Mat3ra is the only end-to-end materials modeling platform. It is architected to consolidate any state-of-the-art simulation tools and data, allowing its users to design new compounds and run physics-based and machine-learning models. The purpose-built platform lets customers increase the impact of high-end simulations and accelerate R&D.
Mat3ra.com (previously Exabyte.io) is a cloud-based software company headquartered in San Francisco, California. It enables materials scientists and engineers in academic and industrial sectors, including energy, semiconductor, and manufacturing, to rapidly adopt and deploy a wide variety of modeling techniques to develop new materials faster.
Just as computer-aided design revolutionized manufacturing in the past, software-driven approaches are transforming the $100B R&D for materials and chemicals today, enabling product design from atoms up. Global 2000 companies and universities worldwide use Mat3ra.com establishing it as the next standard in materials modeling.
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Materials modeling today is an esoteric, albeit critical, discipline, hamstrung by a proliferation of specialized point tools, computational complexity, lack of standards, and an unmanaged explosion of data. In order for the promise of materials modeling to be realized, the technology has to become FAIR: producing Findable data, Accessible and easy-to-use, with Inter-operable tools, and having Re-usable well-defined workflows. We believe these goals are attainable now - and are proving it, with examples listed here.
Contact UsBetter modeling cuts the time-to-market for new materials and resulting products in many application areas.
Simulations deliver the most precise answers when modelers and experimentalists collaborate efficiently, using agreed standards.
Researchers must be able to rapidly learn and adopt any state-of-the-art modeling tools, whether they are intimately familiar with the tool or not.
Cloud computing is taking the lead in performance, scalability, and security for high-performance computing (HPC) workflows, including materials modeling.
"Mat3ra allowed us to significantly accelerate our research and development efforts by leveraging state-of-the-art advancements in materials simulations and high performance computing in the cloud."
"Mat3ra allowed us to significantly accelerate our research and development efforts by leveraging state-of-the-art advancements in materials simulations and high performance computing in the cloud."
"Mat3ra allowed us to significantly accelerate our research and development efforts by leveraging state-of-the-art advancements in materials simulations and high performance computing in the cloud."
"Mat3ra allowed us to significantly accelerate our research and development efforts by leveraging state-of-the-art advancements in materials simulations and high performance computing in the cloud."
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