Work with us

Two ways in: measure the machine you have, then improve the machine you build.

Software gets you in: measure and certify the hardware you already run, from the data it already produces. Hardware is the upside: bring our protected design blocks into your process and license what validates. Start with either — they reinforce each other.

Software · recurring

Observability → Certification

Quantum processors already produce the evidence of where they are failing: calibration drift, error maps, readout instability, crosstalk signatures, workload variance, and benchmark decay. AT-005 turns that raw stream into a capacity map.

We start with observability: live health monitoring, drift detection, saturation maps, and cost-distortion frontiers across the hardware stack. As the dataset compounds, the same layer becomes the neutral certification engine — a vendor-agnostic way to audit whether a machine is stable, whether a workload result is supported, and whether a claimed quantum advantage is real.

Use this when you want to measure hardware health, compare runs, detect drift, characterize bottlenecks, certify results, or build a defensible performance record — without changing your chip.

Engagement model: paid pilot → recurring software subscription → certification reports.

MVP runs today on publicly accessible hardware data; built on AT-005 (filed) and the AT-003 QEC-runtime analytics.

Start with your data →
Hardware · design partnership

Design partner → license

The software layer tells us where the machine is spending its capacity. The hardware layer changes the machine so it spends less.

For superconducting hardware teams, we bring three protected design blocks into the partner's process: the magnetically-dark qubit, the confined flux-bias coil, and the winding-class holonomic gate. The goal is simple — reduce crosstalk, stabilize flux control, and move the gate operation out of fragile pulse amplitude and into circuit geometry.

The first step is not a blind license. It is a design partnership: adapt the blocks to the partner's stack, simulate the integration, fabricate or test the relevant structure, and measure the coherence and crosstalk gains. If the block works in the partner's process, the relationship converts into an IP license.

Use this when you want to reduce crosstalk, stabilize flux bias, test winding-class gates, or evaluate a protected superconducting circuit block before licensing it.

Engagement model: design partner → validation milestone → license.

The blocks are analytically and simulation / field-solver validated; the design partnership is how they get to silicon — patents pending across all five families.

Build the quieter block →
Work with us

Measure the machine you have. Improve the machine you build.

Start with your data, or start a design partnership.
ethan@admissibletech.com