration
• Or use HTTP endpoints (not recommended for production)

For production:

• Use valid SSL certificates from trusted CAs
• Ensure certificate chain is complete
• Check certificate expiry dates
• Use services like Let's Encrypt for free SSL

Understanding Opik's alert architecture can help with troubleshooting and optimization.

The Opik Alerts system monitors your workspace for specific events and sends consolidated webhook notifications to your configured endpoints. Here's the flow:

1. Event occurs: An event happens in your workspace (e.g., a trace error, prompt creation, guardrail trigger, new feedback score)
2. Alert evaluation: The system checks if any enabled alerts match this event type and evaluates threshold conditions (for metrics-based alerts like errors, cost, latency, and feedback scores)
3. Event aggregation: Multiple events are aggregated over a short time window (debouncing)
4. Webhook delivery: A consolidated HTTP POST request is sent to your webhook URL
5. Retry handling: Failed requests are automatically retried with exponential backoff

To prevent overwhelming your webhook endpoint, Opik aggregates multiple events of the same type within a short time window (typically 30-60 seconds) and sends them as a single consolidated webhook. This is particularly useful for high-frequency events like feedback scores.

1. Event occurs (e.g., trace error logged)
   ↓
2. Service publishes AlertEvent to EventBus
   ↓
3. AlertEventListener receives event
   ↓
4. AlertEventEvaluationService evaluates against configured alerts
   ↓
5. Matching events added to AlertBucketService (Redis)
   ↓
6. AlertJob (runs every 5 seconds) processes ready buckets
   ↓
7. WebhookPublisher publishes to Redis stream
   ↓
8. WebhookSubscriber consumes from stream
   ↓
9. WebhookHttpClient sends HTTP POST request
   ↓
10. Retries on failure with exponential backoff

Opik uses Redis-based buckets to aggregate events:

• Bucket key format: alert_bucket:{alertId}:{eventType}
• Window size: Configurable (default 30-60 seconds)
• Index: Redis Sorted Set for efficient bucket retrieval
• TTL: Buckets expire automatically after processing

This prevents overwhelming your webhook endpoint with individual events and reduces costs for high-frequency events.

Failed webhooks are automatically retried:

• Max retries: Configurable (default 3)
• Initial delay: 1 second
• Max delay: 60 seconds
• Backoff: Exponential with jitter
• Retryable errors: 5xx status codes, network errors
• Non-retryable errors: 4xx status codes (except 429)

Create focused alerts:

• Use separate alerts for different purposes (e.g., one for errors, one for feedback)
• Configure project scope to avoid noise from test projects
• Use descriptive names that explain the alert's purpose

Optimize for your workflow:

• Send critical errors to PagerDuty or on-call systems
• Route feedback scores to analytics platforms
• Send prompt changes to audit logs or Slack channels

Test thoroughly:

• Use Test connection to check the endpoint, and Test trigger to check the payload a given event will send, before you save the alert
• Monitor webhook delivery in your endpoint logs
• Start with a small project scope and expand gradually

Handle failures gracefully:

• Return 2xx status codes immediately
• Process webhooks asynchronously
• Implement retry logic in your handler
• Use dead letter queues for permanent failures

Implement security:

• Always validate secret tokens
• Use HTTPS endpoints with valid certificates
• Implement rate limiting to prevent abuse
• Log all webhook attempts for auditing

Monitor performance:

• Track webhook processing time
• Alert on handler failures
• Monitor queue lengths for async processing
• Set up dead letter queue monitoring

For high-volume workspaces:

• Use event debouncing (built-in)
• Implement batch processing in your handler
• Use message queues for async processing
• Consider using serverless functions (AWS Lambda, Cloud Functions)

For multiple projects:

• Create project-specific alerts with scope configuration
• Use custom headers to route to different handlers
• Implement filtering in your webhook handler
• Consider separate endpoints for different event types

• Configure your first alert for production error monitoring
• Set up Slack integration for team notifications
• Explore Online Evaluation Rules for automated model monitoring
• Learn about Guardrails for proactive risk detection
• Review Production Monitoring best practices