Building the Runtime Control Path Together
qgate's deeper capabilities require hardware-level access. We are seeking strategic partners to validate and deploy telemetry-driven quantum control on real systems.
Why Runtime Control Needs Collaboration
The gap between post-execution mitigation and true runtime control cannot be closed through software alone. It requires access to telemetry signals, control electronics, and hardware integration paths that reside with hardware vendors and system designers.
Who We're Looking For
Quantum Hardware Vendors
Organizations that design, fabricate, or operate superconducting, trapped-ion, or other gate-based quantum processors. qgate's control layers need access to Level-1 analog IQ telemetry and device calibration infrastructure to validate calibration-driven reconstruction and runtime-aware mitigation.
IBM & Quantum Platform Ecosystem
Cloud quantum platforms, Qiskit ecosystem partners, and middleware providers. The public qgate package already integrates with the Qiskit stack. Deeper integration — including access to extended measurement metadata, device characterization APIs, and platform-level telemetry — would enable validation of the broader architecture.
FPGA & Control Electronics Companies
Companies designing FPGA-based control systems, real-time processing architectures, or signal-processing hardware for quantum systems. qgate's Stage 3 architecture envisions telemetry-driven control decisions at timescales that require hardware-level integration and FPGA-adjacent deployment.
Strategic Design Partners
Research institutions, quantum computing centers, and advanced application developers interested in co-developing and validating next-generation control techniques. Early access to non-public capabilities may be available under partnership agreements.
What Partnership Looks Like
Runtime Telemetry Access
Access to analog IQ measurement data (Level-1) and ideally waveform-level telemetry (Level-0) on quantum hardware under controlled experimental conditions.
Control-Loop Experimentation
Ability to experiment with telemetry-informed control decisions at the hardware level — whether through FPGA integration, custom firmware, or hardware vendor collaboration.
Edge Deployment Opportunities
Pathways to deploy qgate's control logic close to the quantum hardware — at the edge of the control stack rather than in post-processing pipelines.
Interested in a Conversation?
We approach partnerships carefully and seriously. If your organization operates quantum hardware or builds control infrastructure, we'd welcome the opportunity to discuss alignment.
Get in Touch →