Inspect the computation.
Verify the launch.
Small quantum circuits, reproducible outputs and signed public launch records. Each has a specific purpose you can inspect.
Circuit optimizer
A one-layer QAOA circuit compares up to six market candidates using their existing heuristic scores. A bounded CPU statevector engine evaluates 120 parameter combinations.
Trading and automatic launch pairs retain their established ranking and on-chain checks. Model probabilities are circuit outputs, not the probability of a profitable trade. No quantum hardware or IBM service runs here.
This reads public markets. It does not authorize or place an order.Signed launch manifests
Every new web or SMS launch includes a SHA-256 commitment and an ML-DSA-65 signature over its name, artwork hash, exact mint, pair, creator wallet and project URL. Automatic launch comparison results are included when available.
The per-launch public key and signature are embedded in IPFS metadata before the transaction is signed. Retries reuse the saved transaction and proof.
This is a self-signed consistency record, not an authenticated creator identity, vault or quantum-resistant Solana wallet.
Create a token + website ↗Inspect launched tokens ↗What the technology establishes
Post-quantum cryptography runs on ordinary computers. Quantum circuit calculations model quantum operations on a CPU. Neither makes a token rug-free or demonstrates a trading advantage.
NIST ML-DSA standard ↗IBM Qiskit statevector reference ↗FlyX implementation details ↗