From NISQ to Fault-Tolerant: Commercializing Quantum Computing
As quantum hardware scales toward the fault-tolerant era, the bottleneck for real-world impact is shifting from qubit count to software readiness. This talk presents Classiq's journey building a hardware-agnostic quantum software platform—backed by over $200M in funding, 110 patents, and a footprint across 20 countries—and what it means for regional players navigating quantum's commercial inflection point.
We'll cover how high-level abstraction (Qmod) and automated circuit synthesis are replacing manual gate-level design, enabling workloads that scale toward 1,000+ logical qubits without being rewritten for each hardware backend. Recent platform advances—including Quantum AI Agents for automated circuit generation, cross-vendor hardware benchmarking, and GPU-accelerated hybrid execution via NVIDIA CUDA-Q—are compressing development cycles from weeks to minutes in early enterprise deployments.
Finally, we'll examine the commercial engagement models proving most effective today: channel and reseller partnerships, native integration with QPU vendors across superconducting, trapped-ion, and neutral-atom modalities, and multi-year Centers of Excellence with governments and Fortune 500 enterprises. Recent regional milestones illustrate this momentum—from powering Korea's first Quantum-as-a-Service offering to anchoring a new quantum hub in Naples, Italy, with the European Union. The takeaway: software-hardware co-design and error-correction-aware compilation are becoming prerequisites, not afterthoughts, for capturing value as quantum moves from lab to production.
