Core Computing Infrastructure

Performance

• 200 petaflops (FP64): Capable of executing 200 quadrillion operations per second.

• Optimized for parallel computing, essential for simulating complex galactic systems.

Memory Bandwidth

• 4.6 TB/s: High-speed data access for real-time analysis.

• Supports processing of large numbers of parameters, such as atmospheric composition, gravitational forces, and energy flows.

AI Acceleration

• 4,608 GPUs with Tensor Core architecture, optimized for machine learning and deep analysis.

• Enables efficient simulation of chemical interactions, material properties, and dynamic planetary systems.

Data Management

Storage

• 250 petabytes of distributed capacity for storing and analyzing massive datasets.

• Redundant systems ensure data preservation during extended simulations.

Data Processing

• Processes up to 2 petabytes of raw data daily.

• Utilizes modern compression algorithms to save storage space without losing precision.

Simulation Library

Over 5,000 pre-configured templates for rapid testing of hypotheses related to planetary and material systems.

Global Distributed System

• More than 50 supercomputing nodes for distributed processing with low latency.

• Reduces large-scale simulation time by 50%.

Secure Communication

Uses encryption protocols to ensure secure synchronization of data between nodes.

Simulation Features

Variable Modeling

Handles up to 100,000 simultaneous parameters, including:

• Atmospheric pressure

• Tectonic activity

• Energy flows

• Resource density

Dynamic Adaptation

Real-time model recalibration based on new data inputs.

Multi-Galaxy Capability

Capable of simulating up to 10 galaxies simultaneously.