Atomic Tessellator
About
The worlds most advanced materials science platform
We’re building the world’s most ambitious ab-initio, in-silico material discovery platform. Our goal is to reimagine the way material scientists conduct experiments, by speeding up the idea-simulation-result loop for small molecule chemistry and materials science.
- Location
- Auckland
- Website
- Visit website
- Founded
- 2024
- Employees
- 11-50
- Industry
- Artificial Intelligence
The Matchstiq Top 2025
Snapshot of Atomic Tessellator
Revolutionising Computational Chemistry with Data Streaming
In a world swiftly transitioning to cleaner energy and advanced materials, Atomic Tessellator addresses the urgent need for faster catalyst discovery. Their powerful platform harnesses generative AI (GenAI) and data streaming to analyse massive, complex molecular datasets, often containing billions of records and significantly reduce the development cycle for new materials and technologies.
By leveraging Confluent and Apache Kafka®, Atomic Tessellator seamlessly streams data to AI-driven models and high-performance evaluation engines, accelerating and refining the research process. This modern infrastructure helps scientists pinpoint promising catalyst designs faster, driving breakthroughs in fields such as electric vehicle batteries, carbon capture, and sustainable manufacturing.
Through a combination of cutting-edge data pipelines and scalable computational tools, Atomic Tessellator empowers engineers and researchers to explore novel materials more efficiently. By overcoming common bottlenecks in data management and analysis, they’re unlocking new frontiers in clean energy and industrial innovation—all while shortening the path from concept to real-world impact.
Why might Atomic Tessellator be an exciting place to work?
1. High-Impact Mission
By accelerating catalyst discovery, Atomic Tessellator is helping tackle some of the world’s most pressing challenges, from clean energy to sustainable manufacturing. People who value purpose-driven work may find deep fulfillment in contributing to real-world solutions.
2. Cutting-Edge Technology
The combination of generative AI and data streaming in computational chemistry is relatively new and rapidly evolving. Employees have the chance to work at the forefront of AI-driven innovation, gaining knowledge in advanced analytics, large-scale data processing (Kafka, Confluent), and high-performance computing.
- Market Opportunity
The push for cleaner energy and sustainable materials is only accelerating worldwide. As a startup addressing a sizable market need, Atomic Tessellator likely has ample room to grow, offering employees both job security and the possibility of sharing in the company’s success.
4. Impact on an Evolving Industry
Industrial and academic research are quickly adopting new digital tools and AI-driven methods. By contributing to a platform that transforms how scientists discover catalysts, team members can feel they’re directly shaping the trajectory of computational chemistry and industrial innovation.