energy
Researchers and data scientists can unlock supercomputer-scale AI and HPC compute performance using the CS-3 system, which is much compact, power efficient, and easier to program than a traditional cluster.
TotalEnergies
Our CS-2 system outperformed a modern AI GPU by more than 200X on a finite difference seismic modeling benchmark using code written in the Cerebras Software Language (CSL).
"We count on the CS-2 system to boost our multi-energy research and give our research ‘athletes’ that extra competitive advantage."
Vincent Saubestre
CEO & President @ TotalEnergies Research & Technology USA
use case
Exploration geophysics
Geoscientists employ massive multi-modal datasets and computationally-intensive signal processing algorithms to map out subsurface environments.
With its massive 850,000 core wafer-scale sparse linear algebra processor, the CS-2 can process vastly larger datasets in a fraction of the time of traditional systems, enabling broader search and greater precision far faster than traditional CPU and GPU clusters.
use case
Reservoir modeling
AI and HPC methods are increasingly used together to build better models of subsurface physics and fluid flow. The unique combination of massive sparse compute, high bandwidth memory and communication of our wafer-scale engine make it the ideal processor for both types of work.
The CS-2 accelerates AI and HPC to improve reservoir modeling accuracy and enable more efficient operations with a reduced environmental footprint.
use case
Sensor data processing and predictive maintenance
State of the art energy facilities such as refineries, pipelines, power plants and distribution grids are packed with sensors gathering data to ensure safe and efficient operations. AI methods for time series modeling hold great potential to convert this data into insights, but computing at scale remains a challenge.
The CS-2 solves this by delivering cluster-scale compute with the programming ease of a single device, enabling researchers to quickly experiment with complex AI models and deploy the right solution in days-weeks instead of months-years.
