Quantum annealing is the only quantum modality industrially deployed at commercial scale today. SQT exploits this asymmetry: production-grade infrastructure wrapped in proprietary software IP, with a structural capacity position in Europe that cannot be replicated.
Purpose-built for combinatorial optimization via QUBO formulation. Operating continuously for years; billions of optimization runs executed. Native fit with hybrid classical-quantum workflows.
Universal computation with broader theoretical applicability, but constrained by error rates, circuit depth, and hardware scalability. Most real-world use cases remain experimental.
Executed October 13, 2025. Five years. Ten million euros. The foundational contract that makes SQT — and not any other European entity — the for-profit commercial channel to industrial quantum annealing.
No other European entity holds equivalent reseller rights. The contract grants SQT the right to render compensated services to for-profit entities using the Leap service — a structurally scarce commercial position.
Post-release access of 284 hours per month equals roughly half of a full D-Wave Advantage system. No waiting for hardware build-out. No multi-year delivery dependency. The infrastructure is operating.
A milestone-triggered exercise of the €25M purchase option doubles compute capacity to 568 hrs/month and transfers full system ownership plus a 5-year support extension. Controlled, data-driven expansion.
Fixed €2M annual commitment enables transparent unit economics and clean break-even modeling. Revenue above the fixed floor flows to margin at scale — the software attach layer is the operating-leverage multiplier.
The technology roadmap is phased against capital deployment and commercial milestones. TRL progression is anchored to real customer workloads — not laboratory benchmarks.
QUBO engine stabilization and embedding-efficiency optimization. Reverse annealing exploitation for convergence quality. Enterprise-grade APIs and first certified benchmark with a financial partner.
Energy trading optimization, grid balancing, commodity risk management. Supply chain combinatorial optimization. Modular QUBO library. Multi-client SaaS deployment architecture.
Dynamic time-dependent QUBO models. Risk surface topology mapping. Quantum-enhanced robustness analysis. Stochastic scenario embedding. Cross-sector industrial contracts at scale.
Enterprise workloads have shifted from lab curiosity to production-grade optimization. Finance, pharma, energy, and logistics all have live pipelines. TAM of €2.5–3.0B annually.
Each additional QPU requires specialized cryogenic infrastructure, 18-month lead times, and hundreds of millions in capital. Unlike classical HPC, quantum compute does not commoditize.
Commercial D-Wave Leap capacity currently clears near €4,000 per hour — driven by scarcity, not by the economics of compute. The first-mover window with contracted capacity is measured in years, not decades.