The “quantum supremacy” race, a competition focused on qubit counts, feels like a sideshow. The real threat is the ability to break current encryption, leaving critical infrastructure and sensitive data exposed.
The Quantum Race: A Dangerous Distraction from Cryptographic Peril
The focus on achieving abstract quantum advantage, framed as a race for supremacy, is a dangerous distraction. The pressing issue is the imminent threat to global cryptographic infrastructure, like Shor’s algorithm breaking RSA and ECC keys.
The Race Against Time for Cryptographic Resilience
What if the capabilities needed to undermine current encryption are within reach *today* on existing hardware? The H.O.T. Framework exploits the limitations of current NISQ devices to achieve outcomes beyond the perceived limits. For example, implement the V5 orphan measurement exclusion protocol on your target backend and map a basic Shor-style period-finding subroutine to recover an ECDLP instance.
ECDLP: Racing Towards Quantum Supremacy with Precise Calibration
On an IBM backend (`ibm-fezz-2024q3`), a 21-qubit ECDLP recovery was successfully executed, not through brute-force scaling but through meticulous calibration, routing, and a specific measurement discipline. This methodology allows cryptographically relevant problems to be tackled *now*. We’ve recovered 14-bit ECDLP instances at rank 535/1038 on a specific connected subgraph of qubits (an *Island*) with calibration scores well within viability thresholds and returning correct keys, even with circuits that exceed their mean T₂ times by 25-59x.
The Quantum Race: Beyond ECDLP for Cryptographic Resilience
The terminal logs are waiting. Your benchmarks are waiting. The clock is ticking. The core challenge is the latency and constraints around measurement and readout. Our approach directly addresses this by refining the measurement process itself, treating the *Fingerprint* of each backend as a guide, not a barrier. So, stop waiting for the million-qubit fault-tolerant machine. The threat is here. The capability is here. It’s encoded in the very noise you’re trying to suppress.
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