Real-Time Monitoring

Instant webhook debugging in real-time

Live Event Stream

WebhookLab routes every payload through a persistent WebSocket connection, delivering request headers, body data, and response codes directly to your browser the millisecond they hit our edge nodes. No polling, no refresh cycles, just a continuous, stateful stream.

Our infrastructure maintains a dedicated channel per active endpoint. When a POST request arrives at `https://hook.webhooklab.io/v2/collect`, the gateway parses the JSON, strips sensitive tokens, and pushes a structured log entry to your dashboard. You’ll see `Content-Type: application/json`, payload size in bytes, and a color-coded status indicator within 12ms of receipt.

Incoming Request #8492

Status: 200 OK

Source: `stripe.com` | Latency: 8ms
Payload: `{"event": "payment_intent.succeeded", "amount": 4990}`

Incoming Request #8493

Status: 401 Unauthorized

Source: `github.com` | Latency: 14ms
Payload: `{"action": "push", "ref": "refs/heads/main"}`

Incoming Request #8494

Status: 200 OK

Source: `shopify.com` | Latency: 6ms
Payload: `{"id": 1029384756, "status": "fulfilled"}`

Why Real-Time Monitoring Matters

Zero-Latency Payload Inspection

WebSocket Architecture

Traditional polling intervals waste cycles and delay debugging. Our bidirectional socket keeps the connection alive, pushing structured logs instantly. You’ll catch malformed JSON or missing headers before they break your pipeline.

Stateful Session Tracking

Persistent Context

Every event retains its sequence ID, timestamp, and originating IP. Replay failed deliveries, compare header differences across retries, and trace webhook signatures back to their exact source without losing context.

Automated Anomaly Flagging

Instant Alerts

The dashboard highlights rate-limited bursts, oversized payloads (>5MB), and invalid HMAC signatures in real-time. Get notified via Slack or email when a trusted provider like `zendesk.com` or `hubspot.com` starts failing authentication.