RoRo Quantum
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Solutions

Quantum, applied to problems you can already name.

Pricing an option. Routing a fleet. Scheduling a shop floor. Matching donors to patients. Every solution on this page links to a working program — one you can open in our browser lab and run right now, signed out, for free. Proof first, promises second.

See the nine solutions Talk to us
42working programs behind these numbers
64items in the algorithm library
6real machines behind one API
0“contact us for pricing” walls — per-shot prices are public
Abstract line illustration of a quantum computation converging to a measured outcome
By industry

Nine industries. Real programs, honest scale.

Each card opens the full solution — the business problem in your words, how an engagement runs, and the results we actually measured, not the ones we hoped for.

Option payoff curves dissolving into a probability cloud

Finance

Option pricing, tail risk, and portfolio selection — the three workloads every quantum-finance roadmap starts with, running as real programs.

Measured — VaR(95%) landed on the exact classical answer.
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A paired-exchange matching graph with highlighted cycles

Healthcare

Kidney paired-exchange matching, medical-image edge detection, and a quantum kernel that classifies where linear methods provably cannot.

Measured — found the 7-of-8-transplant optimum at 5.9× the guessing rate.
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A diatomic molecule over a potential energy landscape

Chemistry & Pharma

Ground-state energy is the atom of drug and materials discovery — watch a variational eigensolver break through the ceiling a classical ansatz provably cannot pass.

Measured — entangled ansatz reached −2.9915 of the exact −3.0000.
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Delivery routes threading between warehouse nodes

Logistics

Vehicle routing under capacity, knapsack loading, and workforce rostering — every evaluation a real circuit run, every claim measured.

Measured — the true optimum at 10.4× the guessing rate.
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A job scheduling lattice like an abstract Gantt chart

Manufacturing

Shop-floor scheduling is NP-hard the moment it matters — a job-shop formulation drawn as a Gantt chart your planner would recognise.

Measured — the exact optimum at 19.5× guessing, our strongest QAOA result.
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An electrical grid graph with generation nodes and load paths

Energy & Utilities

Unit commitment — which plants run, which stand by — as an Ising model trained against risk-aware objectives, with penalties that punish blackouts.

Measured — found the renewables-only optimum; the failure mode is documented too.
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A network graph with a minimal covering set of guarded nodes

Cybersecurity

Patch the fewest systems that cover the whole attack surface, search constrained spaces with Grover, and draw certified randomness from a quantum coin.

Honest — Shor stays a reading item until machines catch up; we say so.
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Traffic flows across a communications mesh

Telecom & Networks

Congestion is quadratic pain: doubling load on a link quadruples the cost. Routing flows around a hot edge is a natural Ising problem.

Measured — the move-one-flow optimum at 4.3× the guessing rate.
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Double-slit interference fringes over faint derivations

Research & Education

The canonical algorithms, runnable — phase estimation, error correction, amplitude estimation converging on π — plus 22 attributed reference implementations.

Built for teaching — every program prints what it found and what that does not prove.
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Why teams pick us

We show you the run, not the brochure.

Quantum vendors love a claim. We publish programs. Every number on this page came from an execution we can reproduce, on the same simulator your browser will use — and when a classical method still wins at your scale, the program's own output says so.

  • Every runnable item was executed before it was published — results are observed, never projected.
  • Per-shot hardware prices are public. No sales call required to learn a number.
  • Automated health canaries run the same circuit path customers use, on every machine, every few hours.
  • Imported reference code is attributed, licensed, and clearly marked read-only.
Working with us

Three ways in, one honest exit criterion.

Every engagement ends with something that runs — in your team's hands, on our platform, with the decision written down: pursue, park, or drop.

01

Team ignition

Two weeks. Your engineers, our lab and lessons. They leave writing and running quantum programs against real problems from your domain — not toy notebooks copied from a course.

For teams starting from zero.
02

Pilot on your problem

We take one problem you actually have — a schedule, a portfolio, a matching — formulate it, run it at demonstrable scale, and give you a written verdict on when (or whether) quantum earns a place in your stack.

For teams that need an evidence-based answer.
03

Build together

A custom application on our platform: your data and constraints, our SDK, hybrid quantum-classical pipelines, transparent per-shot economics from day one.

For teams past the proof stage.
Start now

Bring us a problem you can name.

A schedule that slips, a portfolio under constraints, a network that runs hot. Tell us what it is — we'll tell you honestly what quantum can and cannot do about it today.

Talk to us