the trajectory
One platform.
A roadmap that compounds
RacQ advances through successive UnityQ generations. Each generation expands usable quantum compute, strengthens error correction and opens larger classes of hybrid workloads.
phase 1
NISQ era
First hybrid workloads. Inside your datacenter.
Run first quantum-classical workflows inside your own infrastructure.
Connect RacQ to the systems your teams already use to schedule, manage, and run compute.§
Start with compact chemistry, optimization, and sampling workloads.
phase 2
Early fault-tolerant
Workloads beyond classical reach
Error-corrected workloads that run, finish and deliver actionable results.
Molecular structures. Reaction pathways. Catalyst chemistry.
Drug discovery. Battery chemistry. Materials designed from atomic principles.
phase 3
fully fault-tolerant
Post-classical workloads.
In the rack.
Millions of physical qubits. Thousands of logical qubits. Fault-tolerant quantum at infrastructure scale.
Materials discovery at production scale.
Optimization beyond classical bounds.
Workloads with no practical classical answer, running routinely on a single rack.
.avif)