Purpose
A resource-realism model for separating quantum promise, algorithm assumptions, circuit depth, error budgets and practical constraints.
A resource-realism model for separating quantum promise, algorithm assumptions, circuit depth, error budgets and practical constraints.
A resource-realism model for separating quantum promise, algorithm assumptions, circuit depth, error budgets and practical constraints.
Use the model to collect decision records, assumptions, risk boundaries, review checkpoints and operational evidence before relying on the output.
This framework supports structured review. It does not replace accountable expert review, certification, regulatory approval or operational sign-off.
Open a tool to turn the framework into an evidence checklist, readiness score or decision artifact.
Estimates logical and physical resource pressure from qubits, depth, T-count and error-rate assumptions.
open instrument → Quantum Physics and Quantum InformationChecks whether a quantum-resource estimate includes architecture, QEC, error budget, T-count/factories and physical assumptions.
open instrument → PQC / Crypto-Agility / CBOMMaps user-entered assets, algorithms, protocols and data lifetimes into a quantum-vulnerable dependency inventory.
open instrument → Quantum Physics and Quantum InformationScaffolds density-matrix validity, trace, positivity, noise-channel and measurement checks.
open instrument → PQC / Crypto-Agility / CBOMComputes HNDL pressure from data shelf life, migration lead time, capture likelihood and public-key exposure.
open instrument → PQC / Crypto-Agility / CBOMChecks implementation evidence for algorithm, parameter set, KATs, side-channel notes, hybrid behavior and rollback.
open instrument →