No Commitment · No Account Opening Required · Signed Result Certificates
Choose a worker, set its parameters, enter your email for delivery, pay once with Stripe, and collect its output. No subscription or account setup required. Every run is sealed with an Ed25519 digital signature, verified hardware execution ID, and Cloud AI synthesis.
Pick a worker to see what it needs and what it costs. Each one runs once on the hardware or machines described, and you collect the result.
Some questions about networks and portfolios grow too fast for ordinary computers to check exhaustively. Each worker below runs a small circuit on a real superconducting quantum processor and returns what the hardware measured, along with its run ID. These are small-scale experiments on noisy machines, so they are for learning, benchmarking and research, and they are not faster than a laptop today.
The problem: Entanglement is the resource quantum computing rests on, and it is easy to claim and hard to show. You need a measurement from real hardware, not a simulation.
Entangles two qubits on physical superconducting quantum hardware and measures the outcome. Output is physical counts and the hardware run ID.
$19.00 per workerThe problem: Splitting a network into two groups that cut the most links is a hard search problem that shows up in layout, clustering and scheduling. QAOA is the quantum approach to sampling good splits.
Runs a QAOA circuit on physical superconducting quantum hardware to sample cut configurations on a graph. Returns the hardware run ID.
$25.00 per workerThe problem: Choosing which assets to hold from many combinations grows explosively. This compares a quantum selection against a classical one on the same inputs.
QAOA asset selection run on physical superconducting quantum hardware with classical heuristic comparison. Sold as-is.
$49.00 per workerThe problem: Before trusting any result from a quantum processor you need to know how often its basic gate operations fail.
Executes randomized benchmarking sequences on physical transmon qubits to isolate gate error rates and coherence fidelity.
$29.00 per workerA computed number rarely answers a planning question on its own. These workers run a stress test and explain the outcome in plain language.
These workers cover the everyday problems of running and trusting a group of machines: how much they can compute, whether stored data agrees across copies, and whether a record has been altered. They also solve classical routing, scheduling and graph problems.
The problem: You want a number for how much arithmetic a pool of machines can do together, measured rather than quoted from a spec sheet.
Measures multi-threaded vectorized floating-point execution throughput across connected compute pool nodes.
$19.00 per workerThe problem: Data copied across several machines is only safe if every copy is complete and agrees. This checks that it does.
Validates read/write quorum, chunk distribution, and cryptographic checksums across distributed storage cloud volume endpoints.
$29.00 per workerThe problem: Many small optimization problems take a long time one after another. Spreading them across machines in parallel shortens the wait.
Dispatches batch optimization matrices across multiple cloud mesh nodes in parallel, collecting objective values.
$39.00 per workerThe problem: A record is only useful as evidence if you can later show it has not changed since a given moment.
Uploads an audit record into mesh storage cloud, generating a cryptographic Ed25519 notary seal and S3 key.
$19.00 per workerThe problem: Encrypted traffic recorded today could be read once quantum computers arrive. Newer key exchange methods address that, and they have a cost worth measuring.
Benchmarks continuous hybrid Post-Quantum Key Encapsulation (FIPS 203 ML-KEM-768 + X25519) session ratcheting.
$35.00 per workerThe problem: Picking the best subset from a list of assets is a combinatorial search. For up to 12 assets it can be checked thoroughly.
Combinatorial portfolio search run over asset combinations up to 12 assets. Returns evaluated combinations and variance.
$25.00 per workerThe problem: Delivery vehicles have limited capacity and customers want specific time windows. Routes that ignore either one fail in practice.
Routes a fleet of capacity-limited vehicles across stops with delivery windows. Evaluates distance, time windows, and fuel.
$39.00 per workerThe problem: Planning routes for several vehicles across many stops gets complicated quickly, and each added stop multiplies the options.
Multi-vehicle route optimization over a set of stops using simulated bifurcation.
$9.00 per workerThe problem: Splitting a network into two groups that cut the most links is a hard search problem with uses in layout and clustering.
Finds a large cut in a random graph using simulated bifurcation. Returns the cut value and the partition.
$9.00 per workerThe problem: Different solvers give different answers to the same hard problem. This runs the same graph problem with simulated annealing so you can compare.
The same graph problem solved with simulated annealing, for comparison with the bifurcation solver.
$9.00 per workerThe problem: A longer, slower search can find better answers to hard graph problems than a quick one.
The graph problem solved with a longer analog-style bifurcation run for a more thorough search.
$9.00 per workerThe problem: Keys and tokens are only safe if the random numbers behind them are truly unpredictable, so they need to be tested.
Random bytes with statistical checks, returned as a downloadable result.
$9.00 per workerThe problem: Websites using today's encryption may not be ready for quantum-era attacks. First you need to know what your server actually offers.
Checks the TLS setup of a domain you own: protocol, cipher, and certificate expiry. DNS TXT ownership required before payment.
$39.00 per workerThe problem: You cannot plan a move to quantum-safe cryptography until you know which algorithms your systems use.
Cryptographic bill of materials and NIST FIPS 203/204 readiness analysis synthesized with Cloud AI and Ed25519 signature.
$19.00 per workerSelect any quantum circuit, cloud mesh compute benchmark or storage worker. No account or long-term commitment needed.
Provide your delivery email and pay with a credit card via Stripe Checkout before the worker is deployed. Zero subscription lock-in.
The worker runs on a quantum processor or on our private compute nodes. You receive the result with a signed certificate.
Questions about workers, billing, or access: support@linus-ai.com