Solving the Toughest Materials Challenges for Industry Leaders

Quantistry’s Materials Simulation Software empowers R&D teams in energy storage, alloy design, and advanced materials innovation accelerating discovery and engineering the materials of the future.

Industries

Energy Storage

Accelerating battery R&D with safer, longer-lasting materials for next-generation energy storage solutions.

Aeronautics and Space

Advancing aerospace innovation with alloy design and high-performance materials for sustainable flight and space exploration.

Mobility

Enabling the creation of lightweight, safe, and sustainable vehicle components with Quantistry’s digital R&D for materials innovation.

Semiconductors and Optics

Using molecular modeling and materials property prediction to design lighter, stronger alloys and cutting-edge optical materials.

Construction

Facilitating the development of efficient, secure, and eco-friendly construction materials through Quantistry’s platform.

Batteries
Energy Tech
Public Sector
Optics
Aerospace
Automotive
Optoelectronics
Semiconductors
Construction Materials
Batteries
Energy Tech
Public Sector
Optics
Aerospace
Automotive
Optoelectronics
Semiconductors
Construction Materials

Materials Simulation for Aeronautics and Space

Quantistry Validates Green Innovation Path for Leading Aerospace Manufacturer

Quantistry validates green aerospace innovation using AI for materials science and digital R&D, enabling a leading aerospace manufacturer to achieve 90% faster results, lab-grade accuracy, and eliminate blind synthesis.

~90%  

time

reduction

Lab-grade accuracy

virtually

Eliminated

blind synthesis

*Names have been changed. Quantistry works in close collaboration with the materials innovation organizations of market-leading companies. The specific outcomes and our customers are often strictly confidential.

Mobility

Accelerating Next-Generation Electrode and Battery R&D for a Global Vehicle Manufacturer

Quantistry accelerates Li-ion battery R&D for a global vehicle manufacturer by validating next-generation electrode materials, enabling 15x faster innovation, earlier IP generation, and eliminating experimental cycles.

~15x

faster

6-9 months

earlier

IP generation

Eliminated

experimental cycles

*Names have been changed. Quantistry works in close collaboration with the materials innovation organizations of market-leading companies. The specific outcomes and our customers are often strictly confidential.

Materials Simulation for Energy Storage

Breaking Through Alloy Design Bottlenecks for a Global Energy Technology Leader

Quantistry supports alloy design innovation for a global energy technology leader, using AI-driven materials simulation to cut risk by 80%, evaluate 10x more compositions, and enhance reliability in extreme operating conditions.

80%

risk

reduction

10x more

compositions

evaluated

Enhanced

reliability

*Names have been changed. Quantistry works in close collaboration with the materials innovation organizations of market-leading companies. The specific outcomes and our customers are often strictly confidential.

Materials Simulation for Energy Storage

Breaking Through Battery R&D Bottlenecks

Quantistry helps PowerDynamics overcome battery R&D bottlenecks with AI-driven electrolyte simulation, achieving 96% cost reduction, 10x higher screening output, and enhanced reliability

96%

reduction

of cost

10x increased

screening

output

Enhanced

reliability

*Names have been changed. Quantistry works in close collaboration with the materials innovation organizations of market-leading companies. The specific outcomes and our customers are often strictly confidential.