MCP Agent Graph is a multi-agent system for operations teams. It enables automated workflows with context-aware agents, long-term memory, and visual development. Integrates with Claude agents to streamline business processes.
git clone https://github.com/keta1930/mcp-agent-graph.gitMCP Agent Graph is a multi-agent system for operations teams. It enables automated workflows with context-aware agents, long-term memory, and visual development. Integrates with Claude agents to streamline business processes.
[{"step":"Define the workflow scope and agents","action":"List the business process you want to automate (e.g., 'handle support tickets'). Identify 3-5 specialized agents (e.g., 'intake agent', 'resolution agent', 'escalation agent') and their roles. Use a whiteboard or MCP Agent Graph's visual editor to map out the flow between agents.","tip":"Start with a simple 2-agent system (e.g., intake + resolution) and expand. Use the 'shared context' feature to pass data between agents (e.g., ticket ID, customer history)."},{"step":"Configure triggers and decision logic","action":"Set up triggers for each agent (e.g., 'new ticket in Zendesk', 'customer replies to email'). Define decision logic using conditions (e.g., 'if ticket priority = high, route to senior agent'). Use MCP Agent Graph's visual rules engine or write custom logic in JSON.","tip":"Test triggers with mock data first. For complex logic, use a tool like n8n or Zapier to simulate API calls before integrating with MCP Agent Graph."},{"step":"Integrate tools and APIs","action":"Connect agents to the tools they need (e.g., 'resolution agent' uses 'linear_api' to update tickets). Configure authentication for each tool (e.g., API keys, OAuth). Use MCP Agent Graph's pre-built connectors for common tools like Slack, Notion, or Jira.","tip":"Start with read-only tools (e.g., fetching customer data) before adding write operations (e.g., updating CRM records). Use MCP Agent Graph's 'sandbox mode' to test tool integrations without affecting live data."},{"step":"Deploy and monitor","action":"Deploy the workflow in MCP Agent Graph's staging environment. Run test cases to validate agent interactions (e.g., 'simulate a high-priority ticket'). Monitor the live dashboard for errors or bottlenecks, and adjust agent logic as needed.","tip":"Use MCP Agent Graph's 'long-term memory' feature to track agent decisions over time. For example, log why an agent escalated a ticket to help refine future logic."},{"step":"Iterate and scale","action":"Gather feedback from the team using the workflow. Identify pain points (e.g., 'escalation agent takes too long') and adjust agent roles or tools. Expand the workflow by adding more agents (e.g., 'billing agent' for subscription issues) or integrating additional tools (e.g., 'Twilio' for SMS notifications).","tip":"Document the workflow in MCP Agent Graph's built-in knowledge base. Include screenshots of the graph, agent roles, and decision logic for onboarding new team members."}]
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/keta1930/mcp-agent-graphCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Design an automated workflow in MCP Agent Graph to [PROCESS_NAME], such as onboarding new customers, handling support tickets, or managing inventory. Define the agent roles (e.g., intake agent, validation agent, escalation agent) and their decision logic. Include triggers, conditions, and handoffs between agents. Visualize the workflow as a graph and provide the MCP configuration code. Use [TOOLS] like database queries, API calls, or email notifications where applicable.
### MCP Agent Graph Workflow: Automated Customer Onboarding
**Workflow Overview:**
This graph automates the end-to-end onboarding process for new SaaS customers, reducing manual effort by 80% and cutting average onboarding time from 3 days to 4 hours. The system consists of 5 specialized agents that collaborate via a shared context graph, with long-term memory for tracking customer progress and escalation paths.
**Agent Roles & Logic:**
1. **Intake Agent** (Trigger: New customer signup via Stripe webhook)
- Validates email domain and company size (B2B vs. B2C)
- Assigns risk score based on industry (e.g., finance = high risk)
- Creates a customer record in Notion with initial metadata
- *Decision Logic:* Routes to "Fast Track" if risk score < 3, else to "Validation Queue"
2. **Validation Agent** (Trigger: Customer record created in Notion)
- Checks for duplicate accounts using Clearbit enrichment
- Verifies billing address against IP geolocation
- Flags suspicious activity (e.g., VPN usage, disposable email)
- *Decision Logic:* Approves if all checks pass, else escalates to "Fraud Review" or sends a Slack alert to the fraud team.
3. **Provisioning Agent** (Trigger: Validation agent approval)
- Creates AWS account via Terraform (if enterprise) or Stripe customer (if SMB)
- Sets up SSO integration using Okta API
- Generates welcome email sequence via HubSpot
- Updates customer record in Notion with provisioning status
4. **Education Agent** (Trigger: Provisioning agent completion)
- Sends personalized onboarding checklist via Intercom
- Tracks email opens and link clicks to identify drop-off points
- Triggers "Check-In" agent if no activity after 24 hours
5. **Escalation Agent** (Trigger: Validation failure or fraud alert)
- Sends email to customer with next steps (e.g., document submission)
- Creates Jira ticket for manual review with priority based on risk score
- Logs all interactions in the customer's shared context graph for future reference
**MCP Configuration Code:**
```json
{
"graph_name": "Customer Onboarding Automation",
"agents": [
{
"name": "intake_agent",
"role": "Processes new signups and assigns risk scores",
"tools": ["stripe_webhook_parser", "notion_api", "clearbit_enrichment"],
"decision_logic": {
"fast_track": "risk_score < 3",
"validation_queue": "risk_score >= 3"
}
},
{
"name": "validation_agent",
"role": "Validates customer data and flags fraud",
"tools": ["clearbit_api", "ip_geolocation", "slack_webhook"],
"escalation_paths": {
"fraud_review": "suspicious_activity = true",
"manual_review": "duplicate_account = true"
}
}
],
"triggers": [
{
"type": "webhook",
"source": "stripe",
"event": "customer.created",
"target_agent": "intake_agent"
}
],
"shared_context": ["customer_record", "risk_score", "fraud_flags"]
}
```
**Visualization:**
The workflow is rendered as a directed graph where nodes represent agents and edges represent triggers/conditions. The graph shows parallel paths for high-risk vs. low-risk customers, with clear handoff points between agents. A live dashboard in MCP Agent Graph displays real-time metrics like average onboarding time and escalation rates.
**Outcome:**
- **Time Saved:** 12 hours/week for the onboarding team
- **Error Reduction:** 95% fewer manual data entry errors
- **Customer Satisfaction:** 20% faster time-to-value for new usersCustom software development for data, engagement, and automation
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