Hexabot

Hexabot is a self-hosted platform for building AI agents and business automation workflows that span conversations, actions, memory, and multiple service channels. It's aimed at development teams, agencies, and service operations that need real workflow automation without surrendering control of their data or logic to a third-party cloud.

The core idea is that a workflow can be triggered by chat, a form, a schedule, or an external event, then fan out to LLM calls, APIs, back-office systems, and tools before responding or routing to a human. It sits in the same space as n8n for workflow automation and chatbot platforms like Tiledesk, but combines both into one runtime.

Key capabilities:

• Visual and YAML workflow design – model flows in a graph editor or as portable YAML with schema validation and version control
• Memory and RAG – give workflows managed memory and retrieval-augmented context so agents can recall and reason across sessions
• MCP integration – connect sanctioned external tools through Model Context Protocol integration points
• Multichannel delivery – run assistants across web, messaging, social, and custom channels from one runtime
• Human handoff – conditionals, loops, inbox workflows, and live escalation when automation needs a human call
• Roles and analytics – team access control, usage tracking, and operational history for production deployments
• Multilingual support – serve customers in multiple languages across channels, as Orange demonstrated at scale

Workflows and extensions are built around typed input/output contracts, so actions and LLM bindings stay composable and testable. Developers can build custom channels and actions; support teams manage live interactions and step in centrally.

The codebase is source-available under the Fair Core License with an ALv2 future license. A free Community plan covers one user and ten workflows with no project or integration caps, which is enough to prototype before committing. Paid plans add users, workflow capacity, and license activations without metering on message volume.