A simulation is an imitation of the operation of a real-world process or system. The act of simulating something first requires that a model be developed; this model represents the key characteristics, behaviors and functions of the selected physical or abstract system or process.

Billions/Trillions of Actors

Our Linearly Scalable Distributed Platforms allow us to Simulate Billions/Trillions of Actors/Entities. Discrete or Continous. e.g. Massive Scale Quantum Walks, Particle Physics, Deep Space etc.

Nano-Second Latency

Breakthroughs in Massive Scale Distributed Simulations due to Achieving Nano-Second Latencies, allow us to do Simulations in 'Near' Realtime.

Multi-Scale Simulations

Simulating Sub-Atomic Physics, to Atomic Chemistry, to Molecular Biology and Structures, in combined Multi-Scale Simulations.
Revolutionizing Materials and Drug Discovery amongst many things.

Universal Scale Simulations

We put 'Unified' Scale [Physics] Simulations in Production in 2018 CE. Surpoassing our earlier Billion/Trillion Entity Multi-Scale Simulations Capability. We are now beginging to understand How The Aggregate Reality is Created/Derived from Sub-Atomic & Quantum Constituents.

All The Future Millennium Breakthroughs...

"...Will come from Simulations because we simply don't have the Vocabulary or Models or Theories or any other way to Describe these things. Human Brains work by Analogies, and we have none. Its a phenomenal Millennium Inventors Block. Nothing that we know can explain or derive what we are looking for."
"The best way forward is to formulate our Fundamental Assumptions & Axioms and let Computers Simulate it at Massive Scales of Space & Time. And give us the Outcomes. Hopefully sooner or later we will Find what we are looking for. And then, we can work backwards and figure out the Deepest Secrets of how the Universe Works." ― Founders, Automatski

"Today, we are witnessing the renaissance of devices that simulate, rather than calculate, the evolution of complex many-body systems." - Unknown