Noise resolving into a coherent signal. Strands enter disordered on the left and run together in teal past the convergence point; the bars mark the strands’ spread at each point.

Validate quantum control before you build it.

Vendor-neutral, system-level design tools for quantum hardware teams.

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Every try means warming the fridge up and cooling it down again.

You only find out after building and cooling it. To change one part, such as an amplifier on the 4 K plate, the fridge has to warm up first, then cool down again before anything can be measured.

About 4 of 7 days of a typical try go on warming the fridge up and cooling it down (our estimate, from published warm-up and cooldown times).

Typical, illustrative

Fig. 2One try in a real lab: warm the fridge up, make one change, cool it down, measure. About a week.

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The design and validation layer for quantum control.

We are vendor-neutral, so your whole team, and every supplier’s parts, work from one shared model.

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A quantum computer’s control path runs from room-temperature electronics down the fridge to the qubit, through parts at every temperature.

Each part adds a little noise, and the qubit feels all of it.

Example drive line from our demo design: the source LO/DRIVE, the attenuators DATT1, DATT2, DATT3 and DATT4, and the qubit port QB1.

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We are vendor-neutral. Parts from across the supply chain sit in one model.

So physicists, microwave engineers and the people who buy the hardware all work from the same chain.

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Three jobs, before anything is built:

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Compare chains before fridge time.
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Check the parts before you buy them.
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Watch the pulse arrive before the qubit sees it.
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AnalogLab models the whole analogue control path, from room temperature to the qubit and back, so you check every choice against the line as a whole.

That means fewer hardware iterations, faster bring-up and lower procurement risk.

Fig. 3What we do, in four steps, on the drive line of our demo design. The trace gathers noise part by part, and runs clean once the line is designed as a whole.
Fig. 4Coherence Engine in 92 seconds: the problem, then designing and validating before hardware.

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Test it before it's built.

Compare chains, check parts and watch the pulse arrive.

Know a group building quantum hardware?

Introduce us, and they can try their next wiring change on screen before it goes in the fridge. They will thank you!

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