Operations
In progress
Observability Across the Quantum-Classical Boundary
Following one hybrid workload across classical stages, provider queues, simulators, QPU execution and classical post-processing.
Read moreEngineering Research
Engineering the missing pieces.
We explore the infrastructure required to run quantum workloads alongside existing cloud, Kubernetes and HPC environments. Research feeds the platform and commercial work — not a marketing blog.
Research practice
Built like a lab. Used like a practice.
Research feeds the Mathnetica Platform — engineering problems we hit while building infrastructure for hybrid quantum-classical computing.
Infrastructure · Software · Systems
Selected notes
Research topics supporting the Mathnetica Platform — marked as in progress or planned when not yet published.
Control Plane
Planned
Operating Remote Quantum Resources
A QPU may be remote, queued and controlled by an external provider. What does this mean for modern infrastructure control planes?
Research topicScheduling
Planned
Workload Placement Across Hybrid Targets
When a stage can run on CPU, GPU, HPC, a simulator or a QPU — how should infrastructure decide, and how should it explain why?
Research topicAutomation
Planned
Infrastructure Automation for Hybrid Workloads
Execution is only part of the problem. When should hybrid workloads also drive provisioning, configuration and teardown of supporting infrastructure?
Research topic