Quantum Serverless Suitability Scoring Method
Summary
USPTO published patent application US20260111774A1 on April 23, 2026, filed October 18, 2024, for a method of dynamically evaluating serverless functions for quantum computing environments. The invention by inventors Stephen Coady and Leigh Griffin computes a suitability score for proposed quantum serverless functions based on multiple scoring criteria specific to a particular quantum computing environment, then performs an execution action based on that score. CPC classification G06N 10/20 places this in quantum computing models.
“Based on the suitability score, an execution action is performed for the proposed serverless quantum function.”
About this source
USPTO classification G06N covers computer systems based on specific computational models: neural networks, knowledge representation, fuzzy logic, expert systems, evolutionary algorithms. With the AI patent boom, this is one of the most-filed application classes in the office. Every newly published application in G06N lands in this feed, around 230 a month. Patent applications publish 18 months after filing, so this feed reveals what AI labs and companies were working on in the prior year and a half. Watch this if you compete in machine learning, file freedom-to-operate analyses, scout acquisition targets in AI infrastructure, or track which research groups are converting publications to patents. GovPing pulls each application with the filing number, title, applicant, and abstract.
What changed
USPTO published patent application US20260111774A1 for a quantum serverless suitability scoring method. The application discloses a system that obtains a Quantum Instruction file containing a proposed serverless quantum function, accesses quantum serverless scoring information across multiple scoring criteria, computes a suitability score specific to the target quantum computing environment, and performs an execution action based on that score.
For patent applicants, inventors, and IP professionals: this published application represents prior art as of its October 18, 2024 filing date. Competitors developing quantum computing serverless platforms should review the claims for potential licensing needs or design-around opportunities.
Archived snapshot
Apr 23, 2026GovPing captured this document from the original source. If the source has since changed or been removed, this is the text as it existed at that time.
DYNAMIC EVALUATION OF SERVERLESS FUNCTIONS FOR QUANTUM COMPUTING ENVIRONMENTS
Application US20260111774A1 Kind: A1 Apr 23, 2026
Inventors
Stephen Coady, Leigh Griffin
Abstract
A Quantum Instruction (QI) file comprising a proposed serverless quantum function for a particular quantum computing environment is obtained. Quantum serverless scoring information descriptive of a plurality of quantum scoring criteria for serverless quantum functions executed within the particular quantum computing environment is accessed. Based on the plurality of quantum scoring criteria, a suitability score for the proposed serverless quantum function is computed, wherein the suitability score is specific to the particular quantum computing environment. Based on the suitability score, an execution action is performed for the proposed serverless quantum function.
CPC Classifications
G06N 10/20
Filing Date
2024-10-18
Application No.
18920551
Parties
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