orchestra.aiv1.0
Zapier & n8n Simplicity — Built for Multi-Agent AI

Orchestrate AI Workflows
Without Writing Code

Construct visual node-based automation pipelines. Connect manual triggers, encrypted LLM prompts (Google Gemini, OpenAI), sandboxed code transformers, and external REST integrations in a live DAG execution canvas.

orchestra.ai — Visual Canvas Preview
Live DAG Active
Manual Trigger
Source:MANUAL
Status:READY
Gemini AI Engine
Model:gemini-3.6-flash
"Analyze ticket & generate summary"
JS Transformer
Sandbox:isolated-vm
return { summary: input };
JSON Output
Execution Complete
{ status: 200, ok: true }
Architecture & Execution Model

How orchestra.ai Pipeline Runs Work

Every workflow runs as an isolated Directed Acyclic Graph (DAG) with automatic topological sorting.

Step 1

1. Trigger Signal

Start execution manually via the dashboard or trigger asynchronously using external API event payloads.

Step 2

2. Multi-Agent LLM Prompt

Execute AI prompts using encrypted provider keys (Google Gemini, OpenAI) sorted in topological dependency order.

Step 3

3. Structured Response

Format final output, inspect run history logs, or forward results to external REST webhooks and endpoints.

Enterprise Features

Built for Production-Grade Developer Automation

Everything required to orchestrate production AI pipelines with complete security and zero HTTP timeouts.

Visual Node Canvas

Interactive React Flow drag-and-drop editor with zoom, pan, minimap, and instant state persistence.

5 Core Node Types

Trigger, AI Engine (Gemini/OpenAI), Data Processor (JS), Integration (REST), and Output nodes out of the box.

AES-256 Encryption at Rest

BYO LLM provider keys are stored encrypted at rest using AES-256-CBC with per-key IV initialization vectors.

Isolated JS Sandbox

Safely execute custom JavaScript transformations in 128MB, 5-second V8 isolates (`isolated-vm`).

Inngest Job Queue

Durable async background step queue architecture eliminates serverless 10-second HTTP timeouts.

Real-Time DAG Tracking

Live status overlays (PENDING, RUNNING, SUCCESS, FAILED) with inspectable node inputs and output results.