Operational integration goes beyond connecting quantum and classical systems. hzero’s middleware and shared runtime coordinate their workloads and resources so the hybrid system operates as one.
Connecting quantum and classical resources is only the beginning. Even when individual resources perform at their best, the complete hybrid system can fall short of its potential.
Unlocking the full value of hybrid computing requires optimizing the system as a whole, with success measured by the performance it delivers to users and the economic value it creates.
hzero provides operational integration across heterogeneous QC–HPC infrastructure, integrating with existing schedulers, application runtimes, and quantum software stacks. It combines application requirements, real-time resource states, and operator-defined objectives to enable coordinated operational decisions across the entire hybrid system.
Applications run on quantum and classical resources while infrastructure telemetry reports operating conditions. hzero evaluates these signals against application requirements and operator-defined objectives, dynamically adapting the hybrid system usage as conditions change.
Quantum systems rarely work alone. hzero brings operational integration into existing environments, opening new possibilities for how hybrid systems are delivered, operated, and utilized.
Work with hzero.Explore integration, joint development, and technology partnerships.
Extend your system's capabilities beyond quantum processor performance. With hzero, customers can optimize hybrid operations around workload requirements, resource conditions, and objectives such as throughput and execution quality. Make operational performance an additional dimension of the value your systems deliver.
Bring your quantum systems closer to the operational needs of HPC infrastructure. By integrating with existing quantum software stacks, hzero creates opportunities to deliver solutions that fit naturally into customers' computing environments.
Work with hzeroExplore infrastructure integration, technical evaluations, and pilot deployments.
Different workloads and users demand different outcomes, from throughput and execution quality to resource efficiency. hzero enables infrastructure operators to determine which objectives their hybrid systems prioritize, aligning operational performance with their users' needs and service commitments.
As hybrid environments incorporate additional quantum processors, hardware technologies, and computing resources, operational complexity increases. hzero provides a common operational integration layer across heterogeneous infrastructure, helping operators accommodate evolving system configurations while building on their existing software investments.
.Our team brings together experience in quantum hardware and control, HPC infrastructure, and systems software—connecting how resources work with what operators and users need from them.
Experience across quantum hardware, control systems, and hybrid workflows.
Experience with research computing and large-scale supercomputing environments.
Building software that connects and coordinates different computing resources.
Team track record
Led integration initiatives from identifying system gaps and defining offerings to developing and deploying software stacks connecting diverse quantum processors with HPC infrastructure.
Contributed to a vendor-neutral interface for quantum devices, reducing bespoke integration across heterogeneous systems.
Built a framework exposing hardware capabilities beyond standard abstractions, guided by users’ goals and system constraints.
Shaped multi-vendor offerings around customer requirements, aligning technical capabilities, delivery responsibilities, and commercial interests.
Bruno G. Taketani
Co-founder / CEO
Martin Rüfenacht
Co-founder / CTO
Rakhim Davletkaliyev
Founding Eng.
Muhammad Nufail Farooqi
Principal Software Eng.
Juan Venegas
Sr. Data Scientist
with support from the European Union.