01
Bound the hypothesis
Start with a QScout finding, the affected cryptographic surface, the data-retention window, and a falsifiable attack-path question. QStrike does not expand scope without operator approval.
QStrike methodology
QStrike methodology: a governed side-channel and ephemeral leak expose nonces, carried through a Hidden Number Problem path and lattice reduction.
01
Start with a QScout finding, the affected cryptographic surface, the data-retention window, and a falsifiable attack-path question. QStrike does not expand scope without operator approval.
02
Observed algorithms, configurations, dependencies, side-channel evidence, and the ephemeral nonce-information leak remain bound to their approved sources and scope.
03
Approved workloads use real commercial quantum-cloud services across four modalities and can use up to 8 access services. QStrike carries the ephemeral leak through a Hidden Number Problem formulation and lattice reduction; it does not directly break encryption.
04
Adversarial review checks alternative explanations, confidence, reproducibility boundaries, and the exact condition that would demote or falsify the evidence-bound conclusion.
05
The output ties scope, observed evidence, attack-path inputs, result, confidence, falsification path, remediation owner, and QSolve handoff to one reviewable record.