Materials development is one of the most capital-intensive activities in advanced engineering. Atomic Tessellator compresses that cost by moving the discovery process into simulation before physical development begins.

Science that once took months
Science timeline - months
Now takes hours
Science timeline - hours
Supply chain resilience
Geopolitical disruption has made single-source material dependency a strategic risk. Atomic Tessellator enables organisations to model alternatives before supply chains fail - not after.
Research-level capability and industry-level design
Atomic Tessellator targets capabilities sophisticated enough to be used by academic researchers. But coupled with an intuitive UI, comprehensive documentation, an infinitely extensive with an API - training and onboarding is not a concern.
Enterprise Ready
HOSTED CLOUD
  • • Most cost-effective
  • • Isolated data but shared infrastructure
  • • All DFT calculators included
DEDICATED CLOUD
  • • Dedicated, managed cluster
  • • Dedicated GPUs - no waiting in queue
  • • Isolated VPC
  • • All DFT calculators included
ON-PREMISE
  • • Run on your own infrastructure
  • • All you need is a k8s cluster
  • • All DFT calculators included
Backed by

If you are working on materials challenges where time, cost or sovereign capability are critical - start a conversation.