IBM Ventures has invested undisclosed funding in BQP, a Syracuse-based startup developing quantum-accelerated physics simulation software aimed at operational deployment across aerospace, defense, and energy industries.
- BQP’s QuantumNOW solver runs today on existing CPU/GPU hardware for immediate impact.
- QuantumMAX, a quantum-native solver, remains in development to target future quantum processors.
- Clients include aerospace, defense, and energy sectors with rapidly growing adoption.
What happened
BQP, a startup specializing in quantum-accelerated simulation software, announced an investment from IBM Ventures, the strategic investment arm of IBM. Although the exact amount was not disclosed, this funding aims to accelerate BQP’s move from development into operational deployment of its physics simulation platform called BQPhy. Founded in 2020 as BosonQ Psi, BQP focuses on unlocking underused computational power in traditional GPUs through hybrid classical-quantum solvers.
The company’s platform currently features two physics solvers: QuantumNOW, which runs on customers’ existing CPU and GPU infrastructure, and QuantumMAX, a quantum-native solver still under development. Over the past year, BQP has experienced significant traction, growing its revenue eightfold and tripling its customer base, with the software now deployed in production environments of aerospace and defense clients.
Why it matters
Physics simulations in engineering have traditionally faced a trade-off between accuracy and speed. Conventional classical solvers often fail to fully utilize GPU compute capacities due to memory access bottlenecks, leading to delays or oversimplified models that introduce risk. BQP’s hybrid simulation approach addresses this gap by accelerating physics computations within the critical decision window, enabling more accurate and timely results for complex problems.
This investment and partnership with IBM Ventures represent a significant milestone toward integrating quantum computing advancements into practical enterprise applications. BQP’s current success running QuantumNOW on classical hardware lowers adoption barriers, while its ongoing development of quantum-native algorithms positions it at the forefront of next-generation simulation technology. The company's work with the U.S. Space Force and various defense and energy organizations demonstrates broad and critical use cases for quantum-accelerated physics modeling.
What to watch next
BQP’s immediate focus will be expanding production deployments of the QuantumNOW solver across its growing client base, including aerospace and defense sectors where the software has demonstrated up to 250 times faster performance simulating space object propagation compared to traditional tools. Monitoring how quickly QuantumMAX advances to a deployable quantum-native solver will be crucial, as this could unlock even greater acceleration benefits as quantum processors mature.
Additionally, BQP’s collaborations across government and commercial bodies, such as contracts with the U.S. Space Force and initiatives in India targeting electric vehicle battery management, will be important indicators of how broadly quantum-accelerated simulation can scale across industries. IBM Ventures’ involvement is expected to help BQP leverage IBM’s quantum ecosystem and enterprise customer relationships to drive adoption of hybrid quantum-classical applications.