UNLOCK INSIGHT
Real breakthroughs – the kind that can boost jet engine efficiency, enable novel medical devices and improve the performance of semiconductors – greatly depend on the understanding of new and available materials. Our platform unlocks critical insights faster – so you receive the best guidance for the next step of your vision.
Increased Velocity of InnovationAchieve cost and time savings with fewer fabrication/manufacturing runs or fewer experiments and simulations.
Increased R&D ProductivityAutomation of ingestion and curation of data from disparate sources, automated workflows for data analysis, reuse of high value datasets and models, increased enterprise-wide collaboration, and a continually improving knowledge system.
UNLOCK INSIGHT
Real breakthroughs – the kind that can boost jet engine efficiency, enable novel medical devices and improve the performance of semiconductors – greatly depend on the understanding of new and available materials. Our platform unlocks critical insights faster – so you receive the best guidance for the next step of your vision.
Increased Velocity of InnovationAchieve cost and time savings with fewer fabrication/manufacturing runs or fewer experiments and simulations.
Increased R&D ProductivityAutomation of ingestion and curation of data from disparate sources, automated workflows for data analysis, reuse of high value datasets and models, increased enterprise-wide collaboration, and a continually improving knowledge system.
CREATE AN INNOVATION ECOSYSTEM
Connect experiments, simulations, and materials domain expertise through data-driven fusion.
WORKFLOW AUTOMATION
Templates for mining Process-Structure-Property Linkages as core materials knowledge
UNCERTAINTY QUANTIFICATION
Bayesian learning for sparse high dimensional datasets
STRUCTURE QUANTIFICATION
Feature engineering of hierarchical material structure for AI-based materials knowledge
MULTISCALE MATERIALS DESIGN
AI powered exploration and optimization of both materials and manufacturing processes
CREATE AN INNOVATION ECOSYSTEM
Connect experiments, simulations, and materials domain expertise through data-driven fusion.
WORKFLOW AUTOMATION
Templates for mining Process-Structure-Property Linkages as core materials knowledge
UNCERTAINTY QUANTIFICATION
Bayesian learning for sparse high dimensional datasets
STRUCTURE QUANTIFICATION
Feature engineering of hierarchical material structure for AI-based materials knowledge
MULTISCALE MATERIALS DESIGN
AI powered exploration and optimization of both materials and manufacturing processes
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