While binary computers are restricted to math-based computations using bits that flip between 1 and 0, quantum computers hijack properties like entanglement and superposition using quantum bits, or qubits, that exist as 1 and 0 simultaneously, theoretically amping up the calculation speed exponentially. Want to read more? This is sensible engineering, and the company has proved to be adept at it. Instead of doing those measurements, D-Wave chose a less direct route, what you might call performance-based validation. The processor used in the D-Wave One, code-named "Rainier," performs a single mathematical operation, discrete optimization. Our continued investments in connectivity, higher yields, and overall chip performance deliver better results for real-world business problems. Instead, it is D-Wave's approach to the problem that truly sets the company apart.