We work directly with our industry partners to understand the nature of their high-value problems and identify which problem components can be matched best to which available processing option.
We reformulate problems so that they can be solved using the most advanced quantum or classical hardware.
Examining the problem through different lenses often leads to
significant improvements over the current best methods.
We benchmark the algorithms that describe industry problems on all
applicable solvers and determine which delivers the best results today, while
identifying the quantum architectures that will be able to deliver improved
results as their respective capabilities scale.
1QBit’s APIs are built on our hardware-agnostic platform, allowing them to continuously benefit from both the improvements we make to the underlying algorithms and the integration of advancements in classical and quantum hardware. The result is that 1QBit's partners receive the best available computational solutions to their most challenging problems, both now and in the future.
Our team of experts spans a unique mix of specialized fields, including graph theory, condensed matter physics, high-energy physics, computational chemistry, discrete optimization, continuous optimization, operations research, and computer engineering. These innovative scientists self-organize into dynamic, multidisciplinary teams to tackle challenges in machine learning and complex optimization.