Yonder utilizes Generative AI integrated with high-throughput synthesis to accelerate materials discovery for renewable energy and advanced polymers. Their platform drastically reduces the time and cost associated with identifying novel materials by generating real data through autonomous laboratory experiments. This approach enables the rapid creation and validation of materials essential for technological breakthroughs.
Funding
Funding not disclosed
Founders
Product
Problem
The discovery of new materials is slow, expensive, and inefficient, relying on outdated methods and requiring the screening of vast numbers of potential candidates. Only a small fraction of the materials needed for advancements in renewable energy, quantum computing, and advanced polymers have been discovered.
Solution
Yonder provides an AI-driven platform that accelerates the discovery of new materials by integrating generative AI with high-throughput real materials synthesis. Their autonomous, self-driving lab, LeapLab, conducts thousands of experiments per day, creating and validating new materials in a fraction of the time and cost of traditional R&D. The platform analyzes vast material spaces using proprietary algorithms, generating massive data volumes needed for next-generation materials. By combining the speed of AI with the precision of high-throughput screening, Yonder enables rapid exploration of new materials.
Target Audience
Yonder's primary customers are corporate labs and research institutions involved in materials science, renewable energy, quantum computing, and advanced polymers.
Features
- Autonomous, high-throughput, self-driving lab (LeapLab) for real materials synthesis and validation
- Generative AI algorithms to analyze vast material spaces at scale and speed
- High-throughput screening (HTS) platform to create new materials rapidly and cost-effectively
- Large materials database powered by AI, trained with real synthesized materials data
- Integration of CMOS technology with high-throughput chemical synthesis on a microchip