Documentation
FreeBuild AI agents and automated workflows
FreeFree tier
About Documentation
Gumloop is a platform for building AI agents and automated workflows. It introduces two fundamental concepts: agents and workflows. Agents are AI-powered assistants that use tools to solve tasks. Workflows let agents run automatically on a schedule, in bulk, or triggered by events. Users can build agents step-by-step, deploy them in Slack, email, or run in the background, and create visual drag-and-drop automations with 100+ pre-built nodes and integrations. The documentation includes courses for building first agents and workflows.
Key Features
AI agents that use tools to solve tasks
Visual drag-and-drop workflow builder with 100+ pre-built nodes and integrations
Schedule, bulk, or event-triggered workflow execution
Deploy agents to Slack, email, or run in background
Step-by-step courses for building first agent and workflow
Pros & Cons
Pros
- Provides both agent and workflow concepts for flexible automation
- Visual drag-and-drop interface simplifies complex automation
- 100+ pre-built nodes reduce development time
- Supports multiple deployment options (Slack, email, background)
- Free to use (as indicated by pricing model)
Cons
- Limited information about advanced features or enterprise capabilities
- May require learning the platform's concepts and courses to get started
Best For
Automating repetitive business tasksCreating AI assistants for customer supportProcessing data on a schedule or in bulkIntegrating AI agents with Slack and email workflows
FAQ
What is Gumloop?
Gumloop is a platform for building AI agents and automated workflows. Agents are AI-powered assistants that use tools, and workflows let those agents run automatically on a schedule, in bulk, or triggered by events.
Can I deploy Gumloop agents to Slack or email?
Yes, the documentation mentions that agents can be deployed to Slack, email, or run in the background.
Does Gumloop have pre-built integrations?
Yes, the workflow builder includes 100+ pre-built nodes and integrations.