Since our founding at Harvard in 2017, Zapata Quantum has collaborated with government agencies, academic institutions, and hardware manufacturers to build the software tools that will enable real-world quantum performance
Zapata's IP Covers Strategic Control Points in Quantum and Hybrid Computing
Quantum applications rely on a sequence of tightly integrated steps across the stack. Zapata’s patent portfolio includes several of the most critical control points in this workflow, from program preparation through optimization and measurement.
Quantum Computer
01
Program Compilation
Translation of information into quantum circuit and qubits via state preparation
02
Execution Optimization
Computation of qubits via quantum algorithms on quantum hardware
03
Information Retrieval
Translation back into classical bits via state measurement
control point covered by patents
Classical Computer
Translation of information into quantum circuit and qubits via state preparation
Classical computation process
Classical post-processing and output
Quantum Computer
Classical Computer
01
Program Compilation
Translation of information into quantum circuit and qubits via state preparation
Translation of information into quantum circuit and qubits via state preparation
02
Execution Optimization
Computation of qubits via quantum algorithms on quantum hardware
Classical computation process
03
Information Retrieval
Translation back into classical bits via state measurement
