Open source MCP infrastructure
AI Drone Toolkit
A suite of Model Context Protocol servers and libraries that empower AI coding assistants like Cursor and Claude to deeply analyze PX4 flight logs, telemetry, missions, and behavior.
Open-source AI Drone Toolkit
AI Intelligence for Physical Autonomy
AI that understands machines — starting with drones, expanding to the full spectrum of autonomous systems.
Built on MCP · Works with Cursor & Claude · PX4-native
What we build
Developer-first AI tools for physical autonomy.
Robotto builds the intelligence layer for the physical world.
Operational insight layer
Cloud Intelligence Platform
Raw operational data becomes automated root-cause analysis, predictive maintenance, mission optimization, and fleet intelligence beyond traditional dashboards.
Natural language orchestration
Agentic Workflows
Developers and operators can diagnose, optimize, and orchestrate autonomous systems through intelligent agents instead of manual guesswork.
Intelligence layer
Robotto builds the intelligence layer for the physical world.
Developer-first AI tools and platforms let autonomous systems — drones, ground robots, vehicles, and more — be understood, diagnosed, optimized, and orchestrated through natural language and intelligent agents.
The AI Drone Toolkit is an open-source suite of Model Context Protocol (MCP) servers and libraries that empower AI coding assistants (Cursor, Claude, etc.) to deeply analyze PX4 flight logs, telemetry, missions, and behavior.
What used to require manual guesswork now happens in natural conversation with your AI assistant.
A cloud platform turns raw operational data into actionable intelligence: automated root-cause analysis, predictive maintenance, mission optimization, fleet insights, and agentic workflows beyond traditional dashboards.
Long-term vision
From drones to all autonomy.
Why drones first: the most accessible and data-rich proving ground for autonomy today. Long-term vision: a unified intelligence platform for any physical autonomous system — delivery drones, self-driving cars, industrial robots, collaborative swarms.
Build with Robotto
Robotto makes complex autonomous hardware understandable and controllable by AI — accelerating development, improving reliability, and unlocking new capabilities for engineers, operators, and enterprises.