OmniHenos is developing the infrastructure to integrate QPUs into standard computing.
Quantum processors are becoming more accessible through cloud platforms, but their cost means they cannot be used for every workload. OmniHenos is building the infrastructure to combine CPU, GPU and QPU computing, so QPU power can be switched on only for the workloads that need it.
Applications use standard computing for most workloads, then move into separate quantum tooling when they need access to a QPU.
One foundation that allows software to use CPU, GPU and QPU compute together, with quantum power invoked only when needed.
A common computing foundation can support software and machines that need access to standard and quantum compute in the same environment.
Researchers can run standard workloads on CPU and GPU resources, then switch on QPU compute for selected simulation tasks without moving into a separate environment.
SDKs and IDEs can build on the same foundation so developers can work across CPU, GPU and QPU resources through one platform.
Robots and autonomous systems can use CPU compute for control, GPU compute for perception and QPU compute for selected optimisation or simulation workloads.
As QPUs become smaller and more practical, the same foundation can support machines where quantum compute becomes part of the device itself.
As QPUs become useful, every application that wants to use them will need infrastructure underneath. OmniHenos is building that foundation.
Applications can work across CPU, GPU and QPU resources through one computing foundation rather than separate environments.
Because QPUs are expensive, they should be invoked selectively. OmniHenos is designed around that model.
The foundation is intended to support applications, developer tools, scientific software and autonomous systems rather than a single use case.
The same foundation can support remote QPU access now and more integrated hardware as commercially viable systems emerge.
OmniHenos is exploring relationships with investors, family offices, research organisations and quantum hardware partners interested in next-generation computing infrastructure.