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T1UD-MISTelecomDefenseCross-industry

Maximum Independent Set — the flagship neutral-atom demonstration

Five sites, place as many non-interfering transmitters as possible. The canonical unit-disk MIS demo: blockade radius = interference radius, so geometry is the program. This is the worked example behind the whole platform.

Sector
Cross-industry foundational demo
Likely buyer
Any prospect new to neutral-atom computing (the first meeting demo)
Named precedent
Pasqal/QuEra unit-disk MIS results
Hardware gate
Runs today on Orion-class hardware; weighted variant needs Vela local detuning
Taxonomy
throughput-limited × accelerating

Live demo — adiabatic sweep on 5 sites

Ω 9.4 · δ ±12.6 rad/µs · 4000 ns · R_b 9.1 µm

Five candidate transmitter sites; any two within the blockade radius interfere. The adiabatic sweep drives the atoms to the largest non-conflicting set.

↗ Open the full interactive 3D explainer for this experiment (customer-facing walkthrough)
GTM talk track

Start here in every first meeting. 'The problem isn't translated onto the machine — the machine's physics IS the problem. Watch the atoms settle into the answer, then watch a boring classical check confirm it. That check is why you can trust the quantum box.'

OGSM — product operating frame

Objective

Make a newcomer believe neutral-atom computing is real and trustworthy in under five minutes.

Goals
  • Every first meeting ends with a run the prospect drove themselves
  • Prospect can restate why blockade = constraint in their own words
Strategies
  • Lead with geometry-as-program, not qubits
  • Show the classical verification step as the trust mechanism
  • Offer to re-run on the prospect's own site coordinates
Measures
  • Demos run per meeting
  • % meetings converting to a scoped follow-up

OBR — outcome-based roadmap

HorizonOutcome we createBuyer behavior changeResult we measure
NowProspect sees a verified quantum answer match brute force on their dataProspect runs the emulated demo on their own instance dataBooked QPU-time evaluation or paid pilot
NextProspect brings a real 50–200 node instance to benchmarkProspect co-designs a scoped benchmark against their incumbent solverDocumented crossover curve; expansion to production instances
LaterProspect adopts MIS-as-a-service or buys a systemProspect standardizes on the workflow or buys an on-prem systemRecurring QPU consumption / system sale; reference case
Fit notes (honesty gate)

The purest native fit: zero encoding overhead. Small instances verify classically by brute force (shown live) — that is the honesty gate, not a weakness.

Ready to run this on real hardware?
Emulation-verified today — the same program runs on a Pasqal QPU unchanged.
Book QPU timeEvaluate an on-prem system