OpentronsAI is an artificial intelligence-powered software platform designed to simplify and accelerate laboratory automation. It enables scientists to create, simulate, and optimize experimental protocols for Opentrons robots using natural language prompts, eliminating the need for manual coding. The platform combines a graphical user interface with a large language model (LLM) and retrieval-augmented generation (RAG) technology, allowing users to select hardware, consumables, and define experimental setups through a chat-based interface. OpentronsAI integrates with a comprehensive protocol library, supports plug-and-play workflows, and provides real-time simulation and verification of protocols. Its no-code approach democratizes lab automation, making complex research accessible and reproducible across genomics, proteomics, cell biology, and synthetic biology. The system is designed for both cloud and local deployment, supporting collaboration and customization for a wide range of scientific applications.

Key Features

Natural Language Protocol Generation Create and edit protocols using conversational prompts.

• Generate code for experimental workflows with plain language
• Chat-based interface for defining and refining protocols

Simulation and Verification Test and validate protocols before execution.

• Real-time simulation of experimental steps
• Automated verification to ensure protocol accuracy

No-Code, Drag-and-Drop Interface Accessible to scientists without programming skills.

• Visual protocol builder for easy setup and modification
• Plug-and-play integration with Opentrons robots

Comprehensive Protocol Library Access and customize verified workflows.

• Open-access database of robust, community-developed protocols
• Supports genomics, proteomics, cell biology, and synthetic biology

AI-Powered Optimization Enhance efficiency and reproducibility.

• Suggests improvements and automates complex tasks
• Integrates with modular robotics systems (e.g., Opentrons Flex)

Hardware and Consumables Selection Flexible setup for diverse experiments.

• Choose compatible labware and devices within the platform
• Ensures precise automation and reproducibility

Benefits

Accelerated Research and Discovery Reduces manual workload and speeds up protocol development.

• Scientists focus on scientific breakthroughs, not repetitive tasks
• Rapid iteration and optimization of experimental workflows

Democratized Lab Automation Accessible to all researchers, regardless of coding expertise.

• No-code tools lower barriers to automation
• Promotes collaboration and knowledge sharing

Enhanced Reproducibility and Accuracy Minimizes human error and standardizes procedures.

• Automated verification and simulation ensure reliable results
• Protocol library provides validated, community-tested workflows

Scalable and Flexible Supports a wide range of scientific domains and lab sizes.

• Modular design adapts to different hardware and research needs
• Cloud and local deployment options for diverse environments