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Jarvis AIAgent Flow3 min 37 secSep 2026

Jarvis Registry: Build Governed AI Workflows on a Visual Canvas

Enterprise AI has moved past single-agent question answering — teams now need agents, tools, knowledge sources, MCP servers, and business systems working together across multi-step processes. Without an orchestration layer, these workflows become fragmented, hard to govern, and difficult to monitor. Jarvis Registry Workflows gives teams a visual canvas to design, run, and monitor these agentic processes, turning scattered automation attempts into governed, repeatable AI workflows.

The demo walks through an IT help desk ticket triage workflow built entirely on the Jarvis Registry canvas. When a request arrives by email, Jarvis Registry analyzes intent, queries a knowledge base MCP to pull relevant Confluence content, and evaluates a confidence score. High-confidence cases automatically pull a response template from Google Drive, draft a reply, and send it through the Google Workspace MCP server — grounded in real documentation rather than generated from scratch.

When confidence is low, Jarvis Registry routes the ticket to the IT support team and generates a Jira ticket for manual review instead of guessing at an answer. The same pattern extends beyond IT support to insurance claim review and healthcare pre-authorization — any process with multiple steps, multiple systems, and a judgment call in the middle. Jarvis Registry supports approval gates, conditional branches, parallel fan-out, routing, loops, and agent pools for complex organizational processes.

How Jarvis Registry orchestrates multi-step AI workflows across agents, tools, and business systems
What happens when a confidence check passes versus fails during ticket triage
Why grounding responses in Confluence knowledge prevents inaccurate or fabricated answers
How approval gates, branching, parallel fan-out, and loops support complex governed workflows
0:01 - Orchestration challenge

Enterprise AI now requires agents, tools, knowledge sources, and business systems working together across multi-step processes. Without an orchestration layer, these workflows become fragmented and hard to govern.

0:37 - Workflow trigger and analysis

An IT help desk request arrives by email, and Jarvis Registry analyzes the request to understand the user's issue and intent before calling a knowledge base MCP to retrieve relevant Confluence information.

1:00 - Confidence-based branching

The workflow evaluates a confidence level from the retrieved knowledge. High confidence triggers an automated response; low confidence routes the ticket to IT support for manual review.

1:21 - High-confidence example run

A live example shows the workflow triggering automatically, finding reliable Confluence information, pulling a response template from Google Drive, and sending a grounded reply email to the customer.

2:18 - Low-confidence fallback example

A second example shows the confidence check failing, so Jarvis Registry routes the request to IT support and automatically generates a Jira ticket for manual review.

2:48 - Beyond IT support

The same orchestration pattern applies to insurance claim review, healthcare pre-authorization, and any process combining multiple steps, systems, and judgment calls, using logic like approval gates, parallel fan-out, and loops.

Agent FlowJarvis AIJarvis Registry workflowsgoverned AI workflowsagentic workflow orchestrationIT help desk automation AIAI ticket triage automationMCP knowledge base integrationConfluence AI knowledge retrievalGoogle Workspace MCP server automationAI confidence-based routingmulti-agent workflow orchestration