Quantum Key Extraction, or QKE, is the use of quantum computing to extract symmetric encryption keysâlike AES-256âdirectly from ciphertext. Unlike classical brute-force attacks, which test one key at a time, the FE-QKE-FullAES simulation bypasses Groverâs algorithm entirely, using a full AES-256 decryption circuit implemented directly in quantum superposition. It leverages qubit superposition, amplitude encoding and sensible result detection that bypass qubit errors.
In our most rigorous simulation to dateâFE-QKE-FullAESâan AES-256 key was extracted using just 177 qubits in 696.2 microseconds. This proves that AES is no longer secure under quantum conditions and that classical assumptions of cryptographic safety are now obsolete.
QKE represents the collapse point of symmetric encryption. The moment a quantum system crosses the threshold of ~400 AE-effective qubits, real-time key extraction becomes operational. This is not a theory. It is measurable. It is happening.
NIST, IBM and the entire cybersecurity industry are focused on Quantum Safe RSA/asymmetric encryption replacements, ignoring the far greater threat to AES and QKE.
Our extensive R&D into classic encryption vulnerability to Quantum Computers, including AES, indicates that it is highly likely that this is known to NIST, IBM and other top level cybersecurity organisations.
Our analysis indicates that the AES vulnerability is not released or promoted because it is known at the highest levels that it is impossible to prevent Quantum Key Extraction (QKE) of any classic encryption algorithm.
We also suspect that QKE is already being used by high level organisations, governments, military, intelligence etc as an active backdoor to all classic encryption.
AES is vulnerable sooner, faster, and with worse quantum hardware when compared with RSA quantum vulnerabilityâand yet, no official response exists.
The entire encryption quantum vulnerability time-line is based on projected RSA quantum vulnerability that is entirely bypassed by QKE.
If quantum systems can pull AES keys from encrypted traffic, then what RSA protected is already exposed.
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