Beyond thelimits of silicon.
Sumeru Quantum is engineering a superconducting computing architecture for the next era of AI infrastructure.
The Problem
Three forces are converging on the same wall.
Silicon scaling is slowing.
The historical pace of transistor improvement no longer keeps up with the systems being built on top of it.
AI demand is accelerating.
Model size and inference volume are growing faster than the underlying hardware can comfortably absorb.
Energy has become the bottleneck.
Power delivery and heat, not transistor count, now decide how large a computing system can grow.
Computing has changed.The architecture hasn’t.
The Technology
Four elements. One architecture.
Superconducting Logic
Computation carried out with effectively zero electrical resistance.
Multi-State Computing
Logic elements that operate across more than two states per unit.
Cryogenic Architecture
Systems engineered to operate at deep cryogenic temperatures.
Classical Integration
Interfaces that connect new compute elements to existing systems.
The Architecture
Watch a signal move through the system.
Computing should no longer be constrained by silicon.
We are building a computing architecture from the physical layer up, so that the systems powering the next generation of AI are no longer bound by the limitations of conventional hardware.