MODERNIZE THE MATERIALS INNOVATION CYCLE
Connect experiments, simulations, and materials domain expertise through data-driven fusion.
Our platform overcomes the complex fragmentation of data required to produce high fidelity models and support innovation across research domains. Let our powerful AI help transform your vision into reality at unprecedented speeds.
MODERNIZE THE MATERIALS INNOVATION CYCLE
Connect experiments, simulations, and materials domain expertise through data-driven fusion.
Our platform overcomes the complex fragmentation of data required to produce high fidelity models and support innovation across research domains. Let our powerful AI help transform your vision into reality at unprecedented speeds.
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 Innovation Increased R&D ProductivityUNLOCK 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 Innovation
Increased R&D ProductivityCREATE 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
PASSIONATE
TECHNOLOGISTS
As Materials Scientists, Data Scientists, Software Engineers, and Designers we pave the way for materials innovation to solve the world’s greatest innovation and environmental challenges.
PASSIONATE
TECHNOLOGISTS
As Materials Scientists, Data Scientists, Software Engineers, and Designers we pave the way for materials innovation to solve the world’s greatest innovation and environmental challenges.
COPYRIGHT & PUBLISHED 2022