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This is a company-reported benchmark of a three-qubit Grover search on a diamond-based system, with the 77.3% figure and the classical-baseline comparisons coming from SAXON Q itself. Three qubits on one algorithm is a narrow test, so readers should weigh it against scalability and error rates rather than treat it as evidence of practical advantage. The more durable signal is the push toward room-temperature quantum hardware, since it could lower infrastructure barriers if the results hold up under independent replication.
SAXON Q’s three qubits hit a 77% target rate at room temperature

SAXON Q’s system achieved a 77.3% success rate with Grover’s search algorithm using three qubits, at room temperature.
SAXON Q reports achieving a 77.3% success rate with its three-qubit Grover search algorithm at room temperature, rivaling the 78% success rate of the best published superconducting result, which required temperatures roughly 15,000 times colder. Running the benchmark on a diamond-based system at a customer site, the company demonstrated full-system performance by searching a list…
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