Green Button Go
Software that automates lab workflows by connecting instruments, managing tasks, and orchestrating experiments to improve efficiency and reproducibility.
Overview
Lab automation software is designed to streamline complex laboratory workflows by connecting various instruments, managing tasks, and orchestrating experiments. This software reduces the need for manual intervention, enhances reproducibility, and enables laboratories to operate more efficiently and at a larger scale.
Green Button Go Scheduler automates and optimizes the scheduling of experiments across different instruments, ensuring that tasks are executed with consistent timing and precision. Meanwhile, Green Button Go Orchestrator allows for the connection and control of multi-instrument workflows from a single interface, facilitating seamless communication and task handoffs between devices.
Modern lab automation systems offer flexible workflow design, remote monitoring, and data tracking capabilities. These features help laboratories increase throughput while minimizing errors and operational overhead. By integrating hardware control with intelligent scheduling and task management, the software ensures that experiments run consistently, on time, and with minimal user intervention.
Key Features
- Workflow Scheduling: Automates routine tasks, allowing experiments to run unattended while maintaining consistent timing and execution.
- Multi-instrument Orchestration: Coordinates multiple devices in a single workflow, ensuring seamless communication, task handoffs, and synchronized operation.
- Device Integration: A growing library of vendor-agnostic device drivers enables connectivity with a wide range of instruments, simplifying setup and ensuring reliable control across different platforms.
- Data Traceability and Standardization: Maintains detailed records of each experiment, supporting reproducibility, regulatory compliance, and streamlined reporting.
Lab automation software like Green Button Go is vendor-agnostic, meaning it can control and manage software from different vendors, integrating them into complex workflows that run automatically and reliably. This capability allows for seamless multi-device coordination, even with devices from multiple lab instrument companies.
Additionally, many platforms support remote monitoring and alert features, enabling users to track experiments and receive notifications without being physically present in the lab. By reducing manual steps and streamlining experimental workflows, lab automation software accelerates processes such as drug discovery, allowing researchers to test more compounds, analyze results faster, and advance promising candidates sooner.

