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PulseFlow
Distributed Event Core

The event engine built for developer velocity.

Deploy resilient data pipelines, database CDC triggers, and webhooks with guaranteed delivery and OpenTelemetry observability.

Latency

< 5ms P99

CDC Streaming

Native Postgres

Compliance

SOC 2 Type II

Explore Core FeaturesView Pricing Plans
pulseflow.pipeline.yaml
Live Stream
version: "2.4"
pipeline: order_fullfillment
trigger:
  type: "postgres.cdc"
  table: "orders"
  event: "INSERT"
action:
  transform: "sanitize_payload"
  dispatch: "https://api.stripe.com"
  retry: 3_exponential
Event Handled (2.8ms)Status: 200 OK
Technical Architecture

6 Core Engine Capabilities

Deep dive into the infrastructure features powering reliable real-time event routing and workflow execution.

Core Engine

High-Throughput Data Pipelines

Ingest, transform, and route millions of records per second across databases, streams, and cloud services.

  • Stream processing with automatic partitioning
  • Built-in schema validation and dead-letter queues
  • Automatic rate limiting and backpressure management
Event Driven

Real-time Event Triggers

Fire workflows instantly based on Database CDC (Change Data Capture), HTTP requests, message queues, or schedules.

  • Sub-millisecond trigger dispatch
  • Deduplication and idempotency guarantees
  • Conditional branching with flexible rule evaluation
SOC 2 Type II

Enterprise Security & Compliance

Zero-trust isolation model with hardware-backed encryption, secret management, and compliance readiness.

  • End-to-end data encryption (KMS integrated)
  • Role-Based Access Control (RBAC) & SSO (SAML/OIDC)
  • Immutable audit logging for security compliance
Reliability

Resilient Webhooks & APIs

Receive and dispatch webhooks with guaranteed delivery, automatic exponential backoff retries, and request signing.

  • Automatic retries with configurable jitter
  • HMAC payload signature verification
  • Custom HTTP headers and payload transformation
Monitoring

Real-Time Observability & Telemetry

Deep visibility into workflow execution, latency distributions, failure rates, and step-by-step payload tracing.

  • OpenTelemetry and Prometheus metric exports
  • Visual execution replay and state inspection
  • Instant alerting via Slack, PagerDuty, or Email
Governance

Granular Role-Based Access Control

Define strict permission policies across workspaces, environments, and individual workflow definitions.

  • Environment isolation (Dev, Staging, Production)
  • Multi-tenant workspace scoping
  • Team collaboration with approval workflows
Developer Workflow

How PulseFlow Engine Works

From initial event ingestion to multi-region execution and telemetry reporting in three straightforward steps.

  1. 01Step 1 of 3

    Connect Your Event Sources

    Hook up PostgreSQL, Kafka, Stripe, GitHub, or any REST API in minutes using pre-built connectors or custom SDKs.

    • Native database CDC (Change Data Capture)
    • Secure webhook listener endpoints
    • SDK support for TypeScript, Python, Go, and Rust
  2. 02Step 2 of 3

    Define & Test Workflow Logic

    Write declarative YAML logic or build visually using branching condition nodes, data mappers, and custom code steps.

    • Zero-overhead serverless JS/Python execution
    • Mock event generator for instant testing
    • GitOps workflow synchronization via GitHub Actions
  3. 03Step 3 of 3

    Deploy & Monitor in Real Time

    Publish your pipeline to our global engine and monitor execution with full audit trails and live telemetry.

    • Automatic scaling to hundreds of thousands of concurrent tasks
    • Immutable execution logs for compliance auditing
    • Proactive error handling with fallback routes

Ready to Integrate PulseFlow Engine?

Start building your event-driven pipelines today with full access to all features.

View Pricing & Plans