Foundational Bio is creating an AI‑native, fully automated laboratory that replaces manual workflows in life‑science research. By integrating self‑driving robotics with machine‑learning‑guided experiment design, the platform accelerates the speed and improves the reliability of biological experimentation. The system enables scientists to run complex assays without hands‑on intervention, shortening discovery cycles and reducing human error.
Funding
Funding not disclosed
Founders
Product
Problem
Life‑science research often relies on manual laboratory procedures that are time‑consuming, prone to human error, and difficult to reproduce at scale.
Solution
Foundational Bio creates a self‑driving laboratory that combines artificial intelligence with fully automated hardware to execute complete experimental workflows without human intervention. The platform autonomously plans, schedules, and conducts assays, handling tasks from sample preparation through data acquisition and analysis. By standardizing each step in a closed‑loop system, the lab delivers higher throughput and consistent results, allowing researchers to explore complex experiments more quickly and reliably.
Target Audience
Primary customers are biotech companies, pharmaceutical R&D labs, and academic research groups that run high‑volume or complex life‑science experiments and seek to improve speed and reliability.
Features
- AI-driven experiment design engine that selects protocols, optimizes parameters, and orchestrates workflow execution
- Integrated robotic workstations for automated liquid handling, plate preparation, and incubation
- Real‑time sensor monitoring and adaptive control loops to maintain optimal assay conditions
- Automated data capture and AI-powered analysis pipelines that generate ready‑to‑interpret results
- Modular hardware architecture enabling easy reconfiguration for diverse assay types
- End‑to‑end traceability and version control to ensure reproducibility across runs