Quantum-Inspired Technology
We utilize a new way of computing to address mission-critical
but intractable problems with our platform,
TitanQ: The world's most powerful Ising Machine.
​​​​What Is the Ising Model?
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The Ising model, rooted in statistical physics, is a mathematical model used to understand complex systems with binary states—originally developed to explain phase transitions in magnetic materials. It represents a system as a lattice of discrete spins (+1 or -1), interacting with their neighbors. These simple rules give rise to rich phenomena such as spontaneous magnetization and critical behavior, making it a powerful tool beyond physics. Today, the Ising model is applied in fields like biology, social dynamics, and especially non-convex optimization, where traditional methods often fail.
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TitanQ: The World's Most Powerful Ising Machine
TitanQ is a physics-enabled optimization platform that reimagines the Ising model for modern computation. With support for 144,000 all-to-all connected variables—and scalable to 1 million for sparse problems—TitanQ is built to handle the hardest real-world challenges, all on a single GPU chip. By Q1 2025, we’ll be scaling to support 1 million variables even for dense problems.
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Our platform uses probabilistic Ising model computation, powered by techniques like:
Gibbs Sampling​​​​​​​​​​​
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Boltzmann-inspired stochastic solvers
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This allows TitanQ to explore solution spaces that are unreachable for classical methods or even some quantum systems.
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Metropolis-Hastings algorithms
A new way of Computing:
Quantum-Inspired Technology
What Is Quantum-Inspired Technology?
Quantum-Inspired Technology applies physics-based algorithms—rooted in quantum computing principles—to solve large-scale, complex problems on classical hardware. It achieves high performance, energy efficiency, and precision without the cost or fragility of quantum systems.
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By emulating quantum problem-solving techniques such as probabilistic sampling and energy-based optimization, this approach delivers rapid, high-quality results in areas like logistics, finance, energy modeling, and AI.
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Quantum-Inspired methods are especially powerful when paired with generative AI, enabling robust, real-world decision-making for complex, multivariable systems.
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How Can This Help My Business?
TitanQ enhances operations by optimizing data-driven decisions—whether in portfolio management, risk mitigation, resource allocation, or dynamic scheduling. The result:
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Faster insights
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Lower operational costs
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Smarter, real-time decisions
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This scalability empowers businesses and governments to innovate, adapt, and stay competitive—without needing specialized quantum infrastructure.
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Is It Easy to Implement?
Absolutely. TitanQ is designed for seamless deployment with:
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A flexible API (Python, C++ integration)
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Deployment options via cloud or on-premise
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End-to-end implementation support from the InfinityQ team
Our experts handle integration, customization, and ongoing optimization—so you can start unlocking value quickly and confidently.
Academic Partnerships
At InfinityQ, we believe in the power of collaboration. That's why we work closely with our partners. Our team is dedicated to building strong relationships.
