Massive-Scale Simulation for Quantum-Ready Solutions

The QSS Simulator is a proprietary, cloud-based emulation environment designed to test and validate quantum-ready algorithms at a massive scale before committing to physical hardware. As a core component of our technology stack, it enables our partners to de-risk innovation, performing pre-hardware testing for complex problems by emulating quantum-scale workloads with unparalleled efficiency.

Why it matters

The Simulator is the practical bridge from today’s classical systems to tomorrow’s hybrid-quantum future. It allows your organization to begin its quantum journey immediately, using existing cloud infrastructure to test ideas, validate data flows, and build proofs-of-concept without waiting for mature quantum hardware. This hybrid-first approach delivers immediate insights and accelerates your time-to-pilot, ensuring you are prepared to capture quantum advantage as the technology evolves.

Our Simulator provides tangible value across our key industry verticals by enabling rapid, scalable, and low-risk experimentation.

Financial Services

• Outcome: Superior risk modeling and portfolio analysis.

• Example: Validate and stress-test Quantum VaR calculations on portfolios of up to 500k simulated qubits to ensure stability and reliability across market scenarios.

• Metric: Achieve consistent performance on portfolios of 10-100+ assets in simulation before deploying to production environments.

Healthcare & Life Sciences

• Outcome: Accelerated research and development cycles for new therapeutics.

• Example: Perform large-scale molecular modeling and simulations for drug discovery, exploring complex interactions that are too resource-intensive for standard classical methods.

• Metric: Simulate quantum chemistry algorithms for protein folding and genomic analysis to identify promising candidates faster.

Manufacturing & Supply Chain

• Outcome: De-risk and validate complex optimization strategies before deployment.

• Example: Test and refine quantum-inspired routing and resource optimization algorithms to eliminate bottlenecks in your supply chain.

• Metric: Pilots have demonstrated 5x faster optimizations in simulated supply chain environments.

The QSS Simulator is a key component of our execution layer, designed for high-fidelity classical emulation of quantum systems. It is engineered to handle million-qubit problems by using proprietary techniques to strip away computational complexity.

Architecture Summary

Integrated into our QSSDK workflow, the Simulator serves as the initial target for our Quantum Testing Kit, allowing for thorough validation before code is sent to a physical QPU.

Core Innovations

• Complexity Reduction: Utilizes sparse matrix representations and efficient modeling that reduces low-probability quantum states to manage massive-scale problems.

• Scalability: Our architecture is designed to handle simulations of circuits that exceed 100 qubits and problems requiring up to one million qubits.

Simulator Functions

• Scale & Latency Testing: Validate algorithm performance and resource requirements before running on costly QPU hardware.

• Deterministic Debugging: Provides stepwise inspection and validation of quantum logic for faster, more accurate development cycles.

• Hybrid Dry-Runs: Rehearse the entire hybrid workflow—from data encoding and compilation to execution and result storage—to de-risk and accurately estimate the ROI of future QPU engagements.

Simulated Scale: Up to 1,000,000 qubits

Validated Circuit Size: Exceeding 100 qubits

Processing Speed: 10,000 sequence items in under 6 seconds

Memory Footprint: ~36.82 MB for benchmark workload

Application Capacity: Up to 500,000 qubits for Quantum VaR

The QSS Simulator is the first step in our proven, phased approach to quantum integration, delivering immediate value by reducing risk and accelerating development.

Workflow Integration

The Simulator is the foundation of our Simulator-to-Hardware Migration strategy. All quantum code is first tested and validated in our simulated environment before being deployed to partnered QPU hardware.

Measurable ROI

• Accelerated Time-to-Pilot: De-risk and validate ideas in the cloud, significantly shortening the time required to launch a successful pilot.

• Reduced Development Costs: Identify and correct issues in a low-cost classical environment, avoiding the expense and queue times associated with physical quantum computers.

• Future-Proofing: Build and test quantum-ready applications today, ensuring your organization is prepared to leverage fault-tolerant hardware as it becomes available.